Mechanical & Manufacturing Engineering Technology

Current number of students enrolled in this MMET program – 222

This accredited program is designed to provide students with the knowledge and skills needed to succeed in today’s industrialized society.  Modern industrial societies are centered on the successful production, distribution, and utilization of mechanized devices and techniques.  Robust design methods are pivotal in the manufacturability, performance, and economic feasibility of these devices.  Together with study of the basic engineering principles, design is the cornerstone of the Mechanical and Manufacturing Engineering Technology program. 

 Students choosing mechanical Engineering Technology as their emphasis will focus on the relationship between design and performance of parts and products. 

Manufacturing Engineering Technology students focus on different manufacturing methods and practices vital in the production of high quality devices. 

The Mechanical and Manufacturing Engineering Technology graduates will be prepared to create efficient solution to problems in design, material applications, processes analysis, computer applications, quality assurance, quality control, product testing and analysis, automated fabrication and assembling, and the management of production.

The MMET program is accredited by Engineering Technology Accreditation Commission of ABET, http://www.abet.org   

Sample 4-year Curriculum Plan for MMET

MMET Outcomes and Objectives

Support Requirements (29 credits)

CHE 120 & 120L

General Chemistry  
 4      
INF 120   
INF 110        

Elementary Programing OR
Business Programing  
 
 3
MAT 119
Pre-Calculus
 
 3
MAT 128 Calculus 1A        Or take MAT 129 in place of
 
 3
MAT 227 Calculus 1B        MAT 128 & 227
 
 3
PHY 211 General Physics with Lab I
 
 5
PHY 213 General Physics with Lab II
 
 5
STA 205 Introduction to Statistical Methods 
 
 3

Core Requirements (57 hours)

EGT 116

Introduction to Industrial Materials and Processes

    3

EGT 161

D.C. Circuit Analysis

    3

EGT 211

Quality Control

    3

EGT 212

Computer Aided Drafting and Design

    3

EGT 261

Engineering Materials

    3

EGT 265

Manufacturing Processes and Operations

    3

EGT 300

Statics and Strength of Material

    3

EGT 301

Cooperative Education in Engineering Technology

    3

EGT 310

Project Management and Problem Solving

    3

EGT 318

Introduction to Nano-Technology

    3

EGT 320

Robotic Systems and Material Handling

    3

EGT 340

Applied Dynamics

    3

EGT 361

Fluid Power

    3

EGT 365

CNC & Manufacturing Process Planning

    3

EGT 380

Machine Deign

    3

EGT 417

Sr Research and Design in Engineering Technology (may repeat 3 times)

    3

EGT 423

Planning and Design of Industrial Facilities

    3

EGT 450

Thermodynamics and Heat Transfer

    3

EGT 465

Automated Manufacturing Systems

    3


Take two courses listed below (6 credits)

EGT 260 Industrial Standards, Safety and Codes  3
EGT 280 Into to Microtechnology  3
EGT 362 Tool Design and Computer Aided Mfg  3
EGT 386 Electro-Mech. Instrumentation & Control  3
EGT 405 Metrology and Geometric Tolerancing  3
EGT 411 Quality Assurance and Auditing  3


Select one of the emphases (DESIGN or QUALITY)

DESIGN (6 credits)

EGT 412
Advanced CADD
 
 3
EGT 462
Applied Finite Element Modeling
 
 3

QUALITY 6 credits

EGT 321
Productivity Management, Scheduling & Planning
 
  3
EGT 341
Integrated Resource Management
 
  3