Student ID:__________________________ Student Name:_______________________ Adviser Name:_______________________ Catalog: 2017-2018 Catalog Program: Metals Fabrication Technology, A.A.S. Minimum Credits Required:__________________

Metals Fabrication Technology, A.A.S.

The Metals Fabrication program prepares students to work in an environment constructing projects such as utility trailers, pipelines, manufacturing, industrial construction, and repairing heavy equipment and with the ability to machine parts for aerospace, medical, mining and automotive.  Students are taught to produce these projects by drawing and following various blueprints, diagrams and specification. Products progress from the conceptual stage to completion by using ARC, GAS, MIG, TIG, and Plasma welding combined with lathe, milling and CNC machine applications.

Objectives

  • To provide students with an exceptional curriculum that encourages professional machining and welding techniques necessary to succeed professionally.
  • To support students in their pursuit of life-time learning and professional development.
  • Function on teams.
  • Relevant work experience.
  • Express oneself in written and oral form.
  • Critical thinking skills.
  • Prepared for employment as entry level machinists or welders.

Outcomes

  • At graduation, students earning an AAS in Metals Fabrication will have the necessary knowledge and skills to obtain placement within the discipline.
  • Students within the Metals Fabrication Program will demonstrate competency in the use of manual tools, equipment, and software typically used in industry.
  • Demonstrate problem solving, informational literacy, technological and communication skills in team and individual learning exercises.
  • Provide students with the skills that will promote occupational growth and life-long learning.

Assessment

  • Student evaluations
  • Student portfolios
  • Noel-Levitz Student Satisfaction Survey
  • Graduate Placement Survey
  • Survey of seniors
  • Alumni
  • Capstone Courses
  • Advisory Board

1st Semester

Course NameCreditsTerm TakenGradeGen Ed
MCH 120 - Blueprint Reading and Interpretation for Machining 3 credits
MCH 129 - Machine Quality Control and Precision Measurements 3 credits
MCH 160 - Machine Shop I 3 credits
MCH 230 - Tooling and Fixtures Used in CNC 2 credits
MCH 245 - Shop Practices 2 credits
MCH 268 - CNC Machining I 3 credits

 

M 090 - Introductory Algebra 4 credits

-OR-

M 111 - Technical Mathematics 3 credits

Total: 19 or 20

2nd Semester

Course NameCreditsTerm TakenGradeGen Ed
MCH 231 - CNC Turning Operations Level 1 3 credits
MCH 240 - Metallurgy 2 credits
MCH 260 - Machine Shop II 3 credits
MCH 265 - Advanced Machining & Manufacturing 4 credits
MCH 269 - CNC Machining II 3 credits
MCH 291 - Special Topics 1 credit
WRIT 100 - Composing Mindfully: Writing Fundamentals 3 credits

 

PSYX 100 - Introduction to Psychology 3 credits

-OR-

COMX 115 - Interpersonal Communication 3 credits

Total: 22

3rd Semester

Course NameCreditsTerm TakenGradeGen Ed
WLDG 170 - Welding I (NCCER Level I) 13 credits
WLDG 155 - Design and Fabrication 3 credits
CAPP 131 - Basic MS Office 3 credits

Total: 19

4th Semester

Course NameCreditsTerm TakenGradeGen Ed
WLDG 270 - Welding II (NCCER Level II) 13 credits
WLDG 291 - Special Topics 3 credits
MT 0220 - Employment Strategies 2 credits

Total: 18

Minimum Credits for an AAS degree in Metals Fabrication Technology: 78

The Certificate of Applied Science (CAS) in Machining and the CAS in Welding combine to create the AAS in Metals Fabrication Technology.  Students may leave this two-year program with 5 credentials:

  1. Machining Technology, Professional Certificate
  2. Machining Technology, Certificate of Applied Science 
  3. Welding Technology, Professional Certificate
  4. Welding Technology, Certificate of Applied Science 
  5. Metals Fabrication, AAS

This program is designed for fall entry. if a spring entry is desired, it will take longer than two years to complete.

Notes: