Matterhorn background
Jane Doe

GAUTIER
DEMIERRE

About

My Journey

My core education is in Robotics at EPFL, where I am completing a Master's degree with a minor in Neuro-X. Before this, I earned a Bachelor in Microengineering at EPFL, which gave me a solid foundation in mechanics, electronics, and systems engineering. Alongside, I broadened my academic perspective with complementary studies in business (INSEAD) and economics and strategy (LSE), bridging technology with management and innovation.

Professionally, I worked as a software engineer at Intellion, developing smart automation for semiconductor fabs. Earlier, I gained experience as a teaching assistant at EPFL, a machining engineer in precision manufacturing, and a technology analyst within the Investment Society Lausanne.

Beyond academics and work, I built resilience through boxing and judo, nurtured creativity by performing in an orchestra for eight years, and strengthened leadership as a scout patrol leader in Geneva.

Philosophy

I believe that doing something "halfway" is, in fact, not doing it at all. For me, commitment means carrying a project through to its end, no matter the obstacles. As I often say: "If you've already taken the first step, you owe it to yourself to walk the whole path."

This mindset defines how I work: with determination, precision, and an ethic of responsibility. Whether in engineering, research, or collaboration, I approach challenges with the certainty that trust is built through consistency and reliability. Those who have worked with me often say that what they value most is not only the result I deliver, but the consistency and reliability I bring throughout the process.

Through this philosophy, I aim to contribute not only technical solutions but also a sense of confidence within any team I join. Because in the end, the real measure of work is not just in what is delivered, but in the certainty that no effort was spared in delivering it.

Project

Microneedles for drug Delivery

Microneedles for drug Delivery

2025

materials
Image Analysis

Image Analysis

2025

coding
Population Stratification in GWAS

Population Stratification in GWAS

2025

coding
Hate Speech Detection

Hate Speech Detection

2025

coding
Ski Helmet Optimization

Ski Helmet Optimization

2025

mechanical, materials
Manual Peller

Manual Peller

2022

mechanical
Spinal Cord - IMES Sensor

Spinal Cord - IMES Sensor

2024

electrical, materials
Thermometer Headset

Thermometer Headset

2024

electrical, coding
Mobile Robot

Mobile Robot

2024

mechanical, electrical
Balanced Dynamometer

Balanced Dynamometer

2022

mechanical
Autonomous Robot

Autonomous Robot

2024

electrical, coding, mechanical
Digital Alarm Clock

Digital Alarm Clock

2022

electrical
Morse Decoder

Morse Decoder

2023

electrical
Multi-Agent Ecosystem

Multi-Agent Ecosystem

2022

coding
Variable Intensity Controller

Variable Intensity Controller

2024

electrical

Skills and Tools

Tools

Programming Languages: Python, C/C++, Matlab, Bash, SQL, R

Data Science & ML Libraries: NumPy, Pandas, Scikit-learn, TensorFlow, PyTorch, Matplotlib

Modeling & CAD: CATIA, Blender, Shapr3D, AutoCAD

Simulation & Systems: Simulink, Ansys, LTSpice, KiCad, Logisim

DevOps & Containers: Git, GitHub, GitLab, Docker

Productivity & Collaboration: Microsoft Office (Excel, Word, PowerPoint, Teams), Confluence, Notion, Slack, LaTeX, Overleaf

Operating Systems & Environments: macOS, Windows, Linux, VS Code, PyCharm, Jupyter Notebook

Cleanroom Equipment: Nanoscribe Photonic Professional GT+, PVA Tepla 300, Microqubic 3D

Courses

  • Analysis I, II, III & IV
  • Electrotechnics I & II
  • General physics : mechanics
  • Information, Computation, Communication (ICC)
  • Linear Algebra
  • Mechanical construction I & II
  • Design of experiments
  • General physics : thermodynamics
  • Materials : from chemistry to properties
  • Project oriented programming
  • Electronics I & II
  • General physics : electromagnetism
  • Logic systems
  • Mechanism Design I & II
  • Materials I & II
  • Numerical Analysis and Optimization
  • Statistics for data science
  • Microcontrollers
  • Control systems and discrete-time control
  • Electronic circuits and systems
  • Microfabrication (technologies + practicals)
  • Optical Engineering
  • Physics of semiconductors devices
  • Signals and Systems I & II
  • Actuators and electromagnetic systems I & II
  • Embedded Systems and Robotics
  • Manufacturing technologies
  • Sensors
  • Wireless sensor practicals
  • Basics of mobile robotics
  • Basics of robotics for manipulation
  • Machine learning
  • Model predictive control
  • Neural interfaces
  • Neuroscience : cellular and circuit mechanisms
  • Project management and risk analysis
  • Physiology and instrumentation
  • Applied biostatistics
  • Biomechanics of the musculo-skeletal system
  • Deep learning
  • Image analysis and pattern recognition
  • Logistics and demand analysis
  • Micro/Nano robotics
  • Robotics practicals

Get in Touch

Interested in collaborating or learning more about past projects? Let's talk.