Top Software Engineer Jobs in Indianapolis, IN

The Senior Software Engineer will design, develop, and maintain backend applications and systems, mentor junior engineers, and engage with stakeholders to deliver quality solutions.

Lead engineering for an AI-native EMR product, align execution with product and architecture, oversee API and data-model design, manage third-party vendors, mitigate cross-team risks, analyze performance metrics, and mentor engineering leadership to deliver market-leading clinical workflows and AI orchestration.

The Senior Backend Engineer will design and maintain data solutions, optimize infrastructure, and support analytics tools and dashboards, while collaborating with cross-functional teams.

The role involves building and maintaining ML pipelines, optimizing workflows, and contributing to product strategy with a focus on usability.

Develop scalable applications for an AI-driven Talent Intelligence Platform, focusing on both front-end and back-end development, while integrating AI features.

Responsible for architecting, developing, and maintaining full-stack applications. Collaborate with teams, participate in design discussions, and utilize AI coding tools.

As a Fullstack Software Engineer, you'll design, build and own the onboarding experience for Twilio's Stytch identity product, creating secure integration solutions for developers and enhancing customer authentication.

As an AI Product Engineer, you'll build full-stack AI applications, collaborate with teams, engage with users, implement AI features, and own product features end-to-end.

You will own the delivery of AI features, design and build applications utilizing LLMs, and work across the tech stack with a focus on user experience.

Design, develop, and deliver scalable backend systems and components using .NET 10 and C#. Build and maintain databases and messaging infrastructure (PostgreSQL/SQL Server, RabbitMQ), deploy with Docker and AWS, apply DDD and ORMs, triage/prioritize work, and contribute to distributed, event-driven architecture with emphasis on reliability and idempotency.