Tech Lead, AI Engineer (Applied​/Software), Software Architect

Hybrid

At CSC, we are seeking a skilled .NET Tech Lead to join our engineering team. In this role, you will design, build, and maintain robust solutions for the Global Trust and Agency business domain. The ideal candidate brings strong .NET expertise, a commitment to code quality, and the ability to collaborate effectively across cross‑functional teams. Global Trust and Agency provide trustee, agency, and fiduciary services across structured finance, debt capital markets, and corporate trust transactions worldwide.

This role supports development of a global platform within the Global Trust and Agency domain enabling CSC’s global operations.

• Lead the design, development, and delivery of scalable, secure, and maintainable applications using C# and .NET technologies.
• Provide technical leadership and architectural guidance across modern web applications, cloud‑native services, APIs, and enterprise platforms.
• Drive engineering best practices, code quality, design reviews, CI/CD adoption, and technical decision‑making across development teams.
• Champion AI‑assisted development, AI‑enabled solutions, and AI‑augmented SDLC practices to improve productivity, quality, and business outcomes.
• Mentor engineers and collaborate with global cross‑functional teams to deliver complex initiatives while driving innovation and continuous improvement.

• 8+ years of experience designing and developing enterprise applications using C# and .NET technologies, including experience leading complex software initiatives.
• Strong expertise in software architecture, object‑oriented design, modern web development frameworks (Blazor, React, Angular, or Vue), and cloud‑native application development.
• Extensive experience with Entity Framework Core, SQL Server, application performance optimization, Git, CI/CD pipelines, and Agile delivery practices.
• Practical experience leveraging AI‑assisted development tools and implementing AI‑enabled applications, intelligent workflows, or agentic solutions.
• Strong understanding of Large Language Models (LLMs), RAG architectures, semantic search, vector databases, prompt engineering, and agentic AI patterns.
• Hands‑on experience designing and delivering AI‑enabled products, intelligent workflows, and enterprise AI solutions.
• Experience building AI agents that support software development, testing, quality engineering, security, operational automation, or business processes.
• Strong knowledge of Azure AI Foundry, Azure OpenAI Service, and modern AI/ML ecosystems.
• Proven ability to establish and scale AI‑augmented software development life cycle (SDLC) practices with measurable business outcomes.
• Experience evaluating AI‑generated outputs, implementing governance controls, and mitigating AI‑related risks.
• Ability to provide technical leadership and strategic guidance on AI adoption and innovation initiatives.
• Preferred:
  Experience with Azure Functions, Docker, Kubernetes, MediatR, Clean Architecture, CQRS, Fluxor, Polly, Playwright, and related modern engineering frameworks and practices.
• Preferred:
  Expertise with Playwright for UI, API, integration, and database testing.
• Preferred:
  Experience with performance engineering and testing tools such as Artillery, JMeter, K6, or Locust.

#CSC #CSCCareers

CSC is a global business, legal, and financial services company based in Wilmington, Delaware, USA, providing knowledge‑based solutions to clients worldwide. We have offices and capabilities in over 140 jurisdictions in the Americas, Europe, Asia Pacific, and the Middle East, and more than 8,000 colleagues. We are the business behind business.®

Visit our careers site to learn more about CSC and our commitment to our clients, communities, and each other.

CSC is committed to creating a feeling of belonging through a diverse and growth‑oriented environment where everyone is valued.

CSC colleagues have global career opportunities and excellent benefits, including annual success‑sharing bonuses or commission plans based on individual performance. To learn more, visit …