Top Biotech Software Engineer Jobs

Leads technical vision and roadmap for Freenome’s cloud platform, designs and operates scalable Kubernetes-based systems, and drives cross-team initiatives. The role troubleshoots complex platform issues, improves reliability and cloud-cost efficiency, supports AI adoption, and builds secure infrastructure for AI and data workflows. It also mentors engineers, partners with scientific and technical teams, and remains hands-on with architecture, coding, design reviews, and operations.

Designs, develops, tests, maintains, and supports Salesforce-based CRM solutions for Lilly’s Consumer Services team. Translates patient-support workflows into scalable applications, ensures data integrity and platform integrations, troubleshoots incidents, documents architectures and configurations, and drives continuous improvement. The role collaborates with technical and non-technical stakeholders to deliver secure, high-performing digital experiences for patients and caregivers.

Leads the design, development, implementation, testing, integration, maintenance, and continuous improvement of manufacturing execution systems for a pharmaceutical manufacturing site. Connects production operations with enterprise systems, ensures reliable data flow, supports GMP and FDA compliance, troubleshoots technical issues, and collaborates with cross-functional teams. The role also mentors technical staff and helps modernize MES capabilities in an automated manufacturing environment.

Develop and maintain Java software applications for an Air Force project. Responsibilities include architecture, implementation, testing, troubleshooting, peer reviews, version control, documentation, and end-user support. The role requires collaboration with government customers and software engineering teams to integrate and evolve mission systems. Candidates should have a STEM bachelor’s degree, Java experience, and the ability to obtain and maintain a TS/SCI clearance.

Develop and maintain modern C++ and Python software for embedded Linux sensor systems using ARM processors and FPGA-based hardware. Lead hardware-software integration, automated testing, calibration, data collection, and analysis. Troubleshoot multidisciplinary integration issues, support research prototypes and technical demonstrations, participate in design and code reviews, and mentor junior engineers. The role requires U.S. citizenship, a bachelor's degree, and eligibility to obtain and maintain a TS/SCI clearance.

Develop and test C++ and Python software for embedded Linux systems supporting Air Force sensor research. Integrate software with FPGA components, hardware accelerators, and high-speed sensor interfaces. Build testing frameworks, Python hardware-control utilities, and data-analysis tools. Contribute to software deployment, configuration management, code reviews, and troubleshooting across hardware and software systems. Support laboratory experiments, field demonstrations, and technical customer reviews.

Leads the architecture, development, quality, reliability, and release readiness of scalable software products and services. Makes high-impact technical decisions, establishes testing and coding standards, diagnoses production issues, manages technical debt, and guides deployment strategy. Mentors engineers, coordinates with adjacent teams, documents architecture, supports hiring, and collaborates with medical directors, laboratory scientists, product managers, and project managers to align technical solutions with clinical needs.

Modernize and evolve a production React Native mobile application with reliable offline-first functionality, local data storage, synchronization, BLE device integrations, scalability, and performance. Design and maintain application features, contribute to architecture and engineering standards, collaborate cross-functionally, mentor developers, provide technical leadership, and engage customers to understand farm workflows. The role is remote within the United States and includes occasional customer farm visits.

Designs and develops scalable customer-facing web applications and microservices APIs. Responsibilities include complex system architecture, code reviews, mentoring, technical design, stakeholder collaboration, database optimization, system maintenance, compliance support, and promoting engineering best practices. The role requires Java and enterprise web development experience, with exposure to cloud technologies, front-end frameworks, Docker, REST APIs, event-driven architecture, and CI/CD.

The Application Developer IV will architect and build features for Addgene’s digital products, lead complex initiatives, improve system reliability and performance, and maintain data integrity. Responsibilities include designing Django applications, database optimization, production migrations, test strategy, search and machine-learning feature integration, and evaluating AI tools. The role also involves mentoring engineers, reviewing code, communicating tradeoffs, and driving initiatives from discovery through delivery.

Modernize and evolve a large-scale React Native mobile application with reliable offline-first functionality, local data storage, synchronization, BLE device integrations, scalability, and performance improvements. The role includes architecture leadership, testing, cross-functional collaboration, code reviews, mentoring, customer engagement, and occasional farm visits to understand workflows.

Build and operate full-stack software supporting scientific workflows, laboratory automation, experimental data, and researcher applications. Responsibilities include designing web frontends, backend services, APIs, databases, and cloud infrastructure; integrating laboratory and enterprise systems; developing and evaluating AI agents; and owning solutions from requirements through production support. Collaborate with scientists, automation engineers, designers, and software teams while improving architecture and engineering practices.

Supports, administers, enhances, and troubleshoots manufacturing and business applications, databases, interfaces, servers, and network infrastructure. Leads application security, access controls, testing, upgrades, change management, user training, and technical support. Defines project requirements, develops interfaces and workflows, coordinates vendors and stakeholders, resolves defects, and maintains long-term technology roadmaps for plant systems.