WHAT DOES A SOFTWARE ENGINEER DO?

Published: Jan 07, 2026 - The Software Engineer builds and maintains large-scale Java and Node.js applications on real-time, event-driven, distributed platforms while developing contract-first microservices for SaaS environments. This role involves writing high-quality production code, performing complex problem-solving across development and production, and participating in agile ceremonies, CI/CD workflows, and test-driven development. The Engineer also supports on-call operations, documents issues and system components, and enhances the internal knowledge base through clear technical documentation.

A Review of Professional Skills and Functions for Software Engineer

1. Software Engineer Duties

  • Technical Strategy: Collaborate with other technical leaders and peers to develop the strategy for the team.
  • System Architecture: Design high-performance, scalable, and testable components for the architecture and execute development.
  • Team Leadership: Lead a team to develop new features for applications, delivering to the defined quality standard.
  • Talent Management: Hire, mentor, and train senior software engineers and manage their OKRs.
  • Developer Experience: Take ownership and design the developer experience so that teams can operate autonomously and with high agility.
  • Technology Innovation: Investigate and propose cutting-edge technologies to improve site reliability, developer experience, customer experience, and raw performance.
  • Process Optimization: Develop efficient processes, instill a sense of urgency, and motivate the team to operate with high velocity, ownership, and accountability.
  • Engineering Vision: Think beyond day-to-day work and lead the team to elevate the art of eCommerce engineering.
  • Quality Standards: Hold the team accountable to high engineering standards.

2. Software Engineer Details

  • Agile Collaboration: Collaborate within an agile team to understand business needs and work through complex business processes to create solutions that align with company goals.
  • Full-Stack Development: Design and implement back-end and front-end components and services.
  • Code Quality: Create high-quality, production-ready code in an agile environment.
  • Technology Evaluation: Gauge new technologies and create prototypes for continuous improvements.
  • Best Practices: Promote top programming practices and standards.
  • Performance Optimization: Refine solutions that account for scalability and optimize performance.

3. Software Engineer Responsibilities

  • Cross-Platform Work: Work with features across multiple platforms and services.
  • Infrastructure Development: Develop infrastructure to enhance automation, scalability, performance, and platform robustness.
  • Stakeholder Communication: Actively communicate, remain autonomous, and follow up on feature specifications with stakeholders.
  • System Design: Assist in developing specifications and architectural designs for application systems.
  • Prototyping: Prepare prototypes to evaluate technology choices for various applications and databases.
  • Project Tracking: Track assigned projects and clearly communicate status and risks during team meetings.
  • System Monitoring: Monitor daily system activities and provide necessary support.
  • Code Review: Perform code reviews, support co-workers, and guide Customer Support, Sales Engineers, and other teams.
  • Security Awareness: Consider scalability and security implications of newly developed features.

4. Software Engineer Accountabilities

  • Systems Modeling: Perform systems modeling, simulation, and analysis to provide appropriate software solutions.
  • Systems Programming: Design and develop compilers, assemblers, utility programs, and operating systems to meet client business needs.
  • Technical Documentation: Provide input for documentation of new or existing programs to ensure information accessibility.
  • Hardware Integration: Participate in designing, developing, troubleshooting, and analyzing software programs that operate with hardware systems.
  • Application Customization: Assist in customizing purchased applications.
  • Library Maintenance: Assist in maintaining program libraries and manuals based on research and customer needs.
  • Status Reporting: Provide feedback and reports to management on the status and availability of software and hardware to ensure proper functioning.
  • Customer Support: Work with customers to provide hands-on first-level support.

5. Software Engineer Functions

  • Solution Design: Design solutions that are used by millions of users every day.
  • Scalable Systems: Develop scalable systems that support high daily usage.
  • Production Operations: Operate production systems to ensure reliability and availability.
  • Big Data: Build big data processing pipelines.
  • Machine Learning: Implement machine learning pipelines to support data-driven features.
  • Data Insights: Apply data-driven insights to improve application behavior.
  • Continuous Improvement: Continuously improve products, codebases, and development practices.
  • Code Quality: Write high-quality, maintainable code.
  • Technical Mentorship: Help others write high-quality code through guidance and collaboration.

6. Software Engineer Overview

  • Team Collaboration: Collaborate with a team of IT professionals to set specifications for new applications.
  • Prototype Design: Design creative prototypes according to specifications.
  • Application Development: Write high-quality source code to program complete applications within deadlines.
  • Testing Execution: Perform unit and integration testing before launch.
  • Quality Assurance: Conduct functional and non-functional testing.
  • Debugging: Troubleshoot and debug applications.
  • Application Enhancement: Evaluate existing applications to reprogram, update, and add new features.
  • Technical Documentation: Develop technical documents and handbooks to accurately represent application design and code.

7. Software Engineer Details and Accountabilities

  • Logistics Software: Design software that powers complex logistics operations.
  • Workflow Development: Develop software solutions that support large-scale logistics workflows.
  • System Maintenance: Maintain systems to ensure reliability and long-term stability.
  • System Architecture: Design system architecture for major initiatives and modules.
  • Feature Ownership: Own development of key features and technical components.
  • Cross-Functional Work: Work with product managers, UX designers, and QA engineers in cross-functional teams.
  • Timely Delivery: Deliver high-quality software on time through effective collaboration.
  • Knowledge Sharing: Share knowledge through code reviews and design reviews to elevate team capability.
  • Code Excellence: Write extensible, scalable, and high-performance code.

8. Software Engineer Tasks

  • Full-Stack Coding: Write high-quality, bug-free, reusable, and maintainable code for both frontend and backend.
  • Code Reviews: Participate in code reviews and design reviews.
  • Stakeholder Meetings: Join technical and product review meetings with partners and internal teams.
  • Product Ownership: Remain accountable for user experience, content quality, and the stability of all websites under the team.
  • Technical Documentation: Document feature development and ongoing issues and share them with the team.
  • Task Estimation: Provide task analysis, estimation, and identify potential blockers.
  • Process Improvement: Propose and apply improvements in both technical and non-technical areas.
  • Team Support: Support other team members.
  • On-Call Support: Join the team on-call rotation to monitor systems and support partners.

9. Software Engineer Roles

  • Java Development: Write cutting-edge Java code to improve the availability, scalability, latency, and efficiency of services.
  • Code Reviews: Participate in code reviews to maintain high development standards.
  • Capacity Planning: Engage in service capacity and demand planning, software performance analysis, tuning, and optimization.
  • Cross-Team Collaboration: Collaborate with non-technical teams to clarify feature specifications.
  • Infrastructure Collaboration: Work closely with the infrastructure team to build and scale back-end services and perform root cause analysis investigations.
  • System Troubleshooting: Build, analyze, and fix large-scale systems.
  • Performance Tuning: Learn full-stack performance tuning and optimization.
  • Production Debugging: Debug and modify complex production software.

10. Software Engineer Additional Details

  • Platform Exposure: Gain first-hand experience working on a leading platform to enhance user experience.
  • Engineering Mentorship: Work alongside top engineers to gain insights into building scalable and high-performance software platforms.
  • User Impact: Contribute to a highly rewarding role with direct impact on the lives of millions of people in the region.
  • Market Insight: Gain insights into the Southeast Asian market and the internet industry.
  • Technical Growth: Enhance coding skills and gain exposure to new tools and programming languages.
  • Practical Application: Apply computer science studies in a hands-on professional environment.
  • Communication Skills: Improve presentation and communication skills in both oral and written forms.
  • Career Progression: Receive consideration for a full-time position based on outstanding performance during the internship.

11. Software Engineer Essential Functions

  • Product Innovation: Contribute to product ideas and innovation.
  • Roadmap Evaluation: Evaluate product roadmaps with internal partners to determine design and programming development requirements that meet customer needs.
  • Design Research: Research to solve specific design problems.
  • Architecture Design: Create product and application architecture and design documentation to specify engineering development requirements.
  • Software Development: Write and develop code for new, existing, or enhanced software products and applications.
  • Product Testing: Work with internal partners to test new or enhanced products and applications.
  • Cross-Functional Build: Participate in cross-functional build and configuration activities to ensure effective and efficient engineering design.
  • Business Enablement: Contribute to downstream business activities, including technical publications and communication tool development for streamlined end-user use.
  • Delivery Management: Ensure new or updated releases are completed on time, within scope, budget, and without compromising quality.
  • Technical Support: Support internal and external partners, stakeholders, and customers by responding to technical inquiries.
  • Industry Awareness: Stay abreast of industry developments, current technologies, and evolving customer needs.

12. Software Engineer Role Purpose

  • Client Communication: Communicate with Japanese clients on all project-related matters.
  • Requirements Analysis: Analyze, clarify, and transfer client requests and requirements to project team members.
  • Design Documentation: Verify and develop design documents.
  • Test Execution: Develop and perform test cases to verify deliverables.
  • Material Control: Control all inbound and outbound project materials.
  • Project Coordination: Manage the project or work closely with the Project Manager to monitor and control the project.

13. Software Engineer General Responsibilities

  • Product Definition: Define product requirements and design specifications.
  • Solution Evaluation: Evaluate alternative solutions and make recommendations for optimal technical approaches.
  • Software Design: Design and implement high-quality software solutions to meet or exceed product requirements.
  • Test Equipment: Participate in the development of software to support factory test equipment.
  • Hardware Collaboration: Work with hardware engineers to define interfaces and make hardware and software trade-offs.
  • Software Testing: Perform thorough testing and evaluation of software to ensure maximum quality levels and complete functionality.
  • Issue Resolution: Troubleshoot and debug software issues in a timely and effective manner.
  • Quality Assurance: Work with the Software Quality Assurance group to validate software.

14. Software Engineer Key Accountabilities

  • API Development: Create and work with modern REST APIs.
  • Cloud Services: Take advantage of cloud services.
  • Third-Party Integration: Integrate with third-party solutions.
  • Problem Solving: Identify design problems and devise solutions.
  • Innovation Leadership: Champion new ideas and drive outcomes.
  • Reusable Code: Build high-quality, tested, and reusable code and libraries for future use.
  • Performance Optimization: Optimize services for maximum speed and scalability.
  • Security Implementation: Implement security and data protection.

15. Software Engineer Roles and Details

  • Component Design: Design critical software components for Fusion.
  • Core Development: Develop and test core Fusion components to ensure reliability.
  • Distributed Systems: Design large-scale distributed applications as Fusion plugins.
  • Plugin Development: Develop scalable plugins that integrate seamlessly with the Fusion platform.
  • Data Integration: Integrate Fusion with third-party data storage solutions.
  • Replication Enhancement: Enhance existing Fusion replication capabilities with new features.
  • Platform Innovation: Add innovative functionality to improve platform performance and usability.
  • Test Automation: Automate feature validation through comprehensive testing.
  • Quality Assurance: Ensure delivery of high-quality products through rigorous test coverage and validation.

16. Software Engineer Responsibilities and Key Tasks

  • Motion Software: Design, implement, test, and debug software applications for motion control and processing.
  • Automation Control: Develop and control automation hardware through software engineering.
  • Solution Innovation: Create innovative solutions to address complex challenges in production inspection systems.
  • C++ Expertise: Apply a deep understanding of computer science with experience in C++.
  • Performance Design: Design programming projects with a focus on performance and reliability.
  • Agile Participation: Participate in pair programming, stand-ups, retrospectives, and project meetings.
  • Quality Assurance: Maintain and follow established quality assurance procedures.
  • Cross-Team Coordination: Coordinate programming activities with other departments.
  • AI Development: Contribute to the development of fast, accurate, and cost-efficient nanoimaging using machine learning and artificial intelligence.

17. Software Engineer Duties and Roles

  • Solution Development: Develop project designs and code customized solutions by applying software engineering principles to support business needs.
  • ASP.NET Development: Design, code, test, and implement applications using ASP.NET and C# that interact with managed MS SQL Server databases.
  • Architecture Collaboration: Collaborate during architecture design sessions and participate in code reviews.
  • SDLC Participation: Participate in the full development life cycle, including requirements gathering, estimation, design, development, and implementation.
  • Quality Control: Perform quality control, troubleshooting, code reviews, and standard data validation practices before production release.
  • Technical Documentation: Support documentation and cataloging of developed software.
  • Agile Development: Work in an agile software development environment as a driven professional contributing to an industry-leading organization.

18. Senior Software Engineer Roles and Responsibilities

  • Feature Development: Design and develop new solution features based on defined requirements and roadmaps within scheduled timelines.
  • Requirements Analysis: Analyze functional requirements and translate them into application designs using established design methodologies and guidelines.
  • Software Development: Develop software in alignment with design specifications, program guidelines, and programming best practices.
  • Unit Testing: Create unit test packages, execute tests, and document results to ensure software quality.
  • Issue Resolution: Investigate reported issues and implement fixes to ensure correct and efficient system operation.
  • Test Support: Assist in integration testing, system testing, user acceptance testing, and implementation to resolve bugs and ensure smooth program execution.
  • System Documentation: Prepare and maintain accurate and current system documentation.
  • Cross-Functional Collaboration: Collaborate with cross-functional teams to achieve project goals.
  • Team Mentorship: Mentor junior team members and support their technical development.
  • Project Exposure: Gain exposure to multiple project stages to deepen understanding of software engineering.
  • Security Learning: Learn on the job and expand into consulting areas related to system and application security.
  • Engineering Standards: Deliver added value in all software solutions by adhering to high engineering standards.

19. Software Engineer Duties

  • Software Engineering: Analyze, design, program, debug, and modify software enhancements or new products used in local, networked, or internet-related computer programs.
  • Commercial Readiness: Ensure code applies to core versions of applications available for commercial sale.
  • Stakeholder Engagement: Interact with stakeholders to define system requirements and identify necessary modifications.
  • Requirements Analysis: Participate in software design meetings and analyze user needs to determine technical requirements.
  • Technical Documentation: Complete documentation and procedures for installation and maintenance.

20. Software Engineer Details

  • Feature Innovation: Develop cutting-edge features and product lines.
  • Code Quality: Write high-quality code with a strong focus on functionality, modularity, security, and compatibility.
  • JavaScript Development: Write tested and documented JavaScript, APIs, and Spring Batches using MongoDB and integrate with external web services.
  • Programming Standards: Apply established programming standards and techniques to ensure efficient program logic and data manipulation.
  • Product Coordination: Coordinate closely with Product Owners to align on timelines and delivery milestones for user stories and features.
  • Cross-Team Collaboration: Collaborate with cross-functional team members to recommend technical solutions to business or system issues and work with the Integrations team on REST service development.
  • Agile Planning: Assist the Scrum Master in finalizing the sprint scope and estimating stories.
  • Customer Implementation: Work with customers to implement and customize solutions.

21. Software Engineer Responsibilities

  • Technical Implementation: Implement and ensure technical requirements are effectively and efficiently applied in technical work products.
  • System Enhancement: Improve existing application systems by analyzing and identifying areas for modification.
  • Technical Specification: Write technical specifications for assigned work.
  • Code Development: Write and test code, then refine and rewrite it on demand.
  • Technology Research: Investigate new technologies and evaluate their applicability to current systems.
  • Skill Development: Continually update technical knowledge and skills through in-house or external courses.
  • Stakeholder Coordination: Coordinate with Business Analysts and users to execute system design and coding using the most effective and high-quality methods.
  • Delivery Accountability: Remain accountable for delivering BSR within schedule and budget.

22. Software Engineer Accountabilities

  • Feature Ideation: Contribute to ideation, technical design, implementation, and testing of product features that drive business impact and customer value.
  • Scalable Architecture: Produce high-quality software that follows sound architecture and scalable design principles.
  • API Design: Design and deliver well-crafted APIs to support interactions between client applications and backend services.
  • Product Collaboration: Collaborate with the team to shape the future of the ShopBack experience.
  • Technical Mentorship: Provide technical guidance and review code with strong mentoring skills.

23. Software Engineer Functions

  • Software Development: Develop high-quality software and web applications.
  • Solution Delivery: Build reliable solutions that meet functional and technical requirements.
  • Application Analysis: Work with team members to analyze existing software applications.
  • Application Maintenance: Maintain existing applications to ensure stability and performance.
  • Scalable Architecture: Design highly scalable software architectures.
  • Maintainable Code: Write testable code that supports long-term maintainability.
  • Defect Analysis: Discover programming bugs through analysis and testing.
  • Defect Resolution: Fix defects to improve overall software quality and reliability.

24. Software Engineer Overview

  • Code Quality: Develop stable, secure, and well-architected code.
  • Code Improvement: Leave the code in a better state than it was when starting.
  • Test Coverage: Ensure code is adequately tested.
  • Definition Done: Consider testing, security, stability, reliability, and monitoring to meet the team’s definition of done.
  • Engineering Practices: Continually improve engineering practices.
  • Continuous Deployment: Deploy code into production frequently with minimal disruptions to customers.
  • Timely Delivery: Deliver work within committed timeframes.
  • Feature Development: Develop new features that align with the target state.
  • Security Assurance: Ensure code has no security vulnerabilities when deployed into production.
  • Production Monitoring: Monitor the performance of deployed code in production.
  • Platform Ownership: Take ownership of technical solutions and platforms as a team.
  • DevOps Improvement: Continuously improve agile and DevOps practices within the team.
  • Safety Compliance: Act in accordance with health and safety standards and comply with safe working procedures.
  • Incident Reporting: Report any incidents, accidents, or hazards.
  • Team Safety: Ensure all team members act according to standards and operate safely.

25. Software Engineer Details and Accountabilities

  • UI Development: Analyze, design, and coordinate the development of modern, flexible UIs and RESTful services.
  • Product Collaboration: Work closely with Product and UX teams to transform complex requirements and mock-ups into scalable, tested, and reliable technical solutions.
  • Service Integration: Integrate with internal and third-party web services and components.
  • Engineering Processes: Follow and continuously improve engineering processes, including code reviews, deployment, and issue tracking.
  • Technical Documentation: Document application changes and updates.

26. Software Engineer Tasks

  • Web Application Design: Design, implement, and manage web applications that impact millions of users.
  • Modern Web Tech: Work in a shipping culture that leverages state-of-the-art web technologies.
  • Knowledge Sharing: Grow in an environment focused on knowledge sharing and code reviews.
  • Scalable Engineering: Learn software engineering practices for coding at scale, including static analysis, feature flags, and instrumentation.
  • API Development: Design and implement RESTful APIs.
  • Frontend Development: Build and deploy performant modern web applications using React, Redux, Webpack, ES6, and Flow.
  • Test Automation: Write unit, functional, and end-to-end tests.
  • Backend Development: Write high-quality code in Ruby on Rails and Go that communicates with upstream backend services via HTTP APIs.
  • Design Reviews: Participate in code and design reviews.

27. Software Engineer Roles

  • Industry Collaboration: Work with the team to promote genomics and support industry growth.
  • Platform Engineering: Contribute engineering solutions that advance genomics platforms and ecosystems.
  • Data Storage: Develop solutions focused on genomics data storage.
  • Data Governance: Design systems for effective management and governance of genomics data.
  • Technology Adaptation: Address challenges driven by advances in sequencing technology.
  • Data Analytics: Apply analytics techniques to extract insights from genomics data.
  • Machine Learning: Apply machine learning to unlock the full potential of genomics data.
  • Stakeholder Communication: Communicate with relevant stakeholders to align technical and scientific goals.
  • Scientific Enablement: Guide scientists in data exploration as trusted technical partners.

28. Software Engineer Additional Details

  • Java Development: Build and maintain large-scale Java applications on real-time, event-driven, distributed platforms.
  • Microservices Design: Develop API contract-first, microservices-based SaaS platforms.
  • Code Quality: Write high-quality production code with a strong focus on code quality.
  • Agile Practices: Participate in agile development lifecycle practices, including planning sessions, retrospectives, and peer review activities.
  • Problem Solving: Perform complex problem-solving in production and development environments by diagnosing and resolving issues.
  • Issue Tracking: Document issues reported by customer support by creating Jira tickets and investigating root causes.
  • On-Call Support: Remain available for on-call shifts to provide production support.
  • Node.js Development: Develop and support large-scale Node.js applications on real-time, event-driven, distributed, or transactional cloud and IoT platforms.
  • CI/CD Testing: Perform testing and deployment in a continuous integration and continuous development environment by driving test-driven development and enforcing build stability.
  • Technical Documentation: Document processes, system components, and APIs to enhance the internal knowledge base.

29. Software Engineer Essential Functions

  • Engineering Leadership: Lead an engineering team in the development of high-quality, maintainable, and scalable search services.
  • Service Delivery: Coordinate and guide the team through the design, development, deployment, and operation of services that enhance customer experience.
  • Cross-Team Collaboration: Collaborate within and across departments to remove roadblocks, facilitate progress, and enable the team to meet commitments.
  • Technical Decision-Making: Make high-judgment decisions regarding technology and strategic direction.
  • Engineering Excellence: Champion engineering excellence and drive improvements in the software development lifecycle within and across teams.
  • Quality Ownership: Take ownership of product quality and provide coaching and mentorship to team members.

30. Software Engineer Role Purpose

  • Test Infrastructure: Develop infrastructure frameworks to support platform regression testing.
  • Regression Design: Design regression frameworks that ensure stability and repeatability.
  • Automation Scripting: Develop automation scripts to control platform actions.
  • Test Automation: Automate test processes to improve reliability and efficiency.
  • Framework Integration: Develop automation scripts to integrate with the Beaker framework.
  • Web Application Development: Build web applications to manage multiple platforms.
  • API Development: Develop API microservices to enable framework communication.
  • Microservice Integration: Integrate microservices with testing and platform management frameworks.

31. Software Engineer General Responsibilities

  • Backend Development: Ship and maintain robust and scalable backend services in Java.
  • System Architecture: Design and create services and system architecture.
  • Code Quality: Help improve code quality through writing unit tests, automation, and performing code reviews.
  • Product Collaboration: Work with product and design teams to understand end-user requirements, formulate use cases, and translate them into pragmatic and effective technical solutions.
  • Technical Ideation: Participate in brainstorming sessions and contribute ideas to technology, algorithms, and products.
  • Team Feedback: Provide feedback to other team members.
  • Performance Optimization: Optimize application performance for maximum speed and scalability.
  • Problem Solving: Dive into difficult problems and successfully deliver results on schedule.

32. Software Engineer Key Accountabilities

  • Solution Delivery: Deliver high-quality solutions regularly.
  • Design Standards: Adhere to established design standards in all deliverables.
  • Code Quality: Write high-quality code that follows industry standards.
  • Architectural Compliance: Follow internal architectural standards consistently.
  • Peer Support: Support colleagues by providing regular and constructive code feedback.
  • Code Review: Review peer code to improve overall code quality.
  • Continuous Learning: Continuously grow knowledge of emerging technologies and practices.
  • Knowledge Sharing: Share technical knowledge to strengthen team capability and outcomes.

33. Software Engineer Roles and Details

  • Product Planning: Contribute to product development and roadmap planning.
  • Feature Ownership: Take proactive ownership of assigned products and features.
  • Architecture Definition: Help define software architecture for new applications and features.
  • Architecture Implementation: Develop architectural designs into working software solutions.
  • Full Lifecycle Development: Engineer and code features across the full development lifecycle.
  • UI Enhancement: Polish user interfaces to deliver high-quality user experiences.
  • Quality Improvement: Improve product quality by fixing bugs and refactoring codebases.
  • Library Expansion: Expand shared libraries to improve engineering efficiency and effectiveness.
  • Technology Awareness: Stay current with new mobile technologies and industry trends.
  • Technology Evaluation: Evaluate and test emerging technologies to improve productivity and developer experience.

34. Software Engineer Responsibilities and Key Tasks

  • Connector Development: Implement a new Heroku connector to simplify DNS and domain setup for Netlify-hosted systems.
  • Code Standards: Craft code that adheres to internal standards for style, maintainability, and best practices in a high-scale web environment.
  • Code Reviews: Maintain and promote these standards through code reviews.
  • Feature Improvement: Incrementally improve features based on customer feedback.
  • Customer Support: Provide direct support to customers and participate in on-call rotations.
  • Support Documentation: Create a new support document explaining how to use the Heroku Connector.
  • Marketing Updates: Update existing marketing pages to mention the new feature added to Let’s Encrypt certificates.

35. Software Engineer Duties and Roles

  • Code Reviews: Conduct regular code reviews on teammates' contributions to the company codebase.
  • Constructive Feedback: Provide constructive feedback to improve code quality and consistency.
  • Technical Brainstorming: Participate actively in brainstorming sessions to shape effective solutions.
  • Agile Participation: Engage in standup meetings to align progress and priorities.
  • Cross-Functional Support: Operate across cross-functional teams to support technical analysis.
  • Requirements Discussion: Discuss requirements and solutions with internal clients and software engineers.
  • Feature Planning: Plan the implementation of new features based on technical and business needs.
  • Development Support: Handle software-related questions to support smooth development and delivery.

36. Software Engineer Roles and Responsibilities

  • Cross-Functional Partnership: Partner with multidisciplinary teams, including technical writing, user experience, project management, and quality assurance.
  • Product Development: Build scalable products from inception through completion.
  • Problem Solving: Solve challenging problems using cutting-edge technologies.
  • Java Engineering: Work as a software engineer using Java and related technologies such as Spring Framework, Spring Boot, Spring Cloud, and Netflix OSS.
  • Global Collaboration: Collaborate with globally distributed engineering teams.
  • Initiative Ownership: Drive ownership of internal initiatives and engineering objectives.
  • Stakeholder Relations: Build strong relationships through direct communication with customers and stakeholders.
  • Team Mentorship: Mentor and coach team members to support collective growth.
  • Engineering Culture: Drive engineering culture across teams.
  • Best Practices: Advocate for best practices to ensure high-quality software solutions.

37. Software Engineer Duties

  • Real-Time Design: Design real-time software, APIs, and firmware components.
  • Solution Implementation: Implement and test software, API, and firmware solutions.
  • Embedded Optimization: Optimize software and firmware for performance and memory utilization on embedded DSP platforms.
  • Performance Assurance: Ensure designs meet defined performance and reliability requirements.
  • Test Collaboration: Collaborate with DSP and QA teams to execute unit and system testing.
  • Signal Testing: Conduct testing using signal generators, test vectors, and vector signal analyzers.
  • Global Collaboration: Work with globally distributed R&D and software validation teams.
  • Verification Support: Coordinate with test teams to support end-to-end verification activities.
  • Customer Collaboration: Work with customers to gather feature requirements and support enhancements, and R&D efforts.

38. Software Engineer Details

  • Requirements Gathering: Gather requirements for JavaScript-based components and applications within the PlayStation ecosystem.
  • Technical Design: Craft technical solutions that align with product and platform needs.
  • Feature Ownership: Own features from design through implementation.
  • Design Analysis: Analyze design requirements with a focus on testability, scalability, and performance.
  • Quality Assurance: Build solutions that meet quality and reliability standards.
  • Unit Testing: Write unit tests to validate individual components.
  • Integration Testing: Write integration tests to ensure end-to-end functionality.
  • Independent Collaboration: Work independently while collaborating with junior engineers to optimize existing solutions and develop new features.

39. Software Engineer Responsibilities

  • Best Practices Coaching: Work with teammates to improve their understanding of Android best practices.
  • Knowledge Sharing: Share knowledge to raise overall mobile engineering capability.
  • Code Standards: Set code and performance standards through code reviews.
  • Architecture Guidance: Participate in technical discussions to guide architectural decisions.
  • End-to-End Development: Build innovative user experiences end-to-end.
  • Architecture Evolution: Evolve mobile architecture to improve development efficiency.
  • Agile Delivery: Deliver production-ready code quickly in an agile environment.
  • Feature Iteration: Iterate continuously on product features based on feedback.
  • Team Collaboration: Collaborate with diverse team members to give and receive constructive feedback.

40. Software Engineer Accountabilities

  • Browser Development: Work with the team to develop the browser based on the current development schedule.
  • Software Maintenance: Maintain and improve existing software.
  • Functional Testing: Perform testing to ensure robust functionality and optimization.
  • Regression Testing: Conduct regression testing and create test cases to ensure quality control of the final product delivered to clients.
  • Change Management: Maintain and update all software logs and design changes.
  • Process Compliance: Follow established procedures for implementing products or services.
  • Technical Documentation: Produce and maintain technical documentation for both current and new software development.
  • Issue Resolution: Research and troubleshoot software and development issues and collaborate with the team to provide solutions.
  • Product Improvement: Propose product improvements for discussion with the team.
  • Client Prioritization: Prioritize client-related issues even without direct client interaction.
  • Client Support: Assist, support, and troubleshoot client system issues related to product performance.
  • Access Control: Avoid accessing any client server or system without express permission from both the client and the Technical Project Manager or Azure Specialist.
  • Team Support: Offer support and assistance to development and support teams.
  • Technical Query Management: Support the management of client queries on a technical level only.
  • Meeting Preparation: Prepare relevant meeting materials for stakeholders.
Relevant Information
What Does A Director of Software Engineering Do?
What Does A Full Stack Software Engineer Do?
What Does A Software Developer Do?
What Does A Software Tester Do?