Software Entwickler (all genders)
Nanofactory, Haar
Full-time
Permanent employee
Introduction
Take ownership of the development of the core software application for a new microscope platform. In this role, you will define and implement both the technical software foundation and an innovative, user-centric graphical user interface tailored to diverse market and customer requirements. Leveraging your deep expertise in software development and GUI design, you will transform complex user needs into intuitive, high-performance solutions and make a significant contribution to the long-term success of the product.
Your Responsibilities and Duties
- Define, design, and implement the software, including the overall architecture of a new microscope platform, building on existing solutions where appropriate
- Design and implement an innovative, user-centric graphical user interface (GUI)
- Translate complex customer, user, and market requirements into intuitive and powerful software solutions
- Ensure high levels of system performance, stability, and scalability
- Collaborate closely with hardware, system, software, and physics teams to seamlessly integrate existing and new software components
- Foster knowledge sharing, continuous improvement, and sustainable technical documentation
Your Skills and Qualifications
- Degree in Computer Science, Software Engineering, or a related field
- Several years of experience developing complex software applications, ideally for imaging systems with significant user interaction
- Strong expertise in modern software engineering practices, including software architecture, interfaces, performance optimization, maintainability, testing, and CI/CD
- Extensive experience in GUI design, usability concepts, and user-centered design
- Apply deep expertise in C#/.NET, C++, and Python development
- Experience with GUI development for Windows (.Net/WPF) is required, experience with alternatives like Blazor is desirable
- Additional experience with development of crossplatform applications for Windows and Linux is desirable
- Experience with C++/Python image acquisition and processing, libraries like OpenCV/Intel IPP is desirable
- Experience with CUDA development, hardware control, framegrabbers, FPGAs is a plus
- Excellent communication and collaboration skills
- Structured, quality-focused, and solution-oriented working style
- Professional proficiency in English. German language skills are considered an advantage
What we Offer
- An exciting position at an internationally active, established mid-sized technology company with flat hierarchies and short decision-making paths
- Flexibility to work in a goal- and results-oriented manner within a collaborative, open, and respectful environment
- Support for flexible working hours and remote work, plus 30 days of annual vacation
- A structured onboarding process tailored to your needs, including support from your personal attoBuddy
- A strong commitment to lifelong learning through targeted development and training opportunities
- A state-of-the-art office building with excellent access to the Munich S-Bahn network, employee parking, JobRad bicycle leasing (JobRad), bicycle parking, and shower facilities
- Attractive employee discounts through Corporate Benefits
- Regular company and team events that foster collaboration and team spirit.
- Comprehensive health and wellbeing support through attoCare, company pension plans, health days, and the option of an EGYM membership
- Complimentary fresh fruit and beverages, plus subsidized freshly prepared meals in our company restaurant
Final sentence
Ready for your next career step? Join our team and help shape the future of precision technology. We look forward to getting to know you!
contact person
Sarah Bortoli
About us
attocube systems GmbH is internationally renowned for innovation and excellence in the development, production and distribution of sophisticated solutions for nanotechnology applications in industry and research. The portfolio includes ultra-precise nano-drives, sensors, cryostats and holistic microscope systems that work close to the limits of what is physically and technically feasible.