Software Engineer, Full-Stack & DevOps (all genders, full time)
Role details
Job location
Tech stack
Job description
As a Software Engineer at IRUBIS you will develop on-device software with modern technology and improve our internal infrastructure. Apply to IRUBIS and be part of a great team that aims to revolutionize the way biopharmaceuticals are produced! Tasks
- Develop and maintain our full-stack application using FastAPI and React/Next.js
- Maintain and improve our Linux-Based Infrastructure
- Improve internal tooling and automation workflows using Ansible and Streamlit
- Develop and maintain CI/CD pipelines with GitHub Actions
- Integrate software and hardware components
- Collaborate closely with hardware, application, and sales teams
Requirements
- At least 2 years of professional experience in software development
- Strong programming skills in Python and TypeScript
- Experience writing clean, maintainable code and software tests
- Solid experience with Git and version control workflows
- Practical experience with CI/CD pipelines
- Confidence working with Linux-based systems
- Proficiency in English
- Nice to Have: Experience in developing software for physical hardware; Experience with managing infrastructure
Benefits & conditions
- Modern office space centrally located in Munich
- Flexible working hours, a great team, and flat hierarchies
- Hybrid work model, offering up to 50% work from home
- Stay fit and energized with EGYM Wellpass access, fruit basket and refreshing drinks
- Company events: enjoy summer & christmas parties and our traditional Wiesn visit
Does all sound interesting to you? Then send us your curriculum vitae without a personal photo in a PDF document. Start time: May-June Location: Bayerstraße 85a, 80335 Munich IRUBIS GmbH IRUBIS is a company that specializes in mid-infrared (MIR) spectroscopy for bioprocessing. We have designed an instrument, Monipa, specifically for bioprocess monitoring and control. Monipa is based on MIR spectroscopy, making it possible to monitor multiple bioprocesses in real-time and continuously. Our instrument's applications are foreseen in both upstream and downstream bioprocessing. These include multiple metabolite monitoring and control in upstream processing. In addition, contaminant detection or monitoring of target proteins and excipients can be aided in downstream processing.