Evtol landing gear
Drones vip and video
UAV simulation and code
Add torsion rig to show impact and its success? To replace the assistive hand device
Add ansys fea projects (2)
Add hyperloop frames and suspension subsystem projects
mechatronics sumo bot
Prosthetic arm Devin’s one
geartrain from Dap
Machined rocker from dap
Pzifer hackaton
https://www.oliviaheuiyoungpark.com/courses
development-of-a-test-stand-for-determining-the-torsional-rigidity-of-a-formula-sae-space-frame
https://drive.google.com/drive/u/0/folders/1I3mxLwRPATfsNt5r0wfTmgQj8BpVVopZ
adin, gabriel, devin websites, zachs too
----projects from class---
pcb design from eid101 (n)
spout it and car design from eid103
metal dogbone design- matsci
sissor lift - dynamics
geartrain and rocker maching - dap
proconlab final project (n)
vibrations final project
drone control project
mechatronics project
torsion rig from experimentation
ME312 Manufacturing Engineering
3 Credits and 3 contact hours per week
Required Mechanical Engineering Course
Coordinator: Eric Lima, Professor of Mechanical Engineering
Textbook: Manufacturing Engineering and Technology, 7th ed., S. Kalpakjian and S. Schmid, Pearson Prentice Hall, 2014
Specific course information
Catalog Description: Study of metal processing theory and application with emphasis on casting, machining, and metal deformation processes; plastic forming; special processing techniques; workholder design principles. Specific areas studied include stages of processing, mathematical modeling of processes, equipment determination, relationship of plant layout, tooling, metrology, and product design to product cost.
Prerequisites: ESC 210, ME211, and ME342 (Required)
Specific goals for the course
i. Objectives
• To understand how theoretical engineering sciences guide manufacturing practice.
• To gain the ability to affiliate manufacturing practices with first engineering principles.
• To appreciate the evolutionary nature of the market-driven manufacturing ecosystem.
Topics
• Overview of engineering materials and process quality assurance
• Sheet metal bending
• Fundamentals of casting and powder metallurgy processes
• Computer modeling of casting and powder metallurgy processes
• Mechanics of metal forming processes
• Computer modeling of metal forming processes
• Fundamentals of chip-type material removal processes
• Rapid prototyping techniques
• Economics of modern manufacturing methodologies
Grading:
Two tests and four projects
Projects:
• Design and build a mechanism that will bend sheet metal to produce a novel cookie-cutter.
• Design the molding tools that would produce two halves of a small part that would later be ultrasonically welded together.
• Design a novel ring and use lost-wax casting in plaster to manufacture the ring.
• Research and present how a complex part (such as a soccer ball) is manufactured starting from raw materials.
• Simulate and test a robotic arm completing a pick and place procedure using VLA and inference