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DIP 0068
Program Information
The Anoka Technical College Mechanical CAD Drafter diploma is
a 58-credit program that consists of technical courses designed to
develop skills in mechanical drafting, design, and related elds.
All manufactured goods are created following a design process and
this process needs to be documented. This documentation includes
three-dimensional computer models, detailed two-dimensional
drawings, bill of materials, engineering and manufacturing changes,
physical prototypes, and more. The ability to follow strict industry
standards while utilizing creativity to solve and document complex
problems is the job of a mechanical designer.
In addition to drafting and detailing skills, the students receive training
in related areas such as industrial materials, manufacturing methods,
machining, and professional communication.
Students also receive hands-on training in Anoka Technical College’s
computer aided drafting lab. (AutoCAD, Inventor, ProE/Creo, and
Solidworks)
The primary goal of the Mechanical Drafting and Design program is
to provide all graduates with the solid technical foundation necessary
to ensure their success in a wide variety of employment opportunities.
To accomplish this goal, program learning outcomes and program
objectives are dened and assessed for continuous improvement.
Program Objectives. Graduates two to three years into their careers
should have the foundation to:
1. Identify, create and evaluate solutions to complex engineering-
related problems in a timely and professional manner utilizing the
skills developed in the areas of design, manufacturing and mechanics.
2. Solve technical problems while considering the local, national, and
global requirements and impact of the solution.
3. Successfully function as a team member and leader.
Program Learning Outcomes
• Apply the knowledge, techniques, skills, and modern tools of the
discipline to narrowly dened engineering technology activities.
• Apply a knowledge of mathematics, science, engineering, and
technology to engineering technology problems that require lim-
ited application of principles but extensive practical knowledge.
• Conduct standard tests and measurements, and to conduct, ana-
lyze, and interpret experiments.
• Function eectively as a member of a technical team.
• Identify, analyze, and solve narrowly dened engineering tech-
nology problems.
• Apply written, oral, and graphical communication in both
technical and non-technical environments; and identify and use
appropriate technical literature.
• Understand the need for and an ability to engage in self-directed
continuing professional development.
• Understand and commit to addressing professional and ethical
responsibilities, including a respect for diversity.
• Commit to quality, timeliness, and continuous improvement.
• Demonstrate knowledge and technical competency appropriate
to the objectives of the program in engineering materials, applied
mechanics, and manufacturing methods.
• Demonstrate knowledge and technical competency appropriate to
the objectives of the program in applied drafting practice empha-
sizing mechanical components and systems, as well as fundamen-
tals of descriptive geometry, orthographic projection, sectioning,
tolerancing and dimensioning, and basic computer aided drafting
and design with technical depth in at least one of these areas.
• Demonstrate knowledge and technical competency appropriate
to the objectives of the program in the application of physics and
engineering materials having an emphasis in applied mechanics,
or in-depth application of physics having emphasis in mechanical
components and design.
Industry and Career Outlook
Anoka Technical College Mechanical Drafting and Design
Technology program graduates nd employment with manufacturing
companies, engineering rms, electro-mechanical companies, and
contract rms. Mechanical Drafting and Design Technology graduates
have the necessary knowledge and an excellent foundation to begin
their careers as mechanical drafters in engineering departments that
design and manufacture hard goods products of every description.
Most mechanical drafters begin as detail drafters, making the
drawings required for the manufacture of products. Mechanical
drafters can advance to supervisory positions within the department
or may advance to assistant engineers as they gain experience. Other
areas of advancement include purchasing and sales.
Wage information is available from the Minnesota Department of
Employment and Economic Development.
Program Start Dates
Fall Semester ..........................................................................August
Spring Semester ...................................January(With Instructor Approval)**
**Students who start in the spring will need longer to complete due to course
prerequisites.
Course Prerequisites
Some courses in this program may require a prerequisite. Please see
course descriptions for more details.
Program Sequence
Fall Semester ........................................................................... 18
MATH 1081 Technical Mathematics ....................................... 5
MECH 1200 Mechanical CAD I ............................................... 4
MECH 1216 Drafting Standards ............................................... 5
MECH 2064 Introduction to Inventor ....................................... 4
Spring Semester...........................................................................12
MACH 1090 Machining Fundamentals ..................................... 2
MECH 1229 Materials and Processes ....................................... 3
MECH 2055 Geometric Dimensioning and Tolerancing .......... 3
MECH 2074 Solidworks ........................................................... 4
2023-2024
Mechanical CAD Drafter
Diploma
Technical Credits ................................ 54
MnTC General Education Credits ........ 4
Total Credits ........................................58
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Fall Semester ........................................................................... 15
ENGL 1107 Composition (Goal 1&2) ..................................... 4
OR
ENGL 2105 Business and Technical Writing (Goal 1&2) ....... 4
MECH 1235 Statics and Strengths of Materials ....................... 4
MECH 2035 Process Design Drafting ...................................... 3
MECH 2084 Introduction to ProE/Creo .................................... 4
Spring Semester...........................................................................13
MECH 1245 Sheet Metal Concepts and Applications .............. 3
MECH 2045 Design Projects .................................................... 4
MECH 2080 Special Projects .................................................... 3
MECH 2090 Advanced CAD .................................................... 3
Graduation Requirements
Students must earn a cumulative 2.0 GPA or higher to be eligible for
graduation from this program.
Faculty Contact
Paul Klevann....... ....................................................... 763-576-4188
For information on how to apply, to schedule a tour, or for
service
during summer hours,
contact Enrollment Services at 763-576-7710 or
Also see: Mechanical CAD Drafting & Design AAS and Mechanical
CAD Operator certicate
(continued)
2023-2024
Mechanical CAD Drafter
Diploma
