Course

ME-314: Concurrent engineering project

Lectures in this course (117)

Explores methods to improve glenoid bone mineral density analysis using CT scans.

Introduces the ICBM one, an advanced ice cream ball machine designed for consistent, high-quality results at the touch of a button.

Discusses the development of a battery pack for an electric race car.

Explores the process of building and testing a small radio telescope.

Covers a Bachelor's project on Biomobile shelving, load cases, force calculations, MATLAB modeling, and the chosen system.

Explores the DuckieTown project, focusing on controlling vehicles to follow road lanes using different types of controllers.

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

Discusses a bachelor project on constructing a student-built wind tunnel at EPFL.

Focuses on designing and building a mini-robot segway with a PID controller.

Explores the setup, data collection, and analysis of vibrations using an accelerometer box for Raspberry Pi.

Discusses modeling pertrochanteric fractures to support therapeutic choices through numerical simulations and advance medical knowledge.

Showcases a robot gripper designed for the RoboCup@Home competition.

Explores a project on synchronizing metronomes using different coupling methods.

Explores the creation of stitch designs for braille specifications using prototyping, software, analysis, and user testing.

Showcases the design of a controlled atmosphere chamber for microscope observations.

Explores the design and simulation of a magnetic pendulum model.