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- Saint Paul, Minnesota 55102
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Saint Paul College Programs
Engineering Technology
Program Requirements
• Engineering Technology AAS Degree
• CNC/Toolmaking Diploma
Engineering Technology AAS Degree
| Course | Cr | |
|---|---|---|
| MTTP 1411 | Introduction to Manufacturing Processes | 2 |
| MTTP 1413 | Interpreting Geometric Dimensioning & Tolerancing | 2 |
| MTTP 1421 | Engineering Drawing/CAD | 4 |
| MTTP 1431 | Materials Processing | 5 |
| MTTP 1432 | Mechanical Applications 1 | 5 |
| MTTP 1511 | CNC 1 | 2 |
| MTTP 1512 | CNC 2 | 2 |
| MTTP 1513 | CNC 3 | 2 |
| MTTP 2410 | Computer Aided Manufacturing 1 | 2 |
| MTTP 2412 | Computer Aided Manufacturing 2 | 2 |
| MTTP 2510 | Tool Design | 4 |
| MTTP 2511 | Molding/Plastic Technology | 5 |
| MTTP 2512 | Manufacturing Applications | 5 |
| MTTP 2513 | Mechanical Systems | 5 |
| MTTP 2530 | Fixture Design | 2 |
| Subtotal | 52 | |
| General Education Requirements | 20 | |
| (Select at least 20 credits of General Education according to the requirements listed below) | ||
| Total Program Credits | 72 |
| AAS Degree General Education - 20 Credits Students are required to complete ENGL 1711 and any SPCH course from Goal 1 (7 credits) |
||
| Requirements* | Cr | |
| Goal 1: | Communication | 7 |
| ENGL 1711 Composition 1 (4 cr.) | ||
| SPCH XXXX (3 cr.) | ||
| Select a minimum of 3 credits from Goal 3 or Goal 4 | 3 | |
| Goal 3: | Natural Sciences PHYS 1720 Intro to Physics – 4 cr |
|
| Goal 4: | Mathematical/Logical Reasoning MATH 1730, MATH 1760 OR MATH 2751 |
|
| Select a minimum of 3 credits from Goal 5 | 3 | |
| Goal 5: | History, Social Science, & Behavioral Sciences | |
| Select a minimum of 3 credits from Goal 6 | 3 | |
| Goal 6: | Humanities and Fine Arts | |
| Select a minimum of 4 additional credits from Goals 1-10 of the Minnesota Transfer Curriculum |
4 | |
| * Refer to the Minnesota Transfer Curriculum Course List for specific course options. | ||
CNC/Toolmaking Diploma
| Course | Cr | |
|---|---|---|
| MATH 1411 | Applied Mathematics | 3 |
| MTTP 1411 | Introduction to Manufacturing Processes | 4 |
| MTTP 1413 | Interpreting Geometric Dimensioning & Tolerancing | 2 |
| MTTP 1421 | Engineering Drawings/CAD | 5 |
| MTTP 1424 | Shop Calculations and Applications | 2 |
| MTTP 1431 | Materials Processing | 5 |
| MTTP 1432 | Mechanical Applications 1 | 5 |
| MTTP 1433 | Mechanical Applications 2 | 5 |
| MTTP 1511 | CNC 1 | 2 |
| MTTP 1512 | CNC 2 | 2 |
| MTTP 1513 | CNC 3 | 2 |
| MTTP 2410 | Computer Aided Manufacturing 1 | 2 |
| MTTP 2412 | Computer Aided Manufacturing 2 | 2 |
| MTTP 2510 | Tool Design | 4 |
| MTTP 2511 | Moldmaking/Plastic Technology | 5 |
| MTTP 2512 | Manufacturing Applications | 5 |
| MTTP 2513 | Mechanical Systems/EDM | 5 |
| MTTP 2530 | Fixture Design | 2 |
| Total Program Credits | 62 |
Course Descriptions
MATH 1411 Applied Mathematics
This course is required for students in certain trade programs. This course is designed to help students develop the numerical skills needed to perform tasks in their trade. Topics in this course include whole numbers, fractions, decimals, percents, ratios and proportions, plane geometry, word problems relevant to the trades, use of the TI-36 calculator (or equivalent), and the metric system. (Placement into this course will be according to college assessment score or completion of MATH 0742 with a grade of "C" or better) 3C/2/1/0
MTTP 1411 Introduction to Manufacturing Processes
This course covers a general orientation, an overview of careers, shop safety, measurement, precision tools, band saw theory, lathe theory, drills and vertical milling machines. 4C/4/0/0
MTTP 1413 Interpreting Geometric Dimensioning and Tolerancing
Advanced applications of blueprint reading and geometric dimensioning and tolerancing, including advanced inspection procedures and metallurgy are covered. This course covers the principles, application and interpretation of geometric dimensioning and tolerancing as per ASME-Y14.5M 1994 Standards. (Prerequisite(s): MTTP 1421). 2C/0/2/0
MTTP 1421 Engineering Drawings/CAD
Fundamentals of reading drawings and the use of CAD to produce orthographic, auxiliary, and assembly drawings. 5C/5/0/0
MTTP 1424 Shop Calculations and Applications
The subject matter progresses from the arithmetical operations through measurement systems, basic algebra for shop formula solving skills, practical geometry with shop examples and applications, and trigonometry, emphasizing its valuable use in the shop and in the trades. 2C/0/2/0
MTTP 1431 Materials Processing
This introductory lab course covers shop safety, bench work, power saws, drills, drill presses, lathe operations, vertical milling, and basic surface grinding. 5C/3/2/0
MTTP 1432 Mechanical Applications 1
This course covers intermediate lathe, milling machines, and surface grinding operations. Work efficiency and inspection of finished work will be stressed. 5C/3/2/0
MTTP 1433 Mechanical Applications 2
This course covers advanced tool room machining operations using vertical mills, lathes, surface grinders, as well as part inspection. (Prerequisite: MTTP 1432). 5C/0/5/0
MTTP 1511 CNC 1
This course covers the basic operation and set up skills using Dynapath 10 and 20 CNC controller G&M code format. (Prerequisite(s): MTTP 1433) 2C/0/2/0
MTTP 1512 CNC 2
This course covers the set-up and operation of CNC machine tools. Also includes advanced NC/CNC programming and operation on machining and turning centers with an emphasis on Fanuc controls. (Prerequisite(s): MTTP 1511) 2C/0/2/0
MTTP 1513 CNC 3
This course covers the set-up, operation, and programming of CNC turning centers. (Prerequisite(s): CNC2 or instructor approval) 2C/0/2/0
MTTP 2410 Computer Aided Manufacturing 1
Covers computer-aided manufacturing using Mastercam software. Students will learn to create geometry, toolpaths, and CNC tape files for a series of prints and projects. The use of PC based CAM software to generate numerical control programs is included. The software currently is Mastercam Version 6. 2C/0/2/0
MTTP 2412 Computer Aided Manufacturing 2
This course is a continuation of CAM1. Prints will be handed out and programs created for CNC machine tools. A series of projects will be assigned. 2C/0/2/0
MTTP 2510 Tool Design
Analysis and design fundamentals required to design and build a mold. Content includes types of molds, plastic molding characteristics, metal alloy castings, design principles and molding methods. (Prerequisite(s): MTTP 1413, MTTP 1511, MTTP 1512, MTTP 1513, MTTP, 2410, MTTP 2412, MTTP 2530) 4C/4/0/0
MTTP 2511 Mold/Plastic Technology
Introductory course on the design and construction principles of basic molds. Mills, lathes, surface grinders, jig borers, drill presses and injection molding machines are used in a laboratory setting to produce a plastic injection mold. (Prerequisite(s): MTTP 1413, MTTP 1513, MTTP 2410, MTTP 2530) 5C/3/2/0
MTTP 2512 Manufacturing Applications
Product development fundamentals including design and research, cost estimating, and manufacturing of a metal stamped product. This course will include additional theory and online assignments. (Prerequisite(s): MTTP 1413, MTTP 1513, MTTP 2410, MTTP 2530) 5C/3/2/0
MTTP 2513 Mechanical Systems/EDM
Advanced level study that covers the design and machining operations required to build a plastic injection mold. Lathes, mills, surface grinders, EDM, CNC programming, and heat treat equipment are used. This course will include additional online assignments. (Prerequisite(s): MTTP 1413, MTTP 1513, MTTP 2410, MTTP 2530) 5C/5/0/0
MTTP 2530 Fixture Design
Introduces production machining processes and includes calculations and methods for work holding set-ups of various piece parts. (Prerequisite(s): MTTP, 1421, MTTP 1450). 2C/0/2/0
