2013 - 2014 Student Catalog 
    Jun 21, 2024  
2013 - 2014 Student Catalog [ARCHIVED CATALOG]

Mechanical Technology: Mechanical Design, AAS

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Contact Information

Program Requirements

Typical Program

Degree/Certificate:   Associate in Applied Science
HEGIS Code:           5303
SUNY Code:            0595
Major Code:            MECH

The Career

Mechanical technicians are employed as engineering support staff in a variety of diverse positions. These positions are in areas such as engineering design, product development and laboratory testing.

The NCCC Approach

This is a broad-based program for men and women who are interested in the exciting career field of mechanical technology. It includes courses in Engineering Drawing, Computer Aided Drafting (CAD), Robotics, Hydraulics and Pneumatics, Mechanics of Materials and Mechanical Design. Such courses provide students with a solid educational foundation which enable graduates to pursue various technical careers and compete in the global economy. Additional courses in mathematics, physics and computer applications establish a base for further advancement. Assignments in the College laboratories are intended to simulate industrial situations.

Graduates of this program are readily accepted by industry and may also transfer to bachelor degree programs in mechanical engineering technology or industrial technology.


Students admitted in September and January. It is possible to obtain advanced standing by taking appropriate technology preparation (Tech Prep) courses in high school.

Because of the sequencing of courses, it may take more than four semesters of full-time study if a student begins this program in a spring semester.

A background in high school mathematics, which includes at least elementary algebra, is expected. Students lacking the entry-level mathematics skills can acquire them at the College. However, it will take a student longer to complete this program. Courses in this program are offered both day and evening, and most of the courses are taught by full time faculty who have both academic credentials and industrial experience.

Dual Admissions

SUNY College at Buffalo

Articulation Agreements

SUNY College at Buffalo
SUNY College/Empire State

Program Goals and Objectives

  • Provide an AAS technical program which enables graduates to be employed as technicians. A secondary goal is transfer to upper division programs, in a related area, for a bachelor’s degree.
  • Provide a selection of technical courses for students from other programs at the College, such as the Computer Aided Drafting and Design certificate and associate degree programs.
  • Provide a core of technical courses for currently employed individuals to strengthen their academic background.

Student Learning Outcomes

Upon completion of this program, the student will:

  • Apply concepts of mathematics (algebra and trigonometry) and scientific principles to solve technical problems.
  • Incorporate drafting and graphical techniques in the presentation of technical ideas.
  • Integrate established design procedures in problem solving.
  • Demonstrate an understanding of the fundamentals of modern manufacturing processes and procedures.
  • Communicate with others, including both general and scientific information, in an oral and written manner.
  • Utilize the computer literacy skills necessary to function in modern industry.

Program Requirements Day and Evening (MECH)

  1. A total of at least 62 credit hours with a minimum curriculum grade-point average of 2.0. Academic Foundations courses do not count toward the degree.
  2. Technology: A minimum of 32 credit hours to include:
    DRF 173 - Introduction to Computer Aided Drafting Design  - CADD
    ELT 110 - Principles of Electricity 
    MET 110 - Engineering Drawing I 
    MET 115 - Engineering Drawing II 
    MET 125 - Processes 
    TEC 250 - Introduction to Robotics 
    Plus 8 credit hours of Mechanical Design electives and 3 credit hours of Electrical electives. The Mechanical Design electives are to be selected from the area of Computer Aided Drafting and Design.  Typical courses include:
    DRF 180 - Drafting Techniques I   
    DRF 279 - Technical Seminar   
    DRF 283 - Mechanical Design (CADD) 
  3. Applied Mathematics and Sciences: A minimum of 5 credit hours to include:
    TEC 110 - Introduction to Technical Calculations 
    TEC 120 - Applied Engineering Mechanics 
    TEC 121L - Applied Engineering Mechanics Lab 
  4. Health/ Physical Education: A minimum of 2 credit hours.
  5. Humanities: A minimum 6 credit hours to include:
    ENG 101 - Writing I *
    ENG 102 - Writing II & Introduction to Literature 
  6. Mathematics: A minimum of 4 credit hours to include:
    MAT 111 - Advanced Algebra & Trigonometry  or higher level mathematics by advisement.*
    Students planning to transfer to a bachelor degree program are advised to take more than the minimum mathematics required.
  1. Sciences: A minimum of 4 credit hours to include:
    PHY 152 - Wave Motion, Heat and Light 
  2. Social Sciences: A minimum of 6 credit hours.
  3. Technical  Electives: A minimum of 3 credit hours selected from technology courses through advisement.


Typical Program Day

First Semester

Total Credit Hours: 16

Total Credit Hours: 16

Third Semester

Total Credit Hours: 15

Fourth Semester

Total Credit Hours: 15

Typical Program Evening

Total Credit Hours: 9

Total Credit Hours: 7

Total Credit Hours: 8

Total Credit Hours: 6

Fifth Semester

Total Credit Hours: 9

Sixth Semester

Total Credit Hours: 8

Seventh Semester

  • ELT — Electrical elective 3 Cr.
  • Social Sciences elective 3 Cr.

Total Credit Hours: 6

Eighth Semester

Total Credit Hours: 9


* Dependent upon the fulfillment of Academic Foundations requirements.

Additional Costs

Students must purchase a scientific calculator and some basic drafting equipment. A laptop computer would also be useful.

Scholarship Opportunities

All matriculated students in this curriculum are eligible for scholarships. Technical organizations such as the Engineering Society of Buffalo, the Society of Manufacturing Engineers, and the Instrumentation Systems and Automation Society of America also offer scholarships.

See the scholarship  area of this catalog for specific information and criteria, including the following:

John W. Danforth Donald Basile Memorial Scholarship 
Dr. Kenneth and Dorothy Raymond Scholarship 

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