MindMaze is the world’s leading Neurotechnology startup built on more than a decade of pioneering research at the intersection of virtual reality and neuroscience. Our breakthrough platform combines virtual & augmented reality, neuroscience and AI to build intuitive human machine interfaces. Our first products help patients suffering from severe disabilities following a neurological incident. Join our eclectic mix of scientists, physicists, engineers and clinicians to help change the world!

As a bio-signal research and software engineer, you will integrate into a team dedicated to real-time and online signal processing of bio-signals (especially EEG, EMG and ECG). You will design, develop and test the algorithms used for bio-signal processing based on, and collaborate to develop modules for a framework of Brain Computer Interfaces (BCI) and Virtual Reality (VR) feedback.

In particular, you will:

• Invent, develop and implement algorithms to analyze bio signals in real-time (more particularly EEG/EMG) in the early development phase in a high-level language (such as Matlab and Python);
• Test algorithms with real and simulated data and provide a measure of detection-confidence;
• Design experiments to record data, analyze this data to develop and validate models;
• Port high level mathematical algorithms (in Matlab) into a lower level language (C, C++);
• Write design documentation;
• Review existing research about the field;

• MSc. or Ph.D. in digital signal processing with a research project focused on bio-signals (preferable EEG);
• Knowledge of probabilistic modelling;
• Understanding of the mathematical concepts in the context of signal processing engineering;
• Solid experience of Matlab/Octave or Python;
• Experience of the C/C++ programming language;
• Min C1 level of English.

Icing on the cake

• Good knowledge in Machine Learning;
• Background in Probability theory and Bayesian inference;
• Experience in statistical analysis;
• Knowledge of Virtual Reality experiments;
• Experience with experiments with patients.

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;
• Problem solving: Using rigorous logic and methods to solve difficult problems with effective solutions; having an excellent at honest analysis; looking beyond the obvious and not stop at the first answers;
• 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.