ME-314: Concurrent engineering project

Lectures in this course (201)

Explores the development of a bi-liquid rocket engine for a hop and land vehicle.

Showcases a project where a robot plays babyfoot against humans.

Explores the challenges of motorization and control in radio astronomy using a Small Radio Telescope.

Covers a numerical study on lab-scale latent heat energy storage and simulations of thermal energy storage.

Covers the design and implementation of a module for mixing chemical solutions in vertical agriculture.

Explores the adaptation of an algorithm for microscopic particle tracing using defocusing properties of a single camera.

Explores automating the godille propulsion technique using motors and sensors.

Explores the design process of an in-wheel powertrain system for a Formula Student race car, aiming to enhance performance and control.

Explores the design process of a Formula Student car cockpit, highlighting innovations and challenges faced during production.

Focuses on automating finite element analysis of scapulas using Python.

Covers the basics of reinforcement learning, including Q-learning and neural networks.

Details the implementation of a solar-powered boat's electrical system.

Explores the Hydrovélo engineering project, focusing on sustainable human-powered transportation using hydrofoils to increase speed.

Explores the Mini Segway Challenge, covering mechanical design, electronic components, and PID implementation for motor control.

Covers the Mechanical Engineering Master program at EPFL, including curriculum, specializations, professors, and laboratories.

Explores applying reinforcement learning to teach Pacman to play autonomously using policy gradient methods and Markov decision processes.

Showcases a project where students built a vacuum centrifuge to simulate flight conditions and test avionic cards.

Presents the EPFL Rocket Team's project Hyperion, detailing the design of a bi-liquid pump for a rocket engine.

Showcases an innovative approach to the Egg Drop Challenge using boosters inspired by SpaceX.

Explores the integration of dedicated motors in each wheel for enhanced car performance.

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