Associate Software Engineer, Ctlt

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• Contribute to the full software development lifecycle: requirements gathering, architecture design, coding, testing, deployment, and maintenance. • Own the design system end-to-end: tokens, components, patterns, and documentation ensuring every visual decision is intentional, consistent, and aligned with established branding guidelines. • Design all new features and screens before implementation: wireframes, high-fidelity mockups, interactive prototypes, and detailed specs for developer handoff. • Define and document UX flows across student-facing and faculty-facing interfaces, including every loading, empty, error, and role-based access state; no screen is an afterthought. • Translate designs into production-quality code using React (TypeScript) and utility-first CSS, adhering strictly to design tokens and component architecture standards. • Implement the frontend API abstraction layer: typed data-fetching hooks, TypeScript contracts aligned with backend API specs, and mock data flows that allow frontend development to run in parallel with backend delivery. • Build reusable, composable components that serve multiple contexts across the platform if it cannot be reused; it does not ship as a shared component. • Implement all form logic with schema-based validation, ensuring field-level correctness, async validation, and consistency between frontend and backend contracts. • Collaborate with the Backend Engineer on API contracts and integration points from day one, wiring real endpoints as they are shipped. • Provide full-stack coverage during periods when the Backend Engineer is unavailable, including API debugging and cross-stack issue triage. • Troubleshoot issues across the stack, with a primary focus on frontend integrity, UI performance, and user-facing correctness. • Maintain clear documentation of components, design decisions, and data flows for long-term maintainability. • Stay current with design trends, frontend technologies, and accessibility standards and actively apply that knowledge to raise the quality bar of the platform. • Support the integration of AI-powered features by building interfaces that surface AI-generated content in a way that is clean, trustworthy, and immediately understandable to the end user. • Bachelor’s degree in Software Engineering, Computer Science, Computer Engineering, Information Technology, Human-Computer Interaction, or related field.