ME 3020 Manufacturing Processes and Their Application
Undergraduate course
Course description
This course will introduce you to the fundamental principles involved in manufacturing processes, and the use of manufacturing processes to manufacture products from metals, ceramics, polymers and composites. The main emphasis is on the manufacturing of physical components and products. By the end of this course, students will be able to do the following: 1) Predict the influence a manufacturing process has on the material properties of a finished product, 2) Compare economic costs and environmental impacts between manufacturing processes, 3) Classify fundamental manufacturing processes and identify the key parameters for each process, 4) Evaluate the manufacturing process(es) used to produce a finished part, 5) Create a manufacturing process for making a product that fulfills a need, 6) Demonstrate critical thinking through analysis of global challenges, 7) Evaluate how varying perspectives influence global challenges.
Topic Outline
- Process Planning and Performance
- Nature of Materials
- Mechanical Properties of Materials
- Physical Properties of Materials
- Dimensions, Tolerance and Surfaces
- Friction, Wear and Lubrication
- Casting and Injection Molding
- Bulk Deformation Processes
- Sheet Metal Processes
- Machining and Joining
- Manufacturing Cost and Sustainability
- Additive Manufacturing and Electronics
- Robotics and Automation
Course Projects
This course will cover the essential principles of manufacturing processes and explore how these techniques are applied to produce products from metals, ceramics, polymers, and composites. A semester-long project will be completed in parts.
Course Schedule
Spring or fall semester
ME 2900/3900/4900 Nature-Inspired Matls
Undergraduate Creative Inquiry Project Course
Course description
This project explores the innovative field of 3D printed nature-inspired polymeric and architected materials, focusing on their design, fabrication, and application. Students will learn how biological principles can inspire the development of high-performance materials with unique functionalities, mimicking the adaptability, strength, and resilience of natural structures. The course covers key concepts in polymer science, biomimetics, and advanced 3D printing technologies, providing hands-on experience in the design and production of architected materials. Emphasis will be placed on bridging the gap between material functionality and real-world innovation, fostering an understanding of how nature-inspired materials can address challenges in engineering, healthcare, and sustainable development. By the end of the project, students will gain practical skills in 3D printing techniques and the ability to develop and evaluate advanced materials with tailored properties for specific applications.
Course Schedule
Spring 2025 and Fall 2025