MindMaze is the world’s leading neurotechnology start-up pioneering a breakthrough computing platform that captures brain activity upon intent, creating a new operating system for computers (a Mind-OS) and a new generation of brain computer interface products, using virtual reality (VR), augmented reality (AR) and A.I. Based on a decade of rigorous testing in the healthcare industry, the company has designed intuitive mind/machine interfaces, which utilize pre real-time decoding of brain signals and is able to track fine movements and gestures. Its innovations are poised to transform industries, starting with healthcare and gaming.  Its first generation products (MINDMOTION™ Pro and MINDMOTION™ Go) are aimed at rehabilitation following neurogolical incidents.

Join our eclectic mix of scientists, physicists, engineers and clinicians to help change the world!

As an intern in biomedical engineering you will have the opportunity to contribute to one of MindMaze’s key engineering projects over a period ranging from 3 to 12 months.

This Internship is focused on the development of a movement analysis toolbox for our rehabilitation medical devices.

You will join our Movement Analysis Feature team and will focus on:

• Reviewing relevant literature on the analysis of movement for patient with neurological disorders;
• Developing algorithms for the analysis of body segment trajectories, orientation and posture;
• Participating in protocol definition and implementation to collect pilot and validation datarelative to the movement analysis;
• Implementing the data processing and analysis in close partnership with the project team;
• Writing documentation and reports.

To support you, MindMaze will:

• Provide a collaborative work environment;
• Provide mentoring;
• Allow flexible employment terms and conditions.

To be successful you can illustrate the fact that you have the following abilities:

• Working autonomously: setting tasks and direction under limited supervision;
• Oral and written communication: ability to write clearly and succinctly in a variety of communication settings and styles; ability to get messages across that have the desired effect;
• Self-Development Is personally committed to and actively works to continuously improve him/herself; works on compensating for weakness and limits;
• Planning accurately: setting objectives and goals; breaking down work into the process steps; developing schedules and task/people assignments; anticipating and adjusting to problems and roadblocks.

Skills that we look out for are among:

• BSc or MSc in biomedical engineering or equivalent;
• Experience and interest in programming (C/C++ and Python);
• Knowledge in motion analysis and data analysis.
  

Skills that make a difference:

• Demonstrable interest for development focusing on the patient’s care and clinical interest;
• Able to demonstrate comprehensive knowledge within a specialised area;
• Working knowledge of motion analysis and biomechanics;
• Min B2 level of French and English.