Top Software Engineer Jobs in Ann Arbor, MI

Build and optimize backend data pipelines and calculations for 7M+ securities using Python/Django. Implement Airflow pipelines, pandas/Celery-based async calculations, database query tuning, caching, scalable data models, incident investigation, code reviews, and cross-team collaboration to ensure timely, accurate financial data.

Build, operate, and scale backend systems for card issuing and transaction processing. Break down projects, collaborate with product and cross-functional teams, write tested extensible code, support monitoring and on-call operations, and participate in team growth activities including interviews.

Build and own end-to-end patient onboarding features that improve acquisition, registration, eligibility verification, and conversion. Partner with Product, Design, Analytics, and engineers to run experiments, ship scalable frontend/backend systems, optimize performance and resilience, and iterate based on data to improve patient outcomes.

Lead frontend-leaning full-stack implementation work for carrier and enterprise integrations: architect reusable UI and API layers, author RFCs, guide technical delivery, enforce testing and security best practices, and partner with cross-functional teams to scope and ship production integrations.

Build and own Eve's marketing site and GTM engineering stack: integrate and optimize external tools, design AI agents for sales and marketing, implement webhooks and middleware to sync product/CRM data, and create programmatic campaigns and internal tools in partnership with Marketing, Sales, RevOps, and Product to drive growth and automation.

Design and implement secure, scalable backend services for voice agents, integrate AI models and telephony, improve inference, debug concurrent systems, and collaborate with Product to deliver features end-to-end.

As a Senior Software Engineer in Trust & Safety, you'll analyze threats, design systems for abuse detection, and collaborate with teams to implement scalable defenses.

Design, implement, and test embedded control algorithms and software for electrified vehicle propulsion systems. Translate requirements into mechatronic control software, create and execute verification tests across controller, system, and vehicle levels, and contribute to scalable GM software platforms using model-based tools and automated test environments.

Lead development, integration, and validation of embedded transmission control algorithms and software. Translate requirements into designs, implement and test in SIL/HIL/bench environments, troubleshoot issues, collaborate with calibration, systems, and validation teams, and provide technical leadership to deliver production-ready controls that meet GM software standards.

Lead and support ATW projects for ICE propulsion controls: define requirements, develop controller software and calibrations, verify on SIL/HIL, engine carts, dyno or vehicles, and perform emissions testing to meet regulatory and performance targets.

The role involves designing and developing embedded control algorithms for vehicle and non-vehicle applications, while providing technical leadership. Responsibilities include testing complex controls, collaborating with engineers, and ensuring compliance with specifications.

Design, develop, and implement embedded control algorithms for vehicle and non-vehicle applications, collaborating across teams and managing technical issues.

The Embedded Software Quality Assurance Engineer focuses on ensuring software quality through testing and debugging of embedded systems for electric motors and battery management.

Design, build, and maintain scalable, reliable full‑stack systems. Contribute to API and architecture design, write testable code, debug complex issues, improve performance, automate deployments, and mentor junior engineers while collaborating with cross‑functional teams.

Design, build, and maintain scalable, reliable systems and APIs across a primarily TypeScript stack. Deliver features independently, improve performance and observability, contribute to architecture and CI/CD, debug complex issues, and mentor junior engineers while collaborating with cross-functional teams.

Build and maintain scalable integration and end-to-end test automation frameworks, optimize CI pipelines and test execution, improve test stability and reporting, support engineering teams with triage and best practices, write technical specs/ADRs, participate in on-call rotation, and collaborate cross-functionally to evolve the company test strategy.

Support and modernize the OPTIMUS CI/CD platform for embedded software production by designing automation pipelines, enforcing repository and build standards, improving reliability and security across GitHub, Artifactory, and Azure, monitoring platform health, collaborating with cross-functional teams, and troubleshooting build/test/integration issues to improve developer productivity and software quality.

Design, implement, test, and maintain embedded engine and transmission control software using C and Simulink. Collaborate with controls, systems, and validation teams, lead software quality and testing (unit, integration, BDD/TDD), author design documents, mentor engineers, and support Agile/SAFe delivery.

Develop and implement full stack features for a healthcare platform, focusing on both frontend (React) and backend (Node.js) development. Responsible for performance optimization, API creation, testing, and collaboration with data engineering teams.

Develop, implement, and maintain robust software from algorithm prototypes for remote sensing (SAR/electro-optical). Participate across the SDLC, troubleshoot issues, collaborate with scientists, and support product quality and deployment while learning domain techniques.

As a backend engineer, you will enhance data collection systems to ensure reliability and scalability, working closely with engineering and mission teams.

Design, build, and operate cloud-native backend systems and large-scale data ETL pipelines for ADAS simulation and analytics. Develop APIs, data schemas, automation, and testing strategies; collaborate with product and engineering teams, write technical documentation, and deliver features through the full software lifecycle.

Hands-on technical leader for embedded chassis controls software: deliver C/C++ real-time control software, build tools and CI/CD, drive architecture and test strategies, mentor engineers, improve developer workflows, and lead cross-team process and automation improvements to raise software quality and productivity.

Design, develop, and verify embedded software for high-voltage energy transfer in electrified vehicles. Implement physics-based controls, diagnostics, and controller communication using C and MATLAB/Simulink. Apply BDD/TDD and automated test tools to validate functionality at controller, system, and vehicle levels. Hybrid role (3 days in-office).

Lead validation testing for ADAS controllers, collaborate with teams to develop test plans, manage projects, and ensure timely delivery of validation results.