Your Curriculum

Mechanical Engineering Technology Degree
Associate of Applied Science Degree Program
(One-year certificate also available)

Catalog Year 2013-2014 

MHCC Faculty Adviser:
Troy Donaldson: 503-491-7681 - Room AC 2579
Troy.Donaldson@mhcc.edu
 

This degree focuses on technicians for entry in various engineering support activities required by industry. These courses give students experience in mechanical design at a technician level. Included in the scope of many courses is the use of state of the art computer-aided design equipment such as AutoCAD for computer drawing, Solidworks for solid modeling, and 3D rapid prototype creation for product development. MET students find employment in many types of manufacturing thus creating a wide variety of job possibilities such as an engineering technician, drafter, and CAD technician in light to heavy product design industries. Typical employers would be manufacturers of material handling equipment, transportation equipment, medical equipment, recreation equipment and materials testing. The MET program also offers a one-year certificate for those successfully completing the first three terms of the two-year AAS degree. Contact the MET adviser for more information.

Additional Program Outcomes

At the completion of this program, the student should be able to:

  • Demonstrate technical expertise in a minimum of three subject areas chosen from - engineering materials, applied mechanics, applied fluid sciences and fundamentals of electricity
  • Demonstrate technical expertise in manufacturing processes, mechanical design, and computer-aided engineering graphics with added technical depth in at least one of these areas
  • Analyze applied physics problems with an emphasis in applied mechanics
  • Determine forces and stresses in elementary mechanical systems
  • Calculate basic loads and demands in systems
  • Working in a team, apply technical expertise in creating a product from concept to working prototype
  • Describe the ethical responsibilities of the engineering profession
  • Describe sustainability in engineering and how it impacts products, business, and communities
  • Conduct standardized field and laboratory testing on renewable energy technologies and energy systems
First Quarter (Fall)  Credits 
ET122  Engineering Drawing 4
GE101  Engineering Orientation 4
MTH065  Beginning Algebra II1  4
WR121  English Composition 4
16 
Second Quarter (Winter) 
GE115  Engineering Graphics 3
MTH095  Intermediate Algebra with Right Triangle Trigonometry 5
WR227  Technical Report Writing 4
  Human Relations requirement ‡ 3
15 
Third Quarter (Spring) 
ET221  Statics 4
ET227  Engineering Project Management 4
GE102  Engineering Computations 3
CH104  General, Organic, and
Biological Chemistry I or
GS106 Physical Science: Geology or
G201 Principles of Physical Geology or
PH201 General Physics I 2, 3 
4-5
15-16 
Fourth Quarter (Fall) 
ENGR248  Engineering Graphics: Solidworks 3
ET210  Sustainable Engineering 3
ET222  Fluid Mechanics 3
ET231  Basic Strengths of Materials 4
  Related Elective4  3
16 
Fifth Quarter (Winter) 
MFG212  CAM Concepts 4
ET220  Renewable Energy Technology 3
ET240  Project Design I 3
BA285  Leadership and Human Relations 3
  Related elective4  3-4
16-17 
Sixth Quarter (Spring) 
ET230  Sustainable Energy Modeling 3
ET250  Project Design II 4
HPE295  Health and Fitness for Life 3
SP111  Fundamentals of Public Speaking 4
WE280AE  Cooperative Education Internship5 or
Related elective4 
3
17 
  Total Credits  95-97 

1 Students who placed into higher than MTH095 or higher do not need to complete MTH065, but must select an additional related elective to satisfy degree requirements of 90 credits.
2 PH201 is strongly recommended. MTH112 is a prerequisite for PH201.
3 G201 and PH201 are offered fall term only. Students making these selections will need to modify their education plan - contact the faculty adviser.
4 See related electives listed below.
5 Students may use any combination of WE280AEA, WE280AEB or WE280AEC to total three credits. Instructor and dean permission is required; check with instructor for the course number and credits appropriate to the internship assignment.

‡See pages 20 of the printed catalog

Engineering Technology Related Electives
The following is a list of pre-approved related electives for the programs indicated. The program adviser for the degree being sought must approve other related electives on a Catalog Exception Form.

ART115 Basic Design I (AET, MET)
ART117 Basic Design III (AET)
Any 200-level ART course (AET)
BA101 Introduction to Business (AET)
CH104 General, Organic, and Biological Chemistry I (AET, MET)
CH151 Basic Chemistry (MET)
ESR231 Energy Management I (CET, CET Environmental)
ESR232 Energy Management II (CET, CET-Environmental)
ESR271 Envr. Sci II: Intro to Envir. Engineering (CET)
ET161 Beginning 2-D AutoCAD (AET, MET)
ET162 Intermediate 2-D AutoCAD (AET, MET)
ET163 3-D AutoCAD (AET, MET)
ET222 Fluid Mechanics (AET)
ET232 Stormwater Management (AET)
ET210 Sustainable Engineering (AET, CET, CET)-
ET220 Renewable Energy Technology (AET, CET, CET)
ET230 Sustainable Energy Modeling (AET, CET, CET)
ET240 Project Design I (CET, CET-Environmental)
ET250 Project Design II (CET, CET-Environmental)
F200 Introduction to Forest Surveying (AET)
FT228 Introduction to Geographic Information Systems (AET)
G201 Principles of Physical Geology (AET, MET)
IMTL134/IMTL135 Metallurgy Theory and Lab (MET)
SHS171 Envr. Sci I: Chemistry of Hazardous Materials (CET)
WE280CE Cooperative Education internship (CET)

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 Last Modified: 5/8/2013 02:12:55 PM