At CoMind, the Software Engineering team is responsible for developing software that are used in research systems as well as medically-certified products. The software components developed by the team includes embedded software and tools that are required to control the hardware devices and sensors used at CoMind.
Responsibilities
Design, develop, and maintain embedded software for clinical and research systems involving optoelectronics
Embedded GUI development for clinically focused systems
Collaborate closely with electronic, mechanical, optical and other software engineers during debug efforts and participate, and where necessary be responsible for: technical reviews, feasibility studies and project reviews as appropriates
About You
3+ years of industry experience (medical/automotive/telecom) in embedded software development, using C/C++
Understanding of control theory and experience generating control algorithms
Good understanding on software safety and risk management compliance, e.g. ISO13485 or ISO14971, and software development lifecycle, e.g. IEC62304
A good understanding of electronics, schematic design and use of test equipment such as oscilloscopes and logic analysers
Experience of microcontroller peripheral interfacing (SPI, I2C, DMA etc.)
Bonus Points: Embedded GUI development experience with toolsets like Qt (or similar), exposure to FPGAs, experience working with optical systems
Benefits
Generous stock options
Company pension scheme
Breakfast and snacks provided
Private medical, dental and vision insurance
Weekly lunches
25 days holiday (+ bank holidays)
Hybrid working
Quarterly work-from-anywhere policy
About Us
CoMind’s mission is to develop a new generation of technologies to monitor, modulate, and interface with the human brain. In doing so, we will revolutionise patient care, catalyse neuroscientific advancement, and change how humans interact with technology for the better.
CoMind has raised more than $15 million to date to pursue this mission. Our current focus is on the development of a new form of neural sensing. CoMind’s technology will provide doctors with a huge range of critical neurophysiological signals, many of which are inaccessible today, in a single, simple, non-invasive measurement at the patient’s bedside.
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