ME-314: Concurrent engineering project

Lectures in this course (117)

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

Explores acoustic holograms, ultrasound applications, Airy beams, lenses, mask design, and results with acknowledgements.

Focuses on automating finite element analysis of scapulas using Python.

Explains the process of creating an automatic finite element model for total shoulder arthroplasty.

Covers the design and production of cradles for handling the SP80 platform.

Explores a mechanical engineering project designing a protective device for an egg drop challenge.

Showcases a project where a robot plays babyfoot against humans.

Focuses on developing an autonomous service robot for the RoboCup@Home competition.

Explores the optimal regulation of transportation networks, including market segmentation, pricing policy, and social cost of carbon.

Showcases a two-part system enhancing needle safety in sewing machines.

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

Presents a project to visualize supersonic flows for rocket design.

Showcases a mechanical engineering project where students design a system to protect an egg from impact using propellers and balls.

Showcases a project where students design a structure to protect an egg during a free fall competition.

Explores the design and construction of a mini-segway with a PID control system.

Introduces smart bandages with biosensors to detect pathogens, reducing the need for frequent bandage changes.

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