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A Software Engineer I is an entry-level engineer focused on building strong technical fundamentals, delivering assigned tasks with guidance, and learning engineering best practices. The role emphasizes clean coding, testing basics, structured learning, collaboration, and professional communication.
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| Tracks | Description |
|---|---|
| Technical Excellence | Consistently write clean, maintainable code and follow coding standards. Regularly participate in code reviews. Understand testing basics |
| Project Delivery | Update the project management tool with your progress. Make sure your tasks and statuses are up to date so the team can see what you’re working on. |
| Team Collaboration & Growth | Be proactive in helping your teammates. Offer constructive feedback and support others when they need a hand. |
| Client Awareness & Professionalism | When you do have client-facing interactions, communicate clearly and professionally. If you're missing a stand-up or a meeting, make sure the team gets a heads-up with a quick message. |
| Key Areas | Expected Responsibilities |
|---|---|
| Programming Fundamentals | Writes simple, correct code using basic language constructs and refines it with AI-assisted feedback while applying foundational engineering principles under guidance. |
| Code Quality and Standards | Leverages AI tools to review code for readability, naming conventions, formatting, and basic error handling before submitting for review. |
| Improves code clarity and maintainability by incorporating AI-suggested refactors while adhering to team-defined coding standards. | |
| Version Control (Git) | Follows team-defined branch naming conventions. |
| Understands and follows the team’s Git flow or branching strategy. | |
| Writes clear, meaningful commit messages with the help of AI to accurately describe code changes. | |
| Debugging and Testing Basics | Uses AI tools alongside IDE debugging features to identify root causes of errors and understand stack traces. |
| Writes simple unit tests with AI assistance and uses AI to reason about edge cases, test coverage, and expected behavior. | |
| Stack & Framework Fundamentals | Demonstrates a solid understanding of the core concepts and building blocks of their primary stack (language, framework, runtime). |
Applies standard, idiomatic patterns recommended by the framework instead of ad-hoc or hacky solutions.
Can explain their implementation choices at a fundamental level (what it does, why it works).
Actively closes knowledge gaps through documentation, experimentation, and feedback; avoids repeating basic mistakes.
Uses AI tools to accelerate learning and implementation, while verifying correctness through testing, logging, or reproducible checks
Examples Frontend: understands state management basics, rendering/re-rendering triggers, component composition, hooks/lifecycle, event handling, basic performance pitfalls, accessibility basics. Backend: understands HTTP fundamentals, auth basics, API contracts, error handling, data validation, caching basics, concurrency basics as relevant, and logging/observability basics. AI/Agents: understands prompt structure, grounding/context management, deterministic vs stochastic outputs, basic eval methods, hallucination failure modes, tool calling patterns, and safe output constraints. Full-stack: can explain the request path end-to-end at a high level (UI → API → service → storage/tooling) even if they implement only parts of it. | | AI-Assisted Development | Uses AI tools effectively to generate code, write tests, and explore solutions; validates AI output before committing; recognizes common AI mistakes (hallucinated APIs, incorrect edge cases) |
| Areas | Expected Responsibilities |
|---|---|
| Task Execution | Completes well-defined tasks within agreed timelines and follows guidance from senior engineers. |
| Estimation Awareness | Provides basic effort inputs with support and understands how estimation affects planning |
| Requirement Understanding | Reads, clarifies, and confirms requirements before coding; asks questions early. |
| Progress Reporting | Regularly updates task status using project tracking tools and communicates progress proactively. |
| It is important that engineer proactively communicates delays in finishing tasks as it helps lead or the PM to run the project plan better. | |
| Issue Escalation | Flags blockers, delays, or uncertainties early to avoid schedule disruptions. |
| Areas | Expected Responsibilities |
|---|---|
| Team Collaboration | Works cooperatively with teammates and actively participates in team discussions. |
| Code Review Participation | Submits code for review and incorporates feedback constructively to improve quality. |
| Learning and Skill Development | Participates in training sessions, learning programs, and self-development activities. |
| Feedback Acceptance | Seeks feedback proactively and applies it to improve performance and habits. |
| Knowledge Sharing | Shares useful learnings, tools, and resources with team members to support collective growth. |
| Areas | Expected Responsibilities |
|---|---|
| Client Awareness | Understands client objectives, project goals, and expected outcomes with guidance. |
| Professional Communication | Communicates clearly and professionally in client interactions under supervision. |
| Feedback Handling | Records, understands, and shares client feedback accurately with the team. |
| Task Readiness for Client Use | Ensures work delivered to clients is clean, tested, and meets expected standards with support. |