Skip to main content

CAREER · CURRENT ROLE

Atena

Jr. Software Engineer

At Atena, I work mainly on .NET backend services and also contribute to an Angular administrative frontend in an existing fintech product.

CURRENT FINTECH Jan 2026 – Present
Official website opens in a new tab

SELECTED CONTRIBUTIONS

  1. 01 Work mainly on .NET backend services and also contribute to an Angular administrative frontend in an existing fintech product
  2. 02 Implement and maintain API, authorization, integration and frontend changes across existing product workflows
  3. 03 Coordinate contract changes when backend services and frontend or service consumers need to evolve together
  4. 04 Use tests, compiler feedback and static analysis to identify affected code and validate regression-prone changes

WORKING ON EXISTING SYSTEMS

Backend services, frontend features and integrations

DEBUGGING

Debugging across service and data boundaries

When a problem crosses layers, I trace the affected flow through callers, services and data before choosing the change. If the system cannot determine the correct state safely, I prefer an explicit error to silently returning a plausible but wrong answer.

AUTHORIZATION + INTEGRATION

Authorization and service integration

Authorization and contract changes can affect more than one consumer. I check tenant scoping and the callers that depend on the behavior so backend, frontend and service consumers evolve together when a contract changes.

VALIDATION

Regression validation

I use tests, compiler feedback and static analysis to identify affected code and check the behavior I changed. For regression-prone fixes, I sometimes remove the change temporarily to confirm the new test fails for the intended reason. If new evidence points to a different cause, I update the diagnosis instead of keeping the first explanation.

ENGINEERING FOCUS

TECHNOLOGIES

  • .NET 8
  • Entity Framework Core
  • Angular 19
  • Signals
  • TypeScript
  • SQL Server

PRACTICES

  • Typed API Contracts
  • Unit Testing
  • CI/CD