Integrated Development Environment (IDE) proficiency is essential for Software Engineers at Samsung to efficiently design, develop, and optimize software solutions across a diverse product portfolio. This skill involves expertise in utilizing advanced IDE tools to write, debug, and test high-performance, scalable, and reliable code, ensuring seamless integration with Samsung’s vertically integrated supply chain. Engineers must leverage IDE features such as version control integration, code refactoring, and performance analysis to enhance productivity and maintain the quality standards required for cutting-edge technologies like AI, IoT ecosystems, and next-generation semiconductors. Mastery of IDEs supports collaboration within cross-functional teams and aligns with Samsung’s commitment to innovation, sustainability, and technological leadership.
Learning Resources
As a C++ developer, you spend 90% of your time in your IDE-the integrated development environment where you write, test, and debug code. Finding the right IDE is critical to being a productive programmer. This course helps you explore the options and find the right fit for your projects and coding style. Instructor Troy Miles reviews six popular choices: NetBeans, CodeLite, CLion, Eclipse, Xcode, …
Software developers who want to build Android apps need Android Studio‚Äîthe official Google IDE. Android Studio is based on IntelliJ IDEA and contains the same great coding and debugging features plus lots of tools that are unique to Android development: Layout editors, resource managers, virtual device support, and more. In this course, instructor David Gassner introduces Android Studio. He help…
Get started with IntelliJ IDEA, one of the most popular IDEs for programming with Java and other Java virtual machine (JVM) languages. In this course, David Gassner explains how to install how to install JetBrains Toolbox and IntelliJ IDEA, configure the Java Development Kit (JDK), and create new projects. He also walks through the IntelliJ IDEA user interface and demonstrates the IDE‚Äôs powerful…
Proficiency Levels
Novice
- Explains the basic functions of the IDE used in Samsung's software development environments.
- Describes the process of integrating version control systems within the IDE for collaborative software projects.
- Identifies the steps for setting up a basic project in the IDE for smartphone, semiconductor, or IoT software development.
- Names the core features and functions of the primary IDEs used in Samsung’s software development environments.
Intermediate
- Uses the IDE to write, compile, and debug software modules for assigned Samsung product features under supervision.
- Applies built in IDE tools to perform code formatting and refactoring according to Samsung’s coding guidelines.
- Utilizes version control integration within the IDE to manage code changes and collaborate with team members on routine tasks.
- Configures and runs automated tests within the IDE to validate software functionality for smartphones or IoT devices.
- Employs IDE features to resolve common syntax and runtime errors encountered during software development.
Advanced ★ Required Level
- Monitors IDE toolchain performance and recommends enhancements for cross functional collaboration.
- Advises on IDE configurations to optimize software development workflows across Samsung's product portfolio.
- Evaluates IDE based static analysis and code review tools to ensure code quality and adherence to standards.
- Oversees the selection of IDE plugins or extensions to enhance productivity for specific project requirements.
- Designs solutions for complex integration issues using advanced IDE debugging and performance analysis tools.
- Trains others on investigating and troubleshooting build failures or deployment issues within the IDE for multi platform projects.
Expert
- Leads the adoption of advanced IDE features or new tools to support innovation in AI, IoT, or semiconductor software projects.
- Designs and implements custom IDE workflows or templates to streamline development for new Samsung product categories.
- Develops and integrates IDE automation scripts to improve code review, testing, and deployment processes.
- Creates comprehensive IDE onboarding guides and best practice documentation tailored to Samsung’s development standards.
- Establishes IDE based solutions for seamless integration with Samsung’s vertically integrated supply chain systems.
- Demonstrates expertise in initiating and managing pilot projects to evaluate emerging IDE technologies for potential adoption across teams.
Database Querying and Interface Use involves the ability to efficiently retrieve, manipulate, and manage data from complex database systems to support the development of high-performance software solutions. This skill requires proficiency in crafting optimized queries, understanding database structures, and leveraging interfaces to ensure seamless data integration and accessibility across diverse systems. For a Software Engineer at Samsung, this expertise is critical in enabling scalable and reliable software systems that underpin the company’s innovative product portfolio, including smartphones, semiconductors, and IoT ecosystems. Mastery of this skill contributes to advancements in AI, connected devices, and next-generation technologies, aligning with Samsung’s commitment to technological leadership and operational excellence.
Learning Resources
The ubiquity of big data means that now, more than ever, there is a burning need to warehouse, access, and understand the contents of massive databases quickly and efficiently. Attaining proficiency in SQL is essential to prepare for our data-driven present and future. It is also crucial to furthering your skills as a data analyst or application developer. In this course, Walter Shields teaches yo…
Online activities, mobile devices, and Internet of Things (IoT) sensors are generating immense volumes of data. Much of that data requires relational database capabilities, such as consistent reads/writes and complex transaction processing. In this course, get a holistic overview of the essential elements of designing and implementing highly scalable and available relational databases. Instructor …
While learning about the individual components of a software development stack like databases, programming languages, and interfaces is important, combining multiple technologies that each contribute a piece to the whole is where all the knowledge really comes together. In this fifth and final course of his Database Foundations series, database expert Adam Wilbert explores the role of relational d…
Proficiency Levels
Novice
- Describes the primary types of databases used in Samsung’s software systems, such as relational and NoSQL databases.
- Lists common data structures and schemas relevant to Samsung’s smartphones, semiconductors, and IoT ecosystems.
- Explains the role of database querying in supporting high performance software solutions for Samsung’s product portfolio.
- Identifies standard procedures for accessing and navigating database interfaces used in Samsung’s development environment.
Intermediate ★ Required Level
- Works with database interfaces to integrate data into software applications for smartphones or IoT devices.
- Participates in team based projects by contributing to the implementation of database access layers in software modules.
- Uses database querying tools to generate reports that support debugging and testing activities.
- Follows established protocols to ensure data consistency and reliability when interacting with Samsung’s product databases.
- Performs basic queries to retrieve and update data from Samsung’s internal databases in support of routine software development tasks.
Advanced
- Evaluates the performance of existing database queries and recommends improvements to enhance scalability and reliability.
- Monitors and resolves data integration issues that arise during cross functional software development projects.
- Advises on the impact of database schema changes on software system performance and data accessibility.
- Designs efficient queries to support advanced features in AI driven or connected device applications.
- Trains others on best practices and coding standards for database access code.
- Oversees the investigation and resolution of data anomalies or inconsistencies discovered during software testing or debugging.
Expert
- Leads the creation of automated tools for monitoring and optimizing database performance in large scale software deployments.
- Designs and implements advanced database querying strategies to enable new features in next generation Samsung products.
- Establishes best practices for database design and management to ensure data integrity and security.
- Develops custom database interfaces or middleware to facilitate seamless data integration across diverse systems and platforms.
- Demonstrates expertise in architecting scalable data solutions that support innovative applications in AI, IoT, or semiconductor manufacturing.
- Creates and maintains comprehensive documentation for database systems and related processes.
Object-Oriented Programming (OOP) is a foundational skill for Software Engineers at Samsung, enabling the design and development of modular, scalable, and maintainable software systems. This skill involves applying core OOP principles such as encapsulation, inheritance, polymorphism, and abstraction to create robust solutions that align with Samsung’s commitment to innovation and technological leadership. Proficiency in OOP allows engineers to build high-performance software architectures that support Samsung’s diverse product portfolio, including smartphones, semiconductors, and IoT ecosystems. Mastery of this skill ensures seamless integration across Samsung’s vertically integrated supply chain and contributes to advancements in AI, connected devices, and next-generation technologies.
Learning Resources
All good software starts with a great design. Object-oriented design helps developers plan applications before they write a single line of code, and break down ideas into reusable and maintainable components. This course focuses on the foundational concepts, teaching them in a fun, interactive way to help you quickly develop your skills. Tag team Olivia and Barron Stone introduce you to the concep…
The object-oriented programming (OOP) features in Python make it easier to build programs of increasing complexity and modularity. In this course with instructor Joe Marini, learn how to apply core OOP principles to build programs that are extensible and efficient. Joe starts with the basics of defining and using classes and objects. Then he moves into more advanced features like abstract base cla…
PHP developers can benefit from the efficient, well-organized, reusable, and easy-to-understand code that object-oriented programming offers. In this intermediate-level course, Kevin Skoglund introduces object-oriented programming (OOP) principles for PHP. Kevin shows how to define a class, add properties and methods, and create new instances. He demonstrates how to use class inheritance to share,…
Proficiency Levels
Novice
- Describes the four core principles of OOP as they apply to Samsung’s software systems.
- Lists the primary object oriented languages used within Samsung’s software engineering teams and their typical applications.
- Explains the purpose and benefits of using OOP in the development of scalable and maintainable software for Samsung products.
- Names standard OOP design patterns frequently applied in Samsung’s software solutions.
Intermediate ★ Required Level
- Works with basic classes and objects in a Samsung software project using established OOP languages and frameworks.
- Applies encapsulation to protect data and ensure modularity in a routine software component for a Samsung device.
- Uses inheritance to extend existing classes and add new features to a Samsung application in a predictable scenario.
- Demonstrates polymorphism by overriding methods in subclasses to support multiple device types within Samsung’s product ecosystem.
- Refactors a simple procedural code segment into an object oriented structure for improved maintainability in a Samsung project.
Advanced
- Evaluates the effectiveness of different OOP design patterns in addressing performance and maintainability challenges in Samsung’s connected device platforms.
- Monitors the impact of OOP based architectural decisions on the integration of software across Samsung’s vertically integrated supply chain.
- Advises on the most efficient OOP implementation for a new feature in a Samsung AI driven device.
- Designs solutions to complex bugs related to inheritance hierarchies or object interactions in a cross functional Samsung project.
- Trains others on how to analyze an existing Samsung software system to identify opportunities for improved modularity and scalability using OOP principles.
- Oversees peer code reviews for adherence to OOP best practices and Samsung’s coding standards.
Expert
- Leads the development of reusable OOP frameworks or libraries to accelerate software delivery across multiple Samsung business units.
- Designs and implements a robust, object oriented software architecture for a new Samsung product line, ensuring scalability and maintainability.
- Establishes best practices for OOP design and development, aligning with Samsung’s global software engineering standards.
- Develops innovative OOP based solutions that enable seamless interoperability between Samsung’s smartphones, IoT devices, and cloud services.
- Demonstrates expertise in integrating advanced OOP concepts, such as design patterns and SOLID principles, to optimize performance in Samsung’s next generation semiconductor software.
- Creates and documents complex OOP systems that support AI driven features in Samsung’s connected home ecosystem.
Programming is the ability to design, write, and optimize code to create efficient, scalable, and reliable software solutions. For a Software Engineer at Samsung, this skill involves leveraging programming expertise to develop high-performance systems that support the company’s diverse product portfolio, including smartphones, semiconductors, and IoT ecosystems. It requires proficiency in multiple programming languages and frameworks, with a focus on creating innovative solutions in areas such as AI, connected devices, and next-generation semiconductors. This skill also encompasses debugging, testing, and refining code to ensure seamless integration across Samsung’s vertically integrated supply chain, aligning with the company’s commitment to quality, sustainability, and technological leadership.
Learning Resources
The most skilled programmers don't always make it to the top rung of the career ladder. Becoming a high-performing software engineer with opportunities for career growth requires strong collaboration and communication skills in addition to technical skills. In this course, instructor Janan Siam focuses on building those skills using real-world scenarios that are relevant to the day-to-day work of …
Programming is what allows us to make computers, devices, and the Internet perform amazing tasks, entertain us, and simplify our lives. While programming seems complicated, every programming challenge can be broken down into sections of code that you can define, control, and even reuse. You can learn the basic concepts of coding without needing to know a specific programming language. Join Doug (R…
You don't have to be intimidated by tech if you gain a foundational understanding of a few core principles. This course gives you insight on how to think like an engineer so that you can feel empowered to create a program, build a website, or even make a mobile app. Software engineer Kathryn Hodge summarizes and analogizes computer science in a simple and logical way as she explains fundamental pr…
Proficiency Levels
Novice
- Describes the basic structure and syntax of code relevant to Samsung’s product domains, such as embedded systems or mobile applications.
- Identifies the primary programming languages and frameworks used in Samsung’s software development projects.
- Explains the fundamental principles of software development lifecycles as practiced within Samsung’s engineering teams.
- Lists common coding standards and best practices followed in Samsung’s software projects.
Intermediate
- Works with basic software development tools and techniques to write and debug simple code modules.
- Participates in routine code reviews, applying feedback to improve code quality and maintain consistency.
- Uses version control tools to manage and submit code changes in collaborative projects.
- Follows standard testing procedures to validate the functionality of assigned software components.
- Assists team members in addressing straightforward programming issues encountered during development.
Advanced ★ Required Level
- Evaluates the performance and scalability of code modules, identifying bottlenecks and proposing optimizations.
- Monitors and resolves advanced bugs or system issues that impact the reliability of Samsung’s software solutions.
- Advises on the impact of new technologies or frameworks on existing software architectures within Samsung’s ecosystem.
- Designs software requirements and selects appropriate programming approaches to address complex integration challenges across Samsung’s product lines.
- Trains others on interpreting analytics and test results to recommend improvements in software processes or product features.
- Oversees and critiques code contributions from peers, providing constructive feedback to enhance quality and maintain best practices.
Expert
- Leads the development of scalable, high performance systems that support Samsung’s global product portfolio.
- Designs and implements innovative software solutions that enable new features in AI powered devices or next generation semiconductors.
- Establishes new coding standards or best practices tailored to emerging technologies within Samsung.
- Develops software modules that ensure seamless integration across Samsung’s vertically integrated supply chain.
- Demonstrates novel programming approaches to enhance sustainability and energy efficiency in Samsung products.
- Creates cross functional projects that leverage programming expertise to solve strategic business challenges.
Active Learning is the ability to continuously acquire, process, and apply new knowledge and skills to adapt to evolving challenges and opportunities. For a Software Engineer at Samsung, this skill is critical to staying ahead in a fast-paced, innovation-driven environment where advancements in AI, connected devices, and semiconductor technologies are constant. It involves proactively seeking out new information, technologies, and methodologies, as well as integrating feedback to refine and enhance software solutions. Active Learning ensures engineers can effectively contribute to the development of high-performance, scalable, and sustainable systems that align with Samsung’s mission of technological leadership and environmental responsibility. This skill fosters a mindset of curiosity and adaptability, enabling engineers to thrive in a dynamic, collaborative, and forward-thinking culture.
Learning Resources
The most skilled programmers don't always make it to the top rung of the career ladder. Becoming a high-performing software engineer with opportunities for career growth requires strong collaboration and communication skills in addition to technical skills. In this course, instructor Janan Siam focuses on building those skills using real-world scenarios that are relevant to the day-to-day work of …
The agile approach‚Äîwhich emphasizes continuous delivery and improvement, collaboration, and openness to change‚Äîcan help professionals enhance both their productivity and the quality of their final products. In this course, learn the fundamentals of agile for software developers, as well as why this approach is uniquely suited for software engineering. Instructor Shashi Shekhar discusses key pr…
Navigate the complexities of the modern workplace in this course with technology journalist and analyst Chris Shipley. Learn how to anticipate and embrace changes‚Äînot just react to them‚Äîas opportunities for growth and professional advancement. Understand the critical roles that humans play alongside AI, and develop the skills necessary‚Äîsuch as flexibility, agency, creativity, and empathy‚Äît…
Proficiency Levels
Novice
- Describes the role of software engineering in supporting Samsung’s mission of innovation and sustainability.
- Identifies key software development methodologies and tools used within Samsung’s product teams.
- Lists common sources for technical updates, such as internal knowledge bases, industry publications, and Samsung’s R&D communications.
- Explains the importance of coding standards and best practices in software development at Samsung.
Intermediate
- Works with basic software development tools and techniques to complete routine tasks.
- Participates in team discussions to share recent learnings about AI or connected device trends relevant to ongoing projects.
- Uses Samsung’s internal tools and resources to stay current with best practices in software engineering.
- Assists in the development of software solutions by following established processes and procedures.
- Performs basic debugging and troubleshooting tasks to identify and resolve software issues.
Advanced ★ Required Level
- Evaluates the impact of adopting new software development methodologies on project outcomes and team efficiency.
- Monitors the effectiveness of different learning resources and recommends the most relevant for team use.
- Advises on areas for improvement in software integration across Samsung’s product lines based on cross functional feedback.
- Designs criteria to compare emerging AI frameworks for their suitability in Samsung’s next generation devices.
- Trains others on how to critically review software updates to ensure alignment with sustainability and performance objectives.
- Oversees the diagnosis of complex software issues and the proposal of evidence based solutions.
Expert
- Leads the creation of knowledge sharing sessions or workshops to disseminate critical learnings across teams.
- Designs and implements a structured learning plan for adopting new technologies within the software engineering team.
- Develops innovative software prototypes that integrate the latest advancements in AI or IoT for Samsung products.
- Initiates and drives process improvements in software development based on insights from active learning.
- Architects scalable solutions that incorporate cutting edge methodologies and align with Samsung’s strategic goals.
- Collaborates with R&D and product teams to co create new approaches for integrating sustainability into software systems.
Reading Comprehension is the ability to analyze, interpret, and synthesize complex written information to extract key insights and actionable understanding. For a Software Engineer at Samsung, this skill is critical for reviewing technical documentation, research papers, and system specifications to ensure alignment with cutting-edge technological advancements and the company’s strategic objectives. It involves discerning nuanced details in software requirements, industry standards, and emerging trends to make informed decisions that drive innovation and optimize performance. Strong reading comprehension enables engineers to collaborate effectively across multidisciplinary teams, ensuring seamless integration of software solutions within Samsung’s diverse product ecosystem.
Learning Resources
The most skilled programmers don't always make it to the top rung of the career ladder. Becoming a high-performing software engineer with opportunities for career growth requires strong collaboration and communication skills in addition to technical skills. In this course, instructor Janan Siam focuses on building those skills using real-world scenarios that are relevant to the day-to-day work of …
Proficiency Levels
Novice
- Describes the purpose and structure of software requirement documents.
- Identifies key terms and concepts in system specifications.
- Explains the main points of internal coding standards and best practice guidelines.
- Lists recent updates in industry trends and technologies relevant to Samsung’s product portfolio.
Intermediate
- Uses technical documentation to follow established procedures when developing or debugging software modules.
- Applies information from system specifications to implement features that meet defined requirements.
- References coding standards to ensure code quality during routine development tasks.
- Utilizes written feedback from code reviews to make targeted improvements to software components.
- Follows step by step instructions from process documentation to integrate software with hardware platforms.
Advanced ★ Required Level
- Evaluates the effectiveness of current documentation in supporting cross functional collaboration and suggests improvements.
- Monitors and interprets detailed system specifications to anticipate integration challenges across product lines.
- Advises on the impact of emerging industry standards on current software development practices at Samsung.
- Designs processes to compare multiple technical documents to determine the best approach for integrating new features into existing systems.
- Trains others to analyze research papers to extract actionable insights for optimizing AI algorithms in Samsung products.
- Oversees the critical evaluation of complex software requirements to identify ambiguities or inconsistencies before development.
Expert
- Leads the creation of knowledge sharing sessions that interpret and contextualize complex research for engineering teams.
- Designs comprehensive documentation review processes to ensure alignment with Samsung’s innovation goals.
- Develops guidelines for synthesizing information from diverse technical sources to inform software architecture decisions.
- Creates frameworks for evaluating and incorporating new industry trends into Samsung’s software development lifecycle.
- Establishes best practice documents that help teams interpret and apply advanced system specifications in new projects.
- Demonstrates the ability to draft detailed technical summaries that bridge gaps between software, hardware, and business requirements.
Systems Analysis involves the ability to evaluate complex software systems and their interactions to ensure optimal performance, scalability, and reliability. This skill requires a deep understanding of system architecture, data flow, and integration points, enabling engineers to identify inefficiencies, predict potential issues, and propose innovative solutions. At Samsung, Systems Analysis is critical for designing and optimizing software that supports the company’s diverse product portfolio, including AI-powered devices, IoT ecosystems, and next-generation semiconductors. Proficiency in this skill ensures seamless integration across Samsung’s vertically integrated supply chain, aligning with the company’s commitment to technological leadership, sustainability, and delivering cutting-edge solutions to global markets.
Learning Resources
Software architecture is not just putting together existing packages as if they were building blocks. It's a considered approach to design, which helps systems scale with your business and helps your team develop in a more agile way. This course explains what software architecture really is, how it can help you build better applications, and the relationship architecture has to implementation, des…
Excellence in business analysis requires the mastery of a diverse set of skills. In addition to possessing a variety of analysis skills, business analysts must be great creative thinkers, facilitators of decisions, conflict managers, relationship builders, communicators and facilitators, process and data analysts, and more. If you're currently a business analyst, interested in taking on a business…
While the internet and wireless communication technologies have been connecting people in new ways, it has also been linking together our products. The development of complex products requires bigger teams and greater specialization, and coordinating that effort is its own systemic challenge. As the complexity and interconnectedness of products rises, so does the need for an approach that guarante…
Proficiency Levels
Novice
- Describes the main components of Samsung’s software systems and their roles in various products.
- Explains the importance of system reliability and performance in Samsung’s supply chain.
- Lists the typical steps involved in evaluating a software system for inefficiencies.
- Names common system architectures and their basic functions in Samsung’s product portfolio.
Intermediate
- Works with basic system analysis tools and techniques to identify and document data flows within a specific software application.
- Participates in code reviews to identify system level issues and suggest standard improvements.
- Assists in integrating new software features by mapping their interactions with existing system components.
- Uses established tools to monitor system performance and identify routine bottlenecks in a software module.
- Follows best practices to ensure software reliability during routine development tasks.
Advanced ★ Required Level
- Evaluates the impact of proposed software changes on system integration and overall reliability.
- Monitors the effectiveness of current system architectures in meeting Samsung’s business and sustainability objectives.
- Advises on areas for optimization within multi component software systems.
- Designs solutions to resolve integration challenges and ensure seamless operation across Samsung’s product ecosystem.
- Trains others on how to analyze complex software systems to diagnose root causes of performance or scalability issues in AI powered or IoT devices.
- Oversees the review and critique of system designs from other teams, providing evidence based recommendations for improvement.
Expert
- Leads the integration of new technologies, such as AI or advanced semiconductors, into existing software systems.
- Designs innovative system architectures that enhance performance, scalability, and sustainability for next generation Samsung products.
- Develops and implements advanced analysis frameworks to proactively detect and address system inefficiencies.
- Creates detailed documentation and models to guide cross functional teams in understanding complex system interactions.
- Initiates and drives projects aimed at optimizing end to end system reliability across Samsung’s vertically integrated supply chain.
- Develops strategies for continuous improvement of systems analysis practices within the software engineering team.
Complex Problem Solving involves the ability to analyze multifaceted challenges, identify underlying issues, and develop innovative, effective solutions that align with organizational goals. For a Software Engineer at Samsung, this skill is critical in addressing the complexities of designing and optimizing high-performance, scalable software systems that support a diverse product portfolio, including AI-powered devices, IoT ecosystems, and next-generation semiconductors. It requires a deep understanding of interconnected systems, the ability to anticipate potential obstacles, and the capacity to devise solutions that ensure seamless integration across Samsung’s vertically integrated supply chain. This skill also demands adaptability and strategic thinking to navigate evolving technologies, market demands, and sustainability objectives, contributing to Samsung’s mission of driving innovation and enriching lives.
Learning Resources
The most skilled programmers don't always make it to the top rung of the career ladder. Becoming a high-performing software engineer with opportunities for career growth requires strong collaboration and communication skills in addition to technical skills. In this course, instructor Janan Siam focuses on building those skills using real-world scenarios that are relevant to the day-to-day work of …
You don't have to be intimidated by tech if you gain a foundational understanding of a few core principles. This course gives you insight on how to think like an engineer so that you can feel empowered to create a program, build a website, or even make a mobile app. Software engineer Kathryn Hodge summarizes and analogizes computer science in a simple and logical way as she explains fundamental pr…
Discover the transformative power of innovative problem-solving in the professional world. In this engaging course led by Sterling De Sutter Summerville, a seasoned culture and performance expert and inclusion strategist, it offers a dynamic journey into mastering problem-solving with authenticity. First, Sterling dives into harnessing your unique problem-solving style, blending creativity with an…
Proficiency Levels
Novice
- Describes the basic architecture of Samsung’s software systems, including integration points with hardware.
- Explains the role of software in supporting AI, IoT, and semiconductor products within Samsung’s portfolio.
- Lists the typical challenges encountered in developing scalable and reliable software for consumer electronics.
- Identifies common software bugs and their root causes in Samsung’s product domains.
Intermediate
- Works with a specific software module or feature to resolve routine issues.
- Participates in code reviews to ensure adherence to coding standards.
- Assists in the integration of software with hardware components.
- Uses established development tools and processes to deliver software components.
- Follows protocols to ensure software solutions align with sustainability and quality objectives.
Advanced ★ Required Level
- Evaluates the effectiveness of current software development processes and recommends improvements based on data.
- Monitors and resolves cross functional issues that arise during the integration of AI or IoT features into existing products.
- Advises on the impact of new features or changes on system scalability, reliability, and integration with Samsung’s supply chain.
- Designs solutions for complex software defects or performance bottlenecks and evaluates multiple solution paths for effectiveness.
- Trains others on how to analyze evolving industry trends or regulatory changes that may affect Samsung’s software solutions and propose mitigation strategies.
- Oversees code reviews and provides feedback that addresses both immediate issues and long term maintainability.
Expert
- Leads cross functional teams in creating solutions for complex integration challenges across hardware and software domains.
- Designs innovative software architectures that address emerging challenges in AI powered devices or next generation semiconductors.
- Develops strategies to ensure seamless interoperability between Samsung’s diverse product lines and external ecosystems.
- Creates tools or automation scripts that streamline debugging, testing, or deployment processes for large scale systems.
- Establishes new software development methodologies that enhance quality and sustainability.
- Demonstrates expertise in developing and prototyping new algorithms or frameworks to optimize performance and energy efficiency in Samsung’s products.
Systems Evaluation is the ability to analyze and assess the performance, efficiency, and reliability of complex software systems to ensure they meet organizational objectives and user needs. For a Software Engineer at Samsung, this skill involves evaluating software architectures, algorithms, and system designs to optimize scalability, integration, and functionality across diverse product ecosystems, including smartphones, semiconductors, and IoT devices. It requires a deep understanding of system interdependencies, performance metrics, and potential risks, enabling engineers to identify areas for improvement and implement innovative solutions. This skill is critical to advancing Samsung’s strategic goals of technological leadership, seamless supply chain integration, and sustainability through high-quality, cutting-edge software systems.
Learning Resources
The most skilled programmers don't always make it to the top rung of the career ladder. Becoming a high-performing software engineer with opportunities for career growth requires strong collaboration and communication skills in addition to technical skills. In this course, instructor Janan Siam focuses on building those skills using real-world scenarios that are relevant to the day-to-day work of …
Software teams are expected to both maintain the quality of existing applications and innovate on new features that excite users. For engineering and operations teams, tackling both of these efforts on a deadline can be challenging. In this course, learn how to leverage error budgets and service-level indicators (SLIs), service-level objectives (SLOs), and service-level agreements (SLAs) to set re…
Site reliability engineering (SRE) is an emerging paradigm in DevOps. The biggest names in tech‚Äîcompanies like Google, Netflix, Microsoft, and LinkedIn‚Äîall use SRE. In fact, industry wide, "site reliability engineer" is replacing "DevOps engineer" in job posts. Simply put, SRE is software engineering applied to operations‚Äîfor the cloud native era. This course introduces the basics of site re…
Proficiency Levels
Novice
- Describes the key components of Samsung's software systems and their roles in various products.
- Identifies common performance metrics and reliability indicators used in evaluating software systems.
- Explains the basic principles of system scalability and integration within Samsung's ecosystem.
- Lists standard software evaluation tools and techniques used in Samsung's development processes.
Intermediate
- Works with established tools to measure and report on the performance of a software module within a Samsung product.
- Uses standard evaluation checklists to assess the reliability of a software component in a routine development project.
- Performs basic integration tests to verify that new software features function correctly within existing Samsung systems.
- Documents observed system inefficiencies and communicates findings to team members during regular development cycles.
- Follows Samsung’s coding standards and best practices when evaluating and optimizing assigned software tasks.
Advanced ★ Required Level
- Evaluates the scalability of a software solution across multiple Samsung devices and recommends optimizations.
- Monitors system logs and performance data to diagnose complex issues affecting software reliability or efficiency.
- Advises on the impact of new features or updates on the overall system architecture and integration points.
- Designs alternative algorithms or architectures to determine the best fit for a specific Samsung product requirement.
- Trains others to identify potential risks or bottlenecks in software systems and propose mitigation strategies.
- Oversees peer code and system design reviews, providing evidence based feedback to improve system evaluation outcomes.
Expert
- Leads the development of automated tools for continuous system evaluation and reporting within the software engineering team.
- Designs and implements innovative evaluation frameworks to proactively monitor and enhance system performance across Samsung’s product lines.
- Develops and documents new methodologies for assessing the integration and scalability of AI powered features in Samsung devices.
- Demonstrates expertise in architecting system evaluation strategies that align with Samsung’s sustainability and energy efficiency objectives.
- Creates comprehensive evaluation reports that inform strategic decisions on software architecture and product development.
- Establishes cross functional workshops to address complex system evaluation challenges and drive collaborative solutions.
Technology Design involves the ability to conceptualize, create, and refine software architectures and systems that meet high-performance, scalability, and reliability standards. For a Software Engineer at Samsung, this skill encompasses designing innovative solutions that integrate seamlessly across diverse product ecosystems, including smartphones, semiconductors, and IoT devices. It requires a deep understanding of cutting-edge technologies, such as AI and connected devices, to drive advancements that align with Samsung’s mission of technological leadership and sustainability. Mastery of Technology Design ensures the development of software systems that support Samsung’s vertically integrated supply chain and contribute to its strategic goals of innovation and environmental responsibility.
Learning Resources
You don't have to be intimidated by tech if you gain a foundational understanding of a few core principles. This course gives you insight on how to think like an engineer so that you can feel empowered to create a program, build a website, or even make a mobile app. Software engineer Kathryn Hodge summarizes and analogizes computer science in a simple and logical way as she explains fundamental pr…
Silicon Valley has always attracted talented designers looking to improve user experience. But designers can improve the human experience too. Social innovation is the process of developing and deploying effective solutions to challenging and often systemic social and environmental issues. This course is for those who want to use social innovation and design thinking to achieve big results for the…
Salespeople sell the product. Developers build the product. Sales engineers bridge the gap. Sales engineering, also known as technical sales, is an in-demand and well-paid role. But many people don't know the job even exists. This course introduces the role and responsibilities of the sales engineer, along with the main concepts of technical sales. It is designed for salespeople who want to enter …
Proficiency Levels
Novice
- Describes the main components and interfaces within Samsung’s software systems, such as those used in smartphones or IoT devices.
- Explains the importance of scalability, reliability, and performance in technology design for consumer electronics.
- Lists Samsung’s coding standards and best practices as they relate to software design.
- Names the core principles of software architecture relevant to Samsung’s product ecosystems.
Intermediate
- Works with basic software modules following established design patterns and coding standards.
- Participates in the integration of software components within a single product line.
- Assists in routine code reviews, applying feedback to improve technology design in assigned tasks.
- Uses standard testing and debugging techniques to validate the performance of designed software modules.
- Follows established processes to address straightforward design challenges in ongoing projects.
Advanced ★ Required Level
- Evaluates the effectiveness of existing software architectures in meeting performance and scalability requirements for new product features.
- Monitors cross functional requirements to identify potential integration challenges between software and hardware components.
- Advises on the impact of emerging technologies, such as AI algorithms, on current software design strategies.
- Designs and critiques technology design proposals, providing evidence based recommendations for improvement.
- Trains others to diagnose complex software issues related to system integration and propose solutions that align with Samsung’s quality standards.
- Oversees alternative design approaches for a given problem, considering trade offs in sustainability, performance, and maintainability.
Expert
- Leads the development of new technology solutions that advance AI powered features within Samsung’s product ecosystem.
- Designs innovative software architectures that enable seamless integration across Samsung’s smartphones, semiconductors, and IoT devices.
- Establishes scalable frameworks that support rapid deployment of software across multiple product lines.
- Develops prototypes that demonstrate the feasibility and benefits of new technology design concepts for smart home or connected devices.
- Demonstrates eco friendly practices and support Samsung’s sustainability objectives in software systems.
- Creates cross functional design sessions to address complex integration challenges in next generation devices.
Proficiency in Web Application Frameworks is essential for designing and developing scalable, high-performance software solutions that align with Samsung’s commitment to innovation and technological leadership. This skill involves expertise in leveraging modern frameworks such as React, Angular, or Vue.js for front-end development, and frameworks like Spring, Django, or Express.js for back-end systems. Engineers must demonstrate the ability to build reliable, secure, and efficient web applications that integrate seamlessly with Samsung’s diverse product ecosystem, including IoT devices and AI-driven platforms. A deep understanding of framework-specific best practices, optimization techniques, and cross-platform compatibility is critical to ensuring the delivery of robust software solutions that support Samsung’s strategic goals of quality, sustainability, and seamless user experiences.
Learning Resources
Pairing a popular front-end framework with a full-featured back-end solution is a natural next step for developers who want to go ‚Äúfull stack‚Äù: building interfaces and the code that powers them. In this course, instructor Emmanuel Henri explains how to get a full-stack app up and running with React and Spring. He walks you through a complete sample project: a REST API with a form-based interfa…
Do you want to become a web developer? Nowadays, web development isn't one job. There is a range of technologies and career options to explore. The core responsibilities are split two ways‚Äîbetween front-end developers who specialize in websites and applications and back-end developers who work with servers and databases‚Äîbut you can also become a full-stack developer who oversees all aspects of…
Spring is one of the most popular frameworks to build applications, catering to a varied number of requirements such as web services, web applications, microservices, and more.Spring MVC helps developers build modular web applications in Java or Kotlin with a clean separation of business and presentation logic and works with a variety of UI technologies, making it easy to plug in any UI framework.…
Proficiency Levels
Novice
- Identifies the core components and architecture of major web application frameworks such as React, Angular, Vue.js, Spring, Django, and Express.js.
- Describes the role of web application frameworks in supporting scalable and high performance software solutions within Samsung’s product ecosystem.
- Explains the importance of cross platform compatibility and security in web application development for consumer electronics and IoT devices.
- Lists the coding standards and quality guidelines relevant to web application development at Samsung.
Intermediate ★ Required Level
- Participates in routine code reviews for web application projects, applying Samsung’s coding standards and providing basic feedback.
- Develops basic web application features using a selected framework (e.g., building a simple user interface with React or a REST API with Express.js) that meet defined requirements.
- Documents the setup and configuration process for a web application framework to support knowledge sharing within the team.
- Troubleshoots and resolves common issues encountered during web application development, such as rendering errors or API connectivity problems.
- Implements standard security measures and data validation techniques within a web application to ensure compliance with Samsung’s quality standards.
Advanced
- Evaluates the suitability of different web application frameworks for specific Samsung product requirements, considering scalability, performance, and integration needs.
- Monitors and optimizes the performance of an existing web application, identifying bottlenecks and implementing improvements.
- Advises on the security posture of a web application and recommends enhancements to address potential vulnerabilities.
- Designs and implements complex code contributions, ensuring adherence to best practices and Samsung’s standards.
- Trains others on diagnosing and resolving integration challenges between web applications and Samsung’s diverse hardware or cloud platforms.
- Oversees the impact of various optimization techniques on the user experience and resource efficiency of web applications deployed across Samsung devices.
Expert
- Leads the development of innovative features or modules within a web application framework to support new product launches or strategic initiatives.
- Designs and architects advanced web applications that seamlessly integrate with Samsung’s AI driven platforms and connected device ecosystems.
- Develops and implements custom middleware or plugins to extend the functionality of existing web frameworks for Samsung’s unique requirements.
- Establishes and documents advanced coding standards, performance benchmarks, and best practices for web application development within the team.
- Demonstrates expertise in prototyping and validating new approaches to cross platform compatibility, ensuring consistent user experiences across Samsung’s product portfolio.
- Creates and collaborates with cross functional teams to design end to end solutions that leverage web application frameworks for sustainability and energy efficiency goals.
Operating System Administration involves the ability to manage, configure, and optimize operating systems to ensure the stability, security, and performance of software systems. This skill is critical for maintaining high-performance and scalable environments that support Samsung’s diverse product portfolio, including smartphones, semiconductors, and IoT ecosystems. Proficiency in this area enables seamless integration across Samsung’s vertically integrated supply chain, ensuring reliable operation of software solutions in alignment with the company’s commitment to innovation and quality. It also requires a strong understanding of system-level troubleshooting, resource management, and the implementation of best practices to support advancements in AI, connected devices, and next-generation technologies.
Learning Resources
Enhance system productivity, improve performance, and reduce costs by learning how to automate and optimize processes using Amazon Web Services (AWS). This course covers different strategies for optimizing and automating processes and for auto-scaling. SysOps admins can learn how to build highly available solutions while efficiently utilizing resources. Shyam Raj provides guidance around how to co…
Being able to administer a Windows machine is a key skill for any Windows administrator. Keep your skills sharp and up to date with this Windows 10 administration training. Martin Guidry takes a detailed look at the operating system, focusing on the administrative tasks necessary for keeping Windows 10 in tiptop shape. Martin first reviews the various desktop versions of Windows 10. This section c…
The Internet of Things (IoT) offers developers an array of exciting possibilities to explore. But building systems solutions for IoT can be challenging, and such systems may not be equipped to effectively manage resources and schedule tasks for modern IoT devices. Using an operating system (OS) can help you solve some of these issues. In this course, join Ryan Hu as he reviews the basics of using …
Proficiency Levels
Novice
- Describes the core components and functions of major operating systems used in Samsung’s product environments.
- Lists common troubleshooting steps for resolving basic operating system issues encountered during software development.
- Explains the role of operating system administration in supporting high performance and scalable software systems.
- Identifies standard operating system commands and utilities relevant to software development and deployment.
Intermediate ★ Required Level
- Works with basic operating system features and functions for software development and testing purposes.
- Follows standard procedures to install, configure, and maintain operating systems on development and test systems.
- Assists in troubleshooting and resolving routine operating system errors affecting software builds or test runs.
- Uses standard tools and techniques to monitor system resources and optimize performance for software builds and deployments.
- Participates in implementing basic backup and recovery processes to safeguard development environments and project data.
Advanced
- Evaluates the effectiveness of current operating system configurations in supporting advanced software features such as AI or IoT connectivity.
- Monitors and analyzes system logs and performance metrics to identify bottlenecks or vulnerabilities affecting software reliability.
- Advises on the impact of operating system updates or patches on ongoing software development projects and recommends mitigation strategies.
- Designs solutions to diagnose and resolve complex operating system issues that impact software integration, performance, or stability across multiple platforms.
- Trains others on how to compare different operating system environments to determine optimal configurations for specific Samsung product lines.
- Oversees and provides feedback on operating system administration practices during code reviews and cross functional team discussions.
Expert
- Leads the integration of new operating system features or technologies into Samsung’s software platforms, ensuring seamless compatibility and performance.
- Designs and implements advanced operating system configurations to support innovative software solutions in areas such as AI, connected devices, or next generation semiconductors.
- Develops automated scripts and tools to streamline operating system management and improve efficiency in software development pipelines.
- Establishes best practices for operating system administration tailored to Samsung’s vertically integrated supply chain and product requirements.
- Creates secure and scalable operating system environments for emerging device categories, such as foldables and wearables.
- Demonstrates collaboration with R&D teams to prototype and validate new operating system strategies that enhance product innovation and sustainability.
Database Management involves the ability to design, implement, and maintain robust, scalable, and efficient database systems that support Samsung’s diverse product ecosystem, including smartphones, semiconductors, and IoT devices. This skill requires expertise in optimizing database performance, ensuring data integrity, and managing large-scale data storage solutions to meet the demands of high-performance software systems. Proficiency in database technologies, query optimization, and data modeling is essential to enable seamless integration across Samsung’s vertically integrated supply chain and to support advancements in AI, connected devices, and next-generation semiconductors. A strong focus on security, reliability, and sustainability is critical to align with Samsung’s commitment to technological leadership and environmental responsibility.
Learning Resources
Online activities, mobile devices, and Internet of Things (IoT) sensors are generating immense volumes of data. Much of that data requires relational database capabilities, such as consistent reads/writes and complex transaction processing. In this course, get a holistic overview of the essential elements of designing and implementing highly scalable and available relational databases. Instructor …
In this course, Mike Chapple‚Äîa teaching professor of information technology, analytics, and operations‚Äîguides you through the key topics of database fundamentals, database deployment, database management and maintenance, data and database security, and business continuity. Understand database structure types while developing, modifying, and running structured query language (SQL) code. Compare…
At the core of many businesses is data, which requires organization, security, mining, and analysis. The operating logistics of data stewardship, data security, data, and database administration can become complicated and overwhelming for organizations that are executing without a stable roadmap. This course aims to introduce the security of business enterprise infrastructure and operating needs. …
Proficiency Levels
Novice
- Describes the role of databases in supporting high performance applications for smartphones, semiconductors, and IoT devices.
- Explains basic database concepts such as tables, indexes, queries, and transactions relevant to Samsung’s software systems.
- Identifies the primary types of databases used in Samsung’s product ecosystem (e.g., relational, NoSQL, time series).
- Lists common database management tools and technologies utilized in Samsung’s development environment.
Intermediate ★ Required Level
- Works with basic database schemas to support routine software features in Samsung’s products.
- Uses standard queries to retrieve, insert, update, or delete data in development and test environments.
- Follows Samsung’s coding standards and best practices when interacting with databases in software projects.
- Participates in routine data migration or backup activities under supervision, ensuring data consistency.
- Assists in monitoring database performance and reporting common issues to senior engineers.
Advanced
- Evaluates database design choices and their impact on system integration across Samsung’s supply chain.
- Monitors and resolves complex database performance issues affecting high traffic applications.
- Advises on optimizations to data models to improve scalability and reliability for new product features.
- Designs and implements security measures to protect sensitive data in compliance with global standards.
- Trains others on investigating and troubleshooting data integrity issues from cross functional integrations.
- Oversees peer code reviews, providing constructive feedback on database code and configurations.
Expert
- Leads the integration of new database technologies or frameworks into existing software systems to enhance performance and sustainability.
- Designs and implements advanced, scalable database architectures to support next generation Samsung products (e.g., AI driven devices, IoT ecosystems).
- Establishes secure, high availability database systems that align with Samsung’s environmental and operational goals.
- Develops innovative solutions for real time data processing and analytics in support of Samsung’s strategic initiatives.
- Demonstrates expertise in collaborating with cross functional teams to design end to end data flows that enable seamless product experiences.
- Creates automated tools or scripts to streamline database deployment, monitoring, and maintenance processes.
Software Test Automation involves the ability to design, implement, and maintain automated testing frameworks and scripts to ensure the quality, performance, and reliability of software systems. This skill requires expertise in leveraging automation tools and programming languages to create scalable and efficient test solutions that align with Samsung’s commitment to innovation and high-performance technology. Proficiency in Software Test Automation enables engineers to identify and address potential issues early in the development cycle, ensuring seamless integration across Samsung’s diverse product portfolio, including smartphones, semiconductors, and IoT ecosystems. This skill supports Samsung’s strategic objectives by driving technological excellence, enhancing product reliability, and contributing to sustainable and efficient development practices.
Learning Resources
Automated testing relies on scripting and frameworks like Selenium to prove that products work as expected. Test automation is an enormous time-saver, and it's crucial to continuous integration, continuous delivery, and agile software development. If you're employed in QA, DevOps, or IT, you need to know the basics. This course covers the foundations of test automation, as well as different strate…
Automation is about three things: balance, timing, and reaction. Selenium is the automation tool that allows you to combine all three aspects into testing. By integrating Selenium with popular languages like Java, Ruby, and Node.js, you can develop a custom test automation framework suitable for testing the most complex web and mobile apps. In this course, instructor Jain Waldrip walks you through…
Scripting can expand your abilities as a tester and help you keep up with the pace of agile. It allows you to more quickly and efficiently find software issues and automate manual tasks such as reporting and test site preparation. This course examines a few ways to use scripts to solve common challenges faced in the fast-paced world of software testing. Follow along and learn how to navigate and t…
Proficiency Levels
Novice
- Describes the basic workflow of automated testing, including test case creation, execution, and reporting.
- Identifies common automation tools and frameworks used in testing software for smartphones, semiconductors, and IoT devices.
- Explains the role of automated testing in ensuring software quality and reliability within cross functional teams.
- Lists the benefits of early defect detection through automation in the software development lifecycle.
Intermediate
- Works with basic automated testing tools and techniques to validate software functionality.
- Participates in the development of automated test scripts for routine software features.
- Assists in integrating automated tests into the development workflow to support continuous integration.
- Uses established automation frameworks to validate software functionality against defined requirements.
- Performs code reviews to ensure adherence to automation related coding standards.
Advanced ★ Required Level
- Evaluates the effectiveness of existing automated test suites and proposes enhancements for greater coverage or efficiency.
- Monitors the scalability and maintainability of current automation frameworks in the context of new product features.
- Advises on root causes of recurring test failures and collaborates with cross functional teams to implement solutions.
- Designs test automation results to identify patterns of defects and recommends targeted improvements.
- Trains others on complex integration issues across Samsung’s product platforms using automated testing tools.
- Oversees and critiques automated test strategies used by peers, providing constructive feedback for optimization.
Expert
- Leads the integration of automated testing into new product development cycles, ensuring seamless collaboration across teams.
- Designs and implements advanced, scalable automated testing frameworks tailored to Samsung’s diverse product lines.
- Establishes reusable libraries and components to accelerate test automation adoption and consistency.
- Develops innovative test automation strategies that address unique challenges in AI driven or connected device ecosystems.
- Demonstrates expertise in architecting automated performance and reliability tests for next generation semiconductor and mobile platforms.
- Creates process improvements in test automation to support Samsung’s sustainability and efficiency goals.
Enterprise Resource Planning (ERP) is a critical skill for Software Engineers at Samsung, enabling the seamless integration and optimization of business processes across the company’s vertically integrated supply chain. This skill involves designing and implementing scalable ERP solutions that support the efficient management of resources, from procurement and manufacturing to distribution and customer service, ensuring alignment with Samsung’s diverse product portfolio and global operations. Proficiency in ERP systems allows engineers to contribute to the development of software that enhances operational efficiency, supports sustainability initiatives, and drives innovation in areas such as AI, IoT, and next-generation semiconductors. Mastery of this skill ensures the delivery of high-performance, reliable systems that align with Samsung’s strategic goals of technological leadership and environmental responsibility.
Learning Resources
The SAP Enterprise Resource Planning (ERP) platform helps large organizations streamline their processes across each segment of their business, from sales to financial accounting. In this course, instructor Justin Valley covers key concepts within SAP ERP and shares valuable tips to help you use this enterprise software most effectively. Justin explains the difference between master data and trans…
SAP S/4HANA is a ready-to-run, cloud-based enterprise resource planning software that helps businesses streamline their work processes and better support each unique segment of their business. In this intermediate- to advanced-level skills course, instructor Justin Valley offers practical tips to help you get the most out of this powerful software by customizing the SAP layout to resonate with you…
Discover how to calculate the materials required for product manufacturing with greater accuracy and speed within SAP. The SAP ERP tool has many different material requirements planning (MRP) strategies that are preconfigured and ready to implement; you just need to learn how to choose the right one. This course guides you through the configuration options and business processes behind the make-to…
Proficiency Levels
Novice
- Describes the basic functions and features of Samsung's ERP system.
- Explains the role of ERP in Samsung's supply chain and product lifecycle management.
- Lists the main data flows and information exchanges within Samsung's ERP environment.
- Names the standard protocols and APIs used for ERP integration in Samsung's technology stack.
Intermediate ★ Required Level
- Participates in cross functional meetings to clarify ERP related requirements for new software features.
- Works with ERP modules to support routine software development tasks within a project team.
- Uses Samsung’s coding standards when developing ERP related software components.
- Performs standard ERP testing procedures to validate software integration and data accuracy.
- Assists in documenting ERP related workflows and data mappings for use by other software engineers.
Advanced
- Evaluates the effectiveness of current ERP interfaces in supporting Samsung’s supply chain efficiency.
- Monitors ERP system logs and data flows to diagnose and resolve integration issues impacting software performance.
- Advises on the impact of proposed software changes on ERP driven business processes and recommends improvements.
- Oversees ERP integration code during peer code reviews, ensuring alignment with best practices.
- Designs solutions to investigate discrepancies in ERP data and collaborates with cross functional teams to identify root causes.
- Trains others on benchmarking ERP related software modules for performance and scalability within Samsung’s global operations.
Expert
- Leads the development of new ERP modules or extensions to support emerging business needs, such as AI driven analytics.
- Designs and implements advanced ERP integration solutions that enhance automation and data accuracy across Samsung’s supply chain.
- Establishes scalable ERP interfaces that enable seamless connectivity between Samsung’s IoT devices and backend systems.
- Develops innovative tools or frameworks to streamline ERP related software testing and deployment processes.
- Demonstrates collaboration with sustainability teams to create ERP features that track and optimize resource usage in manufacturing.
- Creates prototypes and validates new ERP driven workflows that improve operational efficiency and support Samsung’s strategic objectives.
Managing Application Deployment involves overseeing the end-to-end process of deploying software applications in a manner that ensures reliability, scalability, and seamless integration within complex ecosystems. This skill requires expertise in configuring deployment pipelines, automating processes, and optimizing performance to support high-demand environments such as Samsung’s diverse product portfolio, including smartphones, semiconductors, and IoT systems. Proficiency in managing deployment tools, cloud platforms, and containerization technologies is essential to ensure efficient delivery of high-performance software solutions. Additionally, this skill emphasizes collaboration across teams to align deployment strategies with Samsung’s commitment to innovation, quality, and sustainability, while addressing the challenges of vertical integration and global scalability.
Learning Resources
Application infrastructure is a core tenant of DevOps, enabling teams to rapidly evolve scalable systems. App infrastructure is also a core component of the AZ-400 Designing and Implementing Microsoft DevOps Solutions certification exam‚Äîand the focus of this course. Here Gurinder Singh Mann reviews the strategies, tools, and processes necessary to manage application infrastructure using the Azur…
The software delivery lifecycle has only increased in complexity over the years, along with the infrastructure that supports enterprise systems. Developers now find themselves responsible for an ever-growing list of supporting systems to develop, deploy, and operate software in production. Platform engineering is compelling in its similarity to DevOps and site reliability engineering, while still …
DevOps engineers are in high demand, but the barriers to entering the field can be intimidating. DevOps roles require an intermediate to advanced knowledge of a wide set of tools and skills, from security to cloud services. If you've lined up an interview for a DevOps position, then you need to be able to showcase your mastery of these essential concepts. In this course, Michael Jenkins shares tip…
Proficiency Levels
Novice
- Explains the basic concepts and principles of software deployment in a high tech environment.
- Identifies key considerations for deploying software on Samsung’s diverse range of devices.
- Describes the role of deployment in the software development lifecycle.
- Lists common challenges and best practices in software deployment.
Intermediate
- Works with a specific deployment tool to install a software application in a test environment.
- Follows established procedures to deploy a software application to a single product line.
- Participates in the deployment of a software application to a production environment.
- Assists in troubleshooting and resolving common deployment issues.
- Documents deployment steps and outcomes for routine releases.
Advanced ★ Required Level
- Evaluates the impact of deployment strategies on system reliability and scalability across multiple Samsung product lines.
- Monitors deployment logs and metrics to ensure compliance with Samsung’s quality and sustainability standards.
- Advises on deployment pipelines for bottlenecks or inefficiencies and recommends improvements to enhance performance.
- Designs deployment automation tools and selects the most suitable option for a given project’s requirements.
- Trains cross functional teams to evaluate deployment risks and develop mitigation strategies for complex releases.
- Oversees deployment failures to identify root causes and implement corrective actions to prevent recurrence.
Expert
- Leads the creation of deployment frameworks that optimize performance for high demand environments such as global smartphone launches.
- Designs and implements advanced deployment pipelines that support continuous integration and delivery for AI powered devices.
- Establishes best practices for cross team collaboration during large scale deployments to ensure alignment with business objectives.
- Develops automated deployment solutions that enable seamless integration across Samsung’s vertically integrated supply chain.
- Demonstrates expertise in architecting deployment processes that ensure secure, scalable, and reliable delivery of software for next generation semiconductors.
- Creates new deployment strategies that reduce downtime and support Samsung’s sustainability initiatives.
Automated Workflow Integration involves the ability to design, implement, and optimize seamless workflows that connect diverse software systems and processes within Samsung’s vertically integrated supply chain. This skill requires expertise in leveraging automation tools and frameworks to enhance efficiency, scalability, and reliability across complex software ecosystems, including those supporting AI, IoT, and semiconductor advancements. Proficiency in this area ensures the smooth orchestration of tasks, data flows, and system interactions, enabling high-performance software solutions that align with Samsung’s commitment to innovation, quality, and sustainability.
Learning Resources
Automating complex workflows and integrating with other systems can help businesses achieve new levels of efficiency, productivity, and innovation. In this course, Gregor Maric uses a variety of automation examples to teach you how to go beyond basic automation‚Äîand stay ahead of the curve‚Äîfor working with Power Automate for desktop. This low-code solution can be leveraged to automate common an…
Industrial automation is the use of computers and robots to control industrial processes, like manufacturing, without significant human intervention. Used correctly, automation can increase the quality, safety, and accuracy of these processes. It's the job of the people in industrial automation to design the systems, configure the controllers, and monitor the processes. This course provides an ove…
Proficiency Levels
Novice
- Describes the basic principles of workflow automation and its relevance to Samsung’s vertically integrated supply chain.
- Identifies the key components and terminology related to automated workflow integration within Samsung’s software ecosystems.
- Explains the role of automated workflows in supporting AI, IoT, and semiconductor software solutions.
- Recognizes common automation tools and frameworks used in connecting software systems at Samsung.
Intermediate
- Works with basic workflow automation tools and techniques to automate simple software processes.
- Participates in team based efforts to automate repetitive software development tasks.
- Assists in the implementation of automated workflows to connect routine software processes.
- Uses approved automation tools to streamline data transfer between two or more internal systems.
- Follows established guidelines to integrate workflow automation into existing software applications.
Advanced ★ Required Level
- Evaluates the effectiveness of existing automated workflows in supporting cross functional software development at Samsung.
- Monitors workflow bottlenecks and recommends improvements to enhance reliability and performance.
- Advises on the compatibility of new automation tools with Samsung’s current software infrastructure.
- Designs detailed reports on root causes and corrective actions for integration failures.
- Trains others on different workflow automation strategies for their impact on sustainability and operational efficiency.
- Oversees code and workflow configurations to ensure adherence to Samsung’s quality and security standards.
Expert
- Leads the design and implementation of advanced automated workflows that connect multiple software systems across Samsung’s supply chain.
- Develops custom automation scripts or modules to address unique integration challenges in AI or IoT projects.
- Establishes best practices for architecting scalable workflow solutions for new product initiatives.
- Creates documentation and best practice guides for complex workflow integrations.
- Demonstrates innovative workflow automation approaches to support next generation semiconductor software.
- Designs automated workflows that optimize for energy efficiency and eco friendly operations.
Critical Thinking is essential for Software Engineers at Samsung to analyze complex problems, evaluate potential solutions, and make informed decisions that align with the company’s mission of driving innovation and enriching lives through technology. This skill involves the ability to assess technical challenges, anticipate potential risks, and devise creative, scalable, and efficient software solutions that support Samsung’s diverse product portfolio, including AI, IoT ecosystems, and next-generation semiconductors. Engineers must apply logical reasoning and evidence-based approaches to ensure seamless integration across Samsung’s vertically integrated supply chain while maintaining a commitment to quality, sustainability, and technological leadership. Strong critical thinking enables engineers to navigate the dynamic challenges of the technology industry and contribute to Samsung’s strategic goals of innovation and environmental responsibility.
Learning Resources
Critical thinking is the ability to think reflectively and independently in order to make thoughtful decisions. By focusing on root-cause issues critical thinking helps you avoid future problems that can result from your actions. In this course, leadership trainer and expert Mike Figliuolo outlines a series of techniques to help you develop your critical thinking skills. He reveals how to define t…
The pace of change and volume of information we encounter in daily life make it hard to think through decisions. Instead, people often rely on biases and rules of thumb, which trap them into drawing faulty conclusions. The most successful teams use critical thinking‚Äîobjective and rational analysis‚Äîto illuminate the wisest conclusions. This course prepares leaders to hone the critical thinking …
Critical thinking is often cited as a desirable skill to have, but what exactly does it mean to be a critical thinker, and how does one achieve this mindset? The goal of critical thinking is to give ourselves time and tools for improving how we think, to see things closer to how they really are, and get a better sense of the world. But just understanding the concepts won‚Äôt get you there. As Beck…
Proficiency Levels
Novice
- Describes the basic concepts of software development methodologies used at Samsung.
- Explains the significance of adhering to coding standards and guidelines.
- Lists the main stages of the software development lifecycle.
- Names key software components in Samsung's product portfolio.
Intermediate
- Works with a specific software development methodology to complete assigned tasks.
- Participates in code reviews by identifying straightforward issues and suggesting improvements.
- Assists in the development of simple software modules for smartphones or IoT devices.
- Uses logical reasoning to troubleshoot and resolve routine software bugs.
- Follows established procedures to test and validate software components for reliability and performance.
Advanced ★ Required Level
- Evaluates alternative software architectures for scalability and efficiency in next generation semiconductor systems.
- Monitors the impact of new technologies or frameworks on existing Samsung software products.
- Advises on effective solutions for complex software defects in AI powered or connected device applications.
- Designs approaches to optimize software performance in high demand environments.
- Trains others on best practices, security, and sustainability standards in software development.
- Oversees root cause analysis of integration issues across Samsung’s product ecosystem and recommends corrective actions.
Expert
- Leads the development of new frameworks or tools to enhance software quality and sustainability at Samsung.
- Designs innovative software solutions that address emerging challenges in AI, IoT, or semiconductor integration.
- Establishes best practices for integrating emerging technologies into existing software platforms.
- Develops strategies for seamless cross functional collaboration in large scale software projects.
- Demonstrates expertise in architecting scalable software systems that support Samsung’s global supply chain and product diversity.
- Creates and documents advanced testing methodologies to ensure reliability of mission critical systems.
Judgment and Decision Making is the ability to evaluate complex technical scenarios, weigh potential outcomes, and make informed decisions that align with organizational goals and priorities. For a Software Engineer at Samsung, this skill involves analyzing trade-offs between performance, scalability, and reliability when designing and optimizing software solutions for diverse products such as smartphones, semiconductors, and IoT ecosystems. It requires a balance of technical expertise and strategic thinking to ensure that decisions support innovation, seamless integration across Samsung’s vertically integrated supply chain, and adherence to sustainability objectives. This skill is critical for navigating challenges in cutting-edge areas like AI, connected devices, and next-generation semiconductors, ensuring that solutions are both forward-thinking and practical.
Learning Resources
Decision-making is an essential skill in every industry. The ability to confidently (and quickly) make smart, high-quality decisions can help you excel at a range of tasks, from quashing a disagreement between colleagues to picking a new hire. In this concise course, Dr. Todd Dewett shows you simple steps that can help you make stronger decisions in your professional life. Get practical tips for a…
The most skilled programmers don't always make it to the top rung of the career ladder. Becoming a high-performing software engineer with opportunities for career growth requires strong collaboration and communication skills in addition to technical skills. In this course, instructor Janan Siam focuses on building those skills using real-world scenarios that are relevant to the day-to-day work of …
Most companies have complex computer algorithms deciding who gets a bank loan, job interview, or health insurance. Do you have an ethical obligation to explain the decision-making back to your customer? How do you design systems that are free of gender or racial bias? These systems will define your organization. Yet many of these decisions aren‚Äôt happening in the boardroom. Instead they‚Äôre mad…
Proficiency Levels
Novice
- Describes the impact of software decisions on the integration of products across Samsung’s vertically integrated supply chain.
- Identifies key factors that influence software performance, scalability, and reliability in Samsung’s product ecosystem.
- Explains the role of judgment and decision making in ensuring high quality, reliable software solutions.
- Lists Samsung’s coding standards and best practices relevant to software development projects.
Intermediate
- Works with a specific decision making framework to select an appropriate algorithm or architecture for a routine software feature.
- Follows established coding standards to make informed choices during code implementation and debugging.
- Uses basic trade off analyses to optimize software modules for performance or energy efficiency.
- Participates in prioritizing bug fixes or feature enhancements based on business requirements.
- Assists in resolving predictable software integration issues within cross functional teams.
Advanced ★ Required Level
- Evaluates the effectiveness of software solutions in meeting both functional requirements and sustainability targets.
- Monitors the impact of different software design options on system performance and scalability.
- Advises on the risks and benefits of adopting new technologies or frameworks in the context of Samsung’s product portfolio.
- Designs alternative approaches to integrating AI features into connected devices, considering long term maintainability.
- Trains others to diagnose and resolve non obvious software issues by weighing multiple potential causes and outcomes.
- Oversees code and design decisions made by peers, providing evidence based feedback to improve quality and alignment with strategic goals.
Expert
- Leads the development of frameworks that balance performance, scalability, and sustainability in software solutions.
- Designs innovative decision making processes for selecting optimal software architectures in next generation products.
- Develops strategies for integrating advanced AI capabilities into Samsung’s smart device ecosystem, considering future scalability.
- Creates guidelines for evaluating and mitigating risks in software projects involving new semiconductor technologies.
- Establishes best practices for integrating AI and machine learning into software development processes.
- Demonstrates expertise in aligning software development with Samsung's strategic objectives and mission.
Active Listening is the ability to fully engage with and understand the perspectives, concerns, and ideas of others through focused attention and thoughtful responses. For a Software Engineer at Samsung, this skill is critical in fostering effective collaboration within cross-functional teams, ensuring alignment on complex technical requirements, and addressing challenges in a dynamic, innovation-driven environment. Active Listening enables engineers to accurately interpret feedback, anticipate stakeholder needs, and contribute to the development of high-performance, scalable software solutions that support Samsung’s mission of technological leadership and sustainability. This skill also plays a vital role in navigating diverse viewpoints and fostering a culture of mutual respect and continuous improvement.
Learning Resources
The most skilled programmers don't always make it to the top rung of the career ladder. Becoming a high-performing software engineer with opportunities for career growth requires strong collaboration and communication skills in addition to technical skills. In this course, instructor Janan Siam focuses on building those skills using real-world scenarios that are relevant to the day-to-day work of …
Listening is a critical competency, whether you are interviewing for your first job or leading a Fortune 500 company. Surprisingly, relatively few working professionals have ever had any formal training in how to listen effectively. In this course, communications experts Tatiana Kolovou and Brenda Bailey-Hughes show how to assess your current listening skills, understand the challenges to effectiv…
Boost your remote communication skills with Andrea Holland's course on active listening. Discover the importance of listening for deeper connections and explore technical aspects for better remote engagement. Learn to foster empathy and understanding in digital interactions, enhancing trust, creativity, and relationship-building in both professional and personal settings.
Proficiency Levels
Novice
- Describes the role of active listening in ensuring software quality and alignment with business needs.
- Identifies key points and concerns shared by team members during software requirement discussions.
- Lists common barriers to effective listening in technical meetings and ways to overcome them.
- Explains how understanding stakeholder perspectives contributes to successful software development at Samsung.
Intermediate ★ Required Level
- Participates in team meetings by actively listening and accurately reflecting updates and blockers.
- Uses focused attention to capture and document user needs during feature development discussions.
- Assists in resolving integration issues by applying active listening techniques with hardware teams.
- Works to ensure accurate understanding of technical feedback in code reviews by asking clarifying questions.
- Performs attentive listening by paraphrasing requirements shared by product managers during sprint planning.
Advanced
- Evaluates the effectiveness of communication within the team by assessing how well requirements are understood and implemented.
- Monitors and interprets conflicting viewpoints in cross functional meetings and facilitates consensus through reflective listening.
- Advises on the impact of miscommunication on project timelines and proposes solutions based on active listening insights.
- Designs processes to analyze feedback from multiple stakeholders to identify underlying issues affecting software performance.
- Trains others to distinguish between explicit and implicit needs expressed by business partners during project scoping.
- Oversees the review and synthesis of user feedback to inform improvements in software design and usability.
Expert
- Leads initiatives to integrate active listening into the software development lifecycle, from requirements gathering to deployment.
- Designs training programs that teach active listening skills to software engineers and technical leaders.
- Establishes best practices for using active listening to resolve conflicts and misunderstandings in technical discussions.
- Develops metrics to assess the impact of active listening on team performance and project outcomes.
- Demonstrates the ability to use active listening to build trust and rapport with stakeholders, including clients, product managers, and QA teams.
- Creates a culture of active listening within the software engineering department, promoting its value in achieving technical excellence.