Instrument Control Software Engineer

Our mission at Ansa Biotechnologies is to revolutionize the way we make DNA. Compared to reading or editing life’s code, writing new code from scratch has remained one of the field’s most elusive challenges. At Ansa, we are putting nature to work, creating novel enzymatic solutions that will redefine how we build DNA. We believe that the biggest challenges our world faces will be solved using biotechnology and that DNA synthesis is the fuel for that transformation. Our enzyme-based approach (published in Nature Biotechnology ) promises to dramatically accelerate innovation in biological research and biotechnology, including therapeutics, diagnostics, biomanufacturing, and synthetic biology. We look forward to our DNA products making an impact. About the Role We are seeking a versatile Instrument Control Software Engineer to architect and develop the software backbone of our custom hardware systems. This role is a bridge between complex scientific discovery and robust engineering—you will translate high-level research goals into high-performance, production-ready instrument control systems. The ideal candidate thrives in an interdisciplinary environment where software, chemistry, and high-precision automation intersect. You are as comfortable discussing fluidics requirements with a scientist as you are finding a race condition in a serial communication library. We are looking for someone who is curious, adaptable, and excited to learn. We don’t expect you to have experience in every single item listed, but if you are enthusiastic about the prospect of gaining that experience in a highly collaborative environment, you are exactly who we want to talk to. We value engineers who are proactive, resourceful, and ready to contribute to success across the entire product lifecycle. Key Responsibilities Software Architecture & Development: Design, build, and test production-grade software for custom in-house instrumentation using C# and WPF . Requirement Translation: Act as the technical liaison for the scientific team; extract user needs and translate them into formal software and functional requirement specifications. Hardware Integration: Develop interfaces for off-the-shelf and custom hardware using third-party APIs, SDKs, and .NET wrappers. Full-Stack Ownership: Take ownership of the software lifecycle, from gathering requirements to maintaining documentation and tracking progress in Jira. Collaborative Innovation: Work closely with mechanical and electrical engineers, scientists and manufacturing staff to debug hardware/software interfaces and ensure seamless system integration. Required Qualifications Education: Bachelor’s degree in Computer Science, Computer Engineering, Mechanical Engineering, or a related technical field. Experience: 5–8+ years in software engineering with a proven track record of developing software that controls physical hardware. Core Tech Stack: Advanced proficiency in C#, .NET; experience with WPF is a plus. Instrumentation: Direct experience building custom instrumentation software and integrating with third party devices. Preferred Skills Sensor Selection & Integration: Proven ability to evaluate and integrate sensors (pressure, flow, optical, encoders) based on requirements, signal-to-noise ratios, and chemical compatibility. Communication Protocols: Hands-on experience implementing drivers for communicating with third party devices with RS232, RS485, CAN or vendor provided libraries Data & Persistence: Experience with Entity Framework Core (EF Core) and relational database design (SQL) for run-history logging and telemetry. Embedded: Experience developing firmware for embedded devices in C or C++ for the STM32 family of chipsets Vision Inspection: Familiarity with vision inspection using tools like OpenCV or Cognex VisionProElectrical: Familiarity with reading electrical schematics and ability to troubleshoot electrical systems Regulatory & Process: Professional experience working within a formal V&V f