Manufacturing Engineering Technology - Mechanical Design/Computer Aided Machining, Associate of Applied Science

Curriculum Code #6213

Effective May 2026

Division of Engineering, Business and Information Technologies

The Manufacturing Engineering Technology – Mechanical Design / Computer Aided Machining program prepares students with the knowledge, hands-on technical skills, and cognitive abilities required for entry-level employment in today's manufacturing industry.  Students should work closely with their advisors as they choose between two options (Mechanical Design or Computer Aided Machining) to focus their training on skills in mechanical drafting and 3D CAD design or the programming, setup, and operation of Computer Numerical Controlled (CNC) machining and turning centers.  Graduates are prepared to pursue careers in a wide range of manufacturing sectors.  Lorain County Community College has articulation agreements with colleges and universities, including programs offered through LCCC's University Partnership.

Plan of Study Grid
First Year
Fall SemesterHours
MTHM 155 TECHNICAL MATHEMATICS I 6 4
SDEV 101 INTRODUCTION TO THE LCCC COMMUNITY 3 1
TECN 111 TECHNICAL PROBLEM SOLVING 3
TECN 115 INDUSTRIAL BLUEPRINT READING 2
TECN 131 MANUFACTURING PROCESSES I 1 3
Mechanical Design option:  
CADD 111 INTRODUCTION TO COMPUTER AIDED DRAFTING 1 2
Computer Aided Machining option:  
CAMM 111 INTRODUCTION TO COMPUTER NUMERICAL CONTROL 1 2
 Hours15
Spring Semester
Select one of the following: 3
INTRODUCTION TO CREO PARAMETRIC (PRO/ENGINEER) 2  
INTRODUCTION TO SOLIDWORKS 2,7  
INTRODUCTION TO INVENTOR 2  
ENGL 161 COLLEGE COMPOSITION I 3
PHYC 150 GENERAL PHYSICS I 2 4
TECN 132 MANUFACTURING PROCESSES II 2 3
Mechanical Design option:  
EMCH 111 STATICS FOR TECHNOLOGY 2 3
Computer Aided Machining option:  
CAMM 225 ADVANCED CNC LATHES 2 3
 Hours16
Second Year
Fall Semester
MTHM 156 TECHNICAL MATHEMATICS II 2,6 4
ENGL 164 COLLEGE COMPOSITION II WITH TECHNICAL TOPICS 2 3
Mechanical Design option:  
EMCH 211 STRENGTH OF MATERIALS 2 4
PHYC 152
GENERAL PHYSICS II 2
or GENERAL CHEMISTRY I
5
Computer Aided Machining option:  
CAMM 215 ADVANCED CNC MILLING MACHINES 2 3
QLTY 111
QUALITY MEASUREMENTS - METROLOGY 1
or BASIC QUALITY TOOLS AND APPLICATIONS
3
TECN 133 MECHANICAL SYSTEMS 3
 Hours16
Spring Semester
EMCH 112 ENGINEERING MATERIALS 2 3
TECN 245 GEOMETRIC DIMENSIONING AND TOLERANCING 2 2
Select any Arts and Humanities OT 36 course 4 3
Select any Social and Behavioral Sciences OT 36 course 5 3
Mechanical Design option:  
EMCH 221 MACHINE DESIGN 2 3
TECN 121 FLUID POWER SYSTEMS 3
Computer Aided Machining option:  
CAMM 235 CAD-CAM GRAPHICS 2 3
CAMM 237 COMPUTER AIDED MACHINING CAPSTONE 2 3
 Hours17
 Total Hours64
1

Indicates that this course has a prerequisite or may be taken concurrently.

2

Indicates that this course requires a prerequisite.

3

A student must register for the orientation course when enrolling for more than six credit hours per semester or any course that would result in an accumulation of 12 or more credit hours.

4

Select any Arts and Humanities Ohio Transfer 36 course.

5

Select any Social and Behavioral Sciences Ohio Transfer 36 course.

6

Students are required to complete the MTHM 155 and MTHM 156 sequence, or they may fulfill the mathematics requirement by completing MTHM 176 or a higher level mathematics course.  Students should work closely with their academic advisors.

7

Indicates that this course is required for the Mechanical Engineering Technology Ohio Guaranteed Transfer Pathway.

Program Contact(s):

Phil Hashier, Computer Aided Machining Option
440-366-7018
phashier@lorainccc.edu

John Bis, Mechanical Design Option
440-366-7026
jbis@lorainccc.edu

For information about admissions, enrollment, transfer, graduation and other general questions, please contact your advising team.

More program information can be found on our website.

Credit for Prior Learning (PLA) options may be available for your program. For more information, please visit our website:  www.lorainccc.edu/PLA

Program Learning Outcomes

  1. Use engineering technology applications appropriate to the discipline.
  2. Problem solve and make recommendations for improvement, both orally and through written technical reports.
  3. Explore and evaluate multiple options to achieve engineering technology design goals.