Bachelor of Science in Applied Science - Mechanical Engineering Technology
Course Overview
This Mechanical Engineering Technology (MET) program equips students with the applied skills to design and develop the mechanical components within complex machines and consumer products. The curriculum focuses on practical engineering principles, preparing graduates to contribute effectively to multidisciplinary design teams in an industrial setting. Admission requires the completion of an accredited associate degree in a related engineering technology field.
Key Program Highlights
- Focus on the practical design and development of mechanical components and systems
- Application of engineering principles to create real-world industrial and consumer products
- Preparation for collaborative work in professional, multidisciplinary design teams
- Hands-on, industry-relevant curriculum in mechanical engineering technology
- Pathway for graduates of associate degree programs to advance their careers
Course Overview
This Mechanical Engineering Technology (MET) program equips students with the applied skills to design and develop the mechanical components within complex machines and consumer products. The curriculum focuses on practical engineering principles, preparing graduates to contribute effectively to multidisciplinary design teams in an industrial setting. Admission requires the completion of an accredited associate degree in a related engineering technology field.
Key Program Highlights
- Focus on the practical design and development of mechanical components and systems
- Application of engineering principles to create real-world industrial and consumer products
- Preparation for collaborative work in professional, multidisciplinary design teams
- Hands-on, industry-relevant curriculum in mechanical engineering technology
- Pathway for graduates of associate degree programs to advance their careers
Requirements
Modules
- Principles of Microeconomics
- Principles of Macroeconomics
- Workplace Writing
- Technical Writing
- Composition and Rhetoric
- Calculus I
- Computer-Aided Drafting
- Introduction to Engineering Technology
- Engineering Materials
- Computer-Aided Manufacturing I
- Circuit Analysis I
- Computer-Aided Design
- Computer-Aided Manufacturing II
- Mechanics I: Statics
- Mechanics II: Strength of Materials
- Mechanics III: Analysis of Machine Components
- General Physics I
- General Physics Laboratory I
- General Physics II
- General Physics Laboratory II
- College Chemistry
- College Chemistry Laboratory
- Dynamics
- Fluid Mechanics
- Thermodynamics and Heat Power
- Mechanisms for Machine Design
- Project Management
- Introduction to Finite Element Analysis
- Experimentation Techniques
- Heat Transfer with Applications
- Product Development in Engineering
- Senior Design Project
- Differential Equations for Engineers
- Calculus II
- Applied Statistics
- Statistics
- Trigonometry
- Introduction to Linear Algebra
- Elements of Discrete Mathematics
