Full-time Programs
MANU - Manufacturing Engineering Technician
Program Entry
SEPTEMBER
Program Length
Two-Year Ontario College Diploma
| Contact: | E-mail: |
|---|---|
| John Poste | jposte@loyalistc.on.ca |
On This Page
Highlights
- The manufacturing sector accounts for one in five jobs in Ontario, and employers need skilled workers to compete globally.
- Invest in your future with a strong combination of mechanical and electronic skills.
- Entry-level salaries vary from the mid-$30,000 range to over $40,000.
- Earn a certificate in Mechanical Techniques after one year of study.
- Enjoy using the latest industry tools and technologies in Loyalist’s well-equipped labs.
- Use the latest CNC Mill with automated tool changing technology.
- My Faculty – Watch the video.
Career Opportunities
This program prepares graduates for the many and varied tasks that make up the growing field of manufacturing engineering. Graduates are employed as maintenance planners, performance lab coordinators, design verification technicians, and CNC programmers, Cad Technicians, Buyers, Quality Control and Continuous Improvement technicians in a variety of industries from large machine shops to large manufacturing, design/build facilities and food processing. Graduates are also involved in fab- rication and improvement of PLC-based equipment.
Program Description
Programmable Logic Controllers (PLCs) make it possible for techni cians at a computer to control events on the factory floor. To succeed in today’s industrial environment, graduates need a combination of mechanical and electronic expertise. Loyalist is meeting that need, giving graduates strong skills and knowledge of CAD, machine design, motion control and manufacturing principles.
Detail-oriented students who enjoy using computers will find many opportunities for computer-based design, including AutoCAD, PLC programming, Autodesk Inventor (CAD-based mechanical design) and CADCAM. Students will also gain a solid understanding of machine design, tool control and devel- opment, numerical control programming and statistical quality control. The positive learning environment includes well-lit, roomy labs with a brand new CNC turning machine, brand new CNC milling machine, new engine lathes and design simulation software.
Students who successfully complete the first year of the program will also be awarded a certificate in Mechanical Techniques.
Approximate Cost
Tuition/Ancillary Fees: $3,393 (two semesters)
Books and Supplies: $1,450
Admission Requirements
(a) Required academic preparation –
- OSSD/OSSGD or equivalent with courses at the general, advanced, (C), (U), (M) or (O) level, and
- Grade 12 English (C) level or equivalent
OR
Recommended academic preparation –
- Grade 12 mathematics
- Courses in CADD, chemistry, manufacturing, welding and computers
Loyalist / University Transfer
Turn your diploma into a degree. Credit transfer agreements are in place with the following institutions as of September 2011:
- Algoma University College
- Davenport University
- Griffith University
- Laurentian University
- University of Ontario Institute of Technology
Click here for details. Graduates may contact the university to make individual arrangements. Informal agreements are in place with other institutions and new transfer agreements are added annually.
Curriculum
First Year - Semester One
ELEC 1003 Electrical Fundamentals 1
To provide the student with a knowledge of AC electrical circuit fundamentals, control devices and wiring methods.
MANU 1000 Machine Tools 1
The student will learn the basics of metal cutting using various machine shop tools including engine lathes, milling machines, drill presses, grinders, as well as various hand tools. Shop safety aspects and principles of metal cutting are discussed.
MANU 1003 Welding Theory
An introduction to the theory and practice of welding to give the student a strong background in the various fabrication processes. Oxyacetylene welding, brazing, cutting, MIG, arc welding and TIC welding will be covered.
MANU 1006 Fluid Power 1
In this course students develop a clear understanding of the basic concepts of fluid power control systems. Students learn about the application of equipment such as pumps, actuators and control valves in detail, and develop a logical approach to the solution of fluid power control system design. Extensive hands-on labs reinforce the theoretical principles of fluid power.
MANU 1009 Blueprint Reading 1
This course covers the theory, conventions, standards and procedures associated with the preparation of mechanical drawings. Orthographic drawings, pictorial drawings, sectional views, auxiliary views and principles of dimensioning are discussed to help students develop the skills to properly read blueprints. The course also introduces the student to computer aided design using AutoCAD.
MATH 1014 Technical Math 1
In this course students demonstrate basic analytical skills and they are prepared for further studies in mathematics. Topics include the use of calculators, basic number operations, basic algebraic operations, functions, percentages, inequalities, units and measurement and solving word problems.
MECH 1001 Machine Maintenance 1
Introduction to standard practices used in the inspection, dismantling and replacement of components such as bearings, chain and belt drives, and couplings.
MECH 1002 Welding 1
An introduction to oxy-acetylene welding, brazing and cutting and to MIG and arc welding.
COMP 1017 Computer Applications 1
Students are introduced to Microsoft applications such as Outlook (email), PowerPoint, Word and Excel. Students will learn how to use the internet and understand the use of a maintenance management system. Within the course, students will also be equipped with job searching techniques, interview skills and will prepare a cover letter and resume.
First Year - Semester Two
ELEC 1004 Electrical Fundamentals 2
This is a continuation of the first semester course with applications of AC theory to the installation and maintenance of motors and control systems. Pre-requisite: ELEC 1003.
MANU 1004 Manufacturing Processes
In this course the students will be introduced to a variety of manufacturing processes that are used for metallic and non-metallic products. Topics include casting, forming, non-traditional machining processes, and powder metallurgy. Pre-requisite: MANU 1000.
MANU 1008 Fluid Power 2
A continuation of Fluid Power 1. Pre-requisite: MANU 1006.
MATH 1016 Technical Math
Students consolidate skills in arithmetic, algebra, solving equations and geometry, trigonometry, and graphical analysis to solve problems used in technological applications. Pre-requisite: MATH 1014 or MATH 1026.
MECH 1003 Blueprint Reading & CAD 2
The interpretation of installation, assembly and detail drawings as applied to the maintenance trade. Prerequisite: MANU 1009.
MECH 1004 Machine Tools 2
The application of turning, milling and grinding procedures to the repair of machine parts. Prerequisite: MANU 1000
MECH 1006 Machine Maintenance 2
A continuation of Machine Maintenance as applied to air compressors, pumps, speed reducers and machine tools. Prerequisite: MECH 1001
MECH 1007 Welding 2
The application of standard welding processes to the repair and fabrication problems encountered in maintenance shops. Prerequisite: MECH 1002
MECH 1008 Welding Theory 2
A continuation of Welding Theory 1. Prerequisite: MANU 1003.
BUSI 1013 Occupational Health and Safety 1
Rights and responsibilities under the OHSA are outlined. Safety related to the uses of overhead cranes, forklifts, proper hook-ups lifting loads, and awareness to safety concerns within the industry are introduced.
Second Year - Semester Three
CADD 2002 CAD 3
This is a continuation of CAD 2 where more advanced techniques are introduced. Students also learn to generate solids and wire from images using AutoCD and CADkey software. Prerequisite: CADD 1007
ELEC 3001 Programmable Logic Control
Programming, interfacing, applications and troubleshooting of programmable controllers is studied. Emphasis is on hands-on learning and solutions to problems in industrial automation systems. Prerequisite: MATH 2004 or ELEC 3003
MANU 2000 Engineering Materials
The aim of this course is to show how and where ferrous and non-ferrous metals can be effectively and economically used. It comprises a study of the main properties, general composition, supply and methods of heat treatment. Ceramics, composites and other non-metallic materials are also discussed.
MANU 2002 CNC Machining
The objective of this course is to provide the student with the foundation of NC programming for turning and machining centers. The students will use computer aided methods to create NC programs and run the machine tools to produce a variety of components.
MANU 2005 Quality Control
Students will learn how probability and statistics are applied to quality control as related to receiving and process control in manufacturing including how to sue and interpret various control charts for variables and control charts for attributes and sampling techniques. Other topics include process capability studies and improvement techniques such as Pareto diagrams and cause-and-effect diagrams.
MANU 2008 Production Systems
At the end of this course students will be able understand and analyze the behaviour of load carrying bodies subjected to various types of loading. The modes of loading examined here are tensile, compressive, shearing, torsional and bending. Also, the physical properties of materials will be examined. The knowledge and concepts developed here are very important to further study in machine design.
Second Year - Semester Four
CADD 2003 Computer Aided Manufacturing
This is a continuation of CNC machining where students will learn to utilize computer design and manufacturing software such as CADkey and MasterCAM to produce a variety of complex components. Prerequisite: CADD 2002
CADD 2004 CAD 4
This is a continuation of CAD 3 with emphasis on solids design and assembly drawings using primarily CADkey. Prerequisite: CADD 2002
MANU 2004 Tool Design
An introduction to computer-assisted jig and fixture design for quantity production. Topics include process planning, work locating and holding principles and the design of basic tools.
MANU 2006 Machine Design
The objective of this course is to provide the concepts and procedures required to design and select common machine elements, such as bearings, gears, belts, chains, etc. found in mechanical devices and systems.
MANU 2007 Manufacturing Automation
This course involves the principles learned in previous courses, such as PLCs, pneumatics, CNC, and computer aided manufacturing, whereas the students will apply these principles to complete various projects. Prerequisite: MANU 2003
