This course is designed to provide students with an introduction to and an understanding of the basic functions of Inventor solid modeling software. Students successfully completing this course will be able to produce accurate part models, assemblies and create working drawings in both imperial and metric measurements. They will understand the concepts of parametric modeling, using default templates, create sketches and features, modify sketches and features, create work features, troubleshoot modeling files and gain a basic understanding drafting principles. Instruction will be given in a hands-on environment through a combination of lecture, demonstration, practice and assignments.
This course is designed to introduce students to the tools, concepts and methods of modelling 3D content in AutoCAD. Explore AutoCAD's 3D modelling and visualization capabilities while you learn to create and edit 3D surface, solid and wireframe elements for documentation and presentation.
This course introduces students to the knowledge and skills necessary to produce 2D technical drawings using hand sketching and computer aided design (CAD) methods. Students will gain an understanding of construction drawing conventions, annotation methods, scaling, and the fundamental tools and techniques using Autodesk AutoCAD software. Furthermore, students will examine how to add and modify objects, text, dimensions, hatching, and blocks through the completion of moderately complex, two-dimensional working drawings using both imperial and metric units. This course is a prerequisite for detailing and drawing courses throughout the program.
This math course covers fundamental
principles, definitions of mathematical terms and basic graphing techniques. Students will learn to simplify expressions
and solve equations involving trigonometric functions, systems of linear
equations, factoring and fractions.
Statics is the study of forces that act on a structure at rest. This course consists of the basic principles that allow the determination of forces carried by structural bodies and frames. Some of the learning outcomes topics are: (force characteristics, moment force, Resultant Force, equilibrium, Free Body Diagrams and Truss Analysis). This course is delivered via in class lectures and the LEARN management system (database).
Students simplify expressions and solve
equations involving quadratic functions, integral and fractional exponents,
radicals and logarithms. Topics also
include inverse trigonometric functions, sine law, cosine law, plane analytic
geometry and graphing.
Strength and materials is the study of construction materials (steel, concrete & wood) that make up a structure when forces are applied. This course provides an appreciation of the physical characteristics of structural materials (steel, concrete & wood) which is necessary to determine load capacities of structural members. Some of the learning outcomes topics are : (stress-strain curves, stress consideration, centroids, moment of inertia & bending stress). This course is delivered via in class lectures and the LEARN management system (database).
The focus of this course is to allow students to explore Canadian law as it relates to construction agreements and documentation including area of morals, ethics in civil law, common law and statute law. Students will be introduced to the different types of law, laws giving authority, law to torts and law of enforcement including relevant Manitoba Acts and regulations. The course will provide students with the knowledge and skills necessary to understand construction law, standard form of contracts and agreement, specifications, and other documents used in the design and construction of building projects. Necessary construction insurance coverage and construction bonding will be covered in detail. Forms of alternative dispute resolution are examined in detail and litigation as a last resort will also be reviewed. Using the CCDC documents as a guide, students will also examine agreement provisions, definitions, general conditions, supplementary conditions, hierarchy of documents, liquidated damages and penalties, warranties and guarantees. Construction management contracts and custom contracts will be discussed also.
Learn the principles of technical communication. Develop your skills to research, design and organize documents. Practice your skills using plain language techniques to produce clear, effective writing. Ideal for anyone who writes for business, government or industry.
Learn to write code to run Computer Numeric Control (CNC) machines.
Become familiar with the National Building Code and its requirements and applications to today's buildings. Cover topics such as building safety and accessibility, with a particular focus on fire safety, safety within floor areas, exits, vertical transportation, service facilities, health requirements, and barrier free design.
This course includes the fundamental concepts of geometric dimensioning and tolerancing according to ANSY Y14.5M - 1994. Students will learn how to properly apply the principles of geometric dimensioning and tolerancing to the manufacturing and inspection process. These principles will be applied as students inspect various parts using proper quality control methods.
In the context of this program the word "design" is intended to mean applying pre-designed criteria to produce practical solutions. This would include reading and applying such data obtained from manuals, graphs and related technical sources. It is not intended to include "original" engineering or architectural design, which by law must be done by the appropriate professional. Students should note be all written and graphical submissions must be computer generated.
This DC and AC Fundamentals course is designed to equip students with an introductory understanding of electron theory, conductors, insulators, voltage, current, resistance, power, series and parallel circuits, batteries, capacitance, inductance, reactance, motors, generators, transformers, three-phase power and power factor correction. Students will learn and then apply theory to perform basic circuit analysis.
This introductory course explains: all the sections of the Electrical Code, each rule and paragraph throughout; calculating all of section 8; and all Amendments of the Manitoba Power and City of Winnipeg Amendments to the present Code. At the end of the ten weeks give an examination to the students, and check papers. Diagrams on the board of rules will be provided. The only text that is required is the present code book and the instructor will supply the local amendments.
Divided into two modules, this course serves as a general introduction to manufacturing principles and methods. Students will learn the production processes and skills required to manufacture a product by building a stirling engine in a modern factory environment. The procedures demonstrated include Lean, 5S, kanban shop floor scheduling, statistical process control (SPC), dimensional inspection reports (DIR), operation sheets, bills of material (BOM), and engineering drawings. The manufacturing processes used are: CNC milling, CNC turning, punch press operation, manual milling, drilling and turning, anodizing, burnishing, rapid prototyping, quick change tooling, jigs and fixtures. Inspections will be accomplished with the use of surface roughness measuring tools, micrometers, verniers, co-ordinate measuring machines, and an optical comparator. This is a unique opportunity to not just talk about manufacturing concepts like JIT, lean, 5S SPC, and operation instructions but to use them in a world class facility. Each operation is fully documented with the use of operation and process instructions with all parts having engineered drawings with appropriate tolerances.
This course introduces students to equilibrium of forces and moments in both static and dynamic situations. Students will analyze structures and mechanisms to calculate unknown forces or motions.
Review and enhance your knowledge of mathematics with an emphasis on trigonometry, algebra, exponents, and logarithms. Establish a basic knowledge of calculus. A scientific calculator will be required throughout the course.
For students needing a math refresher, or retaking CIV2102 Algebra & Trigonometry, or Electronic Engineering ELEM103 Pre-Calculus.
Acquire the knowledge necessary to identify management functions and set out major principles, problems and objectives. Know the meaning of decision-making and learn how to stress the use of creative thinking in management. Discuss the fundamentals of organization and departmentalization, and learn the value of motivating people in management positions through communications, leadership and supervision. Study the methods used to control budgets, costs, quality, production and sales.
Study the fundamental aspects and principles of project management including life cycle, integration, planning, organization and communication. Learn about work breakdown structures, diagramming, cost management and resource allocation. Examine today’s issues affecting project management including risk management, quality, conflict, and team building.
Students will be introduced to solid modeling using Solid Edge and shown the fundamentals required to generate engineering drawings of mechanical components. Students will learn how to develop and modify solid models, as well as shop drawings. Time permitting, students will learn how to use the Assembly environment to produce assembled component layouts and the corresponding bill of material, parts list.