Research Engineer – Real-Time Imaging
- Status
- Open
- Remote policy
- Not stated
- Employment type
- Full-time
- Salary
- Not stated
- Categories
- C++, Ultrasound, Medical Imaging, Real-Time Imaging, Data Streaming, Image Processing, Hardware Integration, Software Integration, Computer Vision, Medical Engineering, Research Engineer
- Source
- arbeitnow
- First observed
- 2026-10-01 21:35 UTC
- Last seen
- 2026-10-01 22:45 UTC
- Source claims posted
- 2026-10-01 20:09 UTC
- Consecutive misses
- 0 of 3
What the posting says
Your mission
Your Mission
As a Research Engineer, you will work hands-on with our real-time medical imaging systems, with a particular focus on ultrasound and data streaming. You will contribute to the development, integration, and testing of solutions that connect our software with real imaging systems and hardware.
This role is ideal for someone who enjoys working close to the actual system: writing and debugging code, testing integrations directly on hardware, and solving technical challenges where software, imaging, and real-time data come together.
Your Responsibilities
Develop, integrate, and test software for real-time medical imaging and ultrasound applications.
Work hands-on with ultrasound systems, tracking devices and other imaging hardware in our Munich office.
Implement and troubleshoot real-time data and image streaming solutions.
Develop and debug C++ components for system and hardware integrations.
Test software directly on imaging systems and identify and resolve integration issues.
Collaborate closely with our engineers and research scientists on new imaging solutions.
Support the transfer of new methods and prototypes into robust, working software solutions.
Your profile
Required Application Documents
Please upload your Bachelor’s and Master’s transcripts of records under “Certificate”. Applications without the required transcripts cannot be considered. Please submit the transcripts showing your courses and grades, not your degree certificates.
Must-haves
Master’s degree in Computer Science, Medical Engineering, Robotics, or a related field
Strong hands-on programming skills, particularly in C++
Experience with real-time data/streaming and/or ultrasound/medical imaging
Based in or around Munich, or willing to relocate, with regular on-site presence
Comfortable testing and debugging directly on systems and hardware
Very good English skills
Nice-to-haves
Hands-on experience with ultrasound or other medical imaging systems
Experience with real-time image processing or hardware integration
Python skills
Background in applied research or R&D
German skills
Please note: This is not an entry-level position. We are looking for candidates with several years of relevant professional experience beyond internships, working student roles, or academic projects.
Why us?
Work on cutting-edge medical imaging technology with direct impact on real-world healthcare applications
A hands-on role combining software development, imaging systems, and hardware
The opportunity to work with ultrasound and real-time imaging technologies in a highly technical environment
Close collaboration with experienced engineers and research scientists
Plenty of ownership and room to contribute your own ideas
A growing, international team with an open and collaborative culture
Flexible working hours and a hybrid setup, combined with regular on-site work in our Munich office
Find more English Speaking Jobs in Germany on Arbeitnow
Quality
- x Salary range stated weight 35%
- x Remote policy stated weight 20%
- + Location stated weight 15%
- + Organisation stated weight 15%
- + Publication date stated weight 15%
Not enough history yet to judge honesty signals.
Timeline
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#1120953 2026-10-01 21:35 UTCPublished
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#1121998 2026-10-01 22:45 UTCModified
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Description
Your mission Your Mission As a Research Engineer, you will work hands-on with our real-time medical imaging systems, with a particular...->Your mission Your Mission As a Research Engineer, you will work hands-on with our real-time medical imaging systems, with a particular...
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Description