MAPR (Manufacturing Technology)

MAPR 1140 - Industrial Blueprint Reading - 2 Credits

In this course, students apply technical drawing principles to the construction of job sheets, assembly and detailed drawings. Dimensioning, notes, symbols, parts lists, specifications and the use of industrial tables are covered. Principles learned are applied in the interpretation of industrial prints related to the machine-tool industry. Lecture: 2 hours, Lab: 1 hour

MAPR 1200 - Lean Manufacturing - 5 Credits

This course examines the strategy to implement lean manufacturing and improve quality, cost and delivery. Students learn how to implement Kaizen principles. Focus is on preparatory steps taken to ensure achievable breakthrough goals and team success and on sustaining results. Lecture: 4 hours, Lab: 2 hours

MAPR 1220 - Tooling and Machining Operations - 8 Credits

A continuation of ENGT 1020, this course meets the theory-related classroom requirement for precision metal working apprentices. It also provides Manufacturing Technology degree or certificate students with broad exposure to as many machining set-ups and operations experiences as possible. Students acquire the knowledge and the skill needed in performing the safe operation and set-up of conventional machine tools. The tool room lathe, the vertical milling machine and the reciprocating table surface grinder are studied in much greater depth. (Prerequisite: ENGT 1020) Lecture: 3 hours, Lab: 10 hours

MAPR 1240 - Computer Aided Manufacturing - 2 Credits

A continuation of MAPR 1250, this course presents an overview of the software and documents using MasterCam software. Turning, milling and wire EDM methods of machining are discussed and part programs are generated for the machining processes using this software. Students are introduced to the most common types of machine tools controlled by a computer. In addition, students produce CNC part programs with the desired machining sequence and tool path verification using the software. Text editing, tool path sequence and CNC file management are discussed. (Prerequisite: MAPR 1250 and COMI 1100) Lecture: 1 hour, Lab: 2 hours

MAPR 1250 - Introduction to CNC - 2 Credits

This course introduces students to CNC manual programming techniques and familiarizes them with the most common machine tools used in industry that are controlled by computer. Direction of axis motion, methods of tool and work piece compensation, canned cycles and sub-routines are reviewed. Students produce manually written programs for 3 axis-machining centers, 2 axis-turning centers and EDM wire machines. Different types of machine tool controllers are discussed and students learn code for use during verification and revising of programs. Lecture: 1 hour, Lab: 1 hour

MAPR 1260 - Geometric Dimensioning and Tolerancing - 2 Credits

This course helps students develop an understanding of how the Geometric Dimensions and Tolerancing (GDandT) system is applied to the engineering drawing and how it is used in the machine set-up and the inspection of manufactured parts and products. (Prerequisite: MAPR 1140) Lab: 1 hour, Lab: 1 hour

MAPR 1620 - Measurements - 2 Credits

This course develops students’ ability to accurately and precisely measure manufactured parts and assemblies. The class and lab combination study a range of tool uses, from basic hand-held measuring types of tools to the most sensitive and sophisticated types of electronic amplified measuring tools that measure the parts dimensional size and form. Precision gages, scaled and precision measuring equipment and surface plate preparation and part set-up are discussed. Lecture: 1 hour, Lab: 2 hours

MAPR 1800 - Applied Machine Tool Geometry - 2 Credits

This course introduces students to the concepts and theories used in the calculations of geometric features found on machined parts. Angular surfaces, dovetailed ompotes and tapered shapes are covered. Lecture: 2 hours

MAPR 2100 - Special Tooling and Operations - 4 Credits

This course introduces students to a variety of manufacturing techniques and processes that are used to do prototype work. These skills transfer to work in tool rooms, stamping die rooms, model shops and research and development departments and in other technical capacities that support a manufacturing facility. Electrical Discharge Machining (EDM), cylindrical grinding, form and angle grinding and the use of the surface grinder are studied. The application using Super Abrasive cutting tools and grinding wheels in precision machining are studied in carbide inserts tooling. Lecture: 1 hour, Lab: 4 hours

MAPR 2110 - Computer Integrated Manufacturing - 3 Credits

This is an introductory course in the principles and techniques of computer integrated manufacturing. An overview of the manufacturing process and how automation can be utilized is presented. Topics include: sensors, controllers, control loops, interface systems, PLCs robotics and the economic advantages and disadvantages of using integrated manufacturing. Lecture: 1 hour, Lab: 3 hours

MAPR 2200 - Advanced Computer Aided Manufacturing - 2 Credits

A continuation of the CAM-1 course, this course focuses on more sophisticated commands and software flexibility using MasterCam. Student learn to use software to program circular profiles and to program with cutter and wire compensation. Configuring and editing subprograms are also reviewed. This course presents a more intensive overview of software and documents used with MasterCam. Students create part programs for turning, milling and wire EDM methods of machining and produce CNC part programs with the desired machining sequence, tool selection, cutter path and post-processing methods that is verified using MasterCam software. Text editing, tool path sequence and CAM file management are reviewed. Lecture: 1 hour, Lab: 2 hour

MAPR 2330 - Cost Estimating - 3 Credits

This course provides an introduction to the basic approaches and tools used in cost estimating in the metal working industry. Units covered include estimation of set-up, machining and assembly times, labor and material estimating learning curve theory. Lecture: 3 hours

MAPR 2410 - Advanced Blueprint Reading - 2 Credits

This course is designed specifically for moldmaking and diemaking apprentices. Students are required to interpret complex blueprints of pressworking dies, plastic molds and die casting tools that are used in those industries. Students develop the ability to extrapolate the design and manufacturing methods of those tools by interpreting those blueprints. (Prerequisite: MAPR 1140) Lecture: 2 hours, Lab: 1 hour

MAPR 2700 - Machinery’s Handbook - 2 Credits

The Machinery’s Handbook is more than a test or an encyclopedia. It is the storehouse for a wealth of practical information to help the machinist solve problems. While it deals with some items of interest to the beginner, it is highly technical and prepared specifically for the experienced technician, toolmaker, machinist and mechanic. Students are not expected to memorize the material in this book and all phases of machine work are not covered. Students are responsible for continually looking up answers to specific questions. Lecture: 2 hours

MAPR 2800 - Machine Processes Project - 4 Credits

This course provides an opportunity for students to use all the skills and knowledge gained throughout the program. Through the proper selection of a final project, students are able to exhibit these skills in an industrially worthwhile endeavor. Lecture: 1 hour, Lab: 8 hours