Design and Manufacturing Engineering Technology

Program Overview

The Design and Manufacturing Engineering Technology program equips students with the skills to design, analyze, and manufacture products using advanced technology. Combining mechanical engineering, manufacturing, and automation, the program prepares graduates for careers in various industries, including manufacturing, engineering, and technology. Through a hands-on learning experience, students develop the knowledge and skills necessary to bring ideas to life and contribute to the workforce.

Program Outline

Degree Overview:

Program:

Design and Manufacturing Engineering Technology

Objective:

The program aims to equip students with the knowledge and skills required to work in engineering and manufacturing industries. They will learn to design, analyze, and manufacture products using advanced technology and equipment.

Overview:

• The program combines mechanical engineering design, manufacturing, and automation.
• Students will learn various skills, including mechanical engineering, design, mechatronics, robotics, and CAD.
• This program enables students to design and visualize how things work, giving them the knowledge to bring ideas to life.

Outline:

Course Modules:

• DRFT-290: Develops fundamental drafting skills to create graphic representations of ideas and concepts.
• ELTR-287: Explores computer components, system integration, operating systems, and basic networking and security.
• ENGM-191: Studies how to utilize basic algebra and trigonometry to determine forces in stationary machine and equipment members.
• MAT-110: Provides foundational knowledge of mathematical topics applicable to engineering technologies.
• MTRX-100: Builds the mechanical portion of a pre-defined mechatronics project using CNC and additive manufacturing equipment.
• SEM-101: Discusses the role of technicians/technologists in the workplace and society, and explores time management skills, diversity, sustainability, and safety requirements.
• Year 1 - Semester 2:
• CAD-104:
Creates part drawings using three-dimensional (3-D) Computer Aided Drafting (CAD).
• ENGM-101: Studies the relationship between applied loads and induced internal stresses in structural members.
• MAT-111: Expands knowledge of calculus topics applicable to engineering technologies.
• MTRX-101: Covers fundamental programming skills including creating algorithms and developing structured programs.
• MTRX-102: Explores the fundamentals of DC and AC measurement and circuitry.
• TCOM-110: Examines the employability skills required in the workplace and discusses communication techniques.
• THER-101: Studies typical primary thermal-fluid systems and their associated mechanical components.
• Year 1 - Semester 3:
• CAD-105:
Creates customized part and assembly drawings.
• CAD-200: Focuses on creating assembly models and learning various assembly/disassembly documentation methods.
• MACH-191: Provides knowledge of machine shop principles and practices.
• MANU-100: Introduces the methods of using G and M codes to create CNC programs for machine parts.
• SHOP-186: Investigates the application and operation of mechanical components and systems.
• TCOM-111: Develops technical research, writing, and presentation skills.
• WELD-387: Provides an understanding of welding, thermal cutting, and metal forming operations.
• ENGM-193: Focuses on kinematics and kinetics for analyzing the geometry of motion.
• MANU-201: Explores additive manufacturing methods and learns to optimize 3-D models for printing.
• MANU-290: Provides a comprehensive understanding of the merits and limitations of manufacturing and fabrication.
• MTRX-200: Explores networking fundamentals and basic engineering documentation management.
• MTRX-201: Studies production management processes and gains knowledge of growing a manufacturing-based company.
• THER-200: Learn to analyze flowing fluids and thermal-fluid systems, and compare heat engine and refrigeration performance.
• Year 2 - Semester 5:
• DSGN-207: Develop a technical proposal and apply research skills to a technical problem.
• ENG-291: Create a design from concept to finished product while integrating business case, design concepts, and product specifications.
• ENG-292: Utilize Finite Element Method (FEM) software to solve analysis problems.
• MANU-203: Develop an understanding of quality assurance in a manufacturing environment.
• MANU-291: Understand and apply flexible automation using robotics.
• PROJ-287: Gain an introduction to project management theory and practice.
• Year 2 - Semester 6:
• CAD-298:
Investigate advanced features of CAD software and attend presentations by industry users.
• CLTR-200: Focuses on various cultural dimensions and approaches to promoting inclusion and innovation, including exploring culture in Canadian society, Indigenous and immigrant populations, and the correlation between culture and diversity.
• DSGN-208: Fabricate a product prototype designed in the Concurrent Engineering course.
• DSGN-283: Develop and evaluate components in the design of a machine.
• MANU-204: Integrate knowledge from the Advanced Manufacturing course into a design project.
• PROJ-218: Apply knowledge to design real-life engineering problems from local industries and prepare a technical project, report, and presentation.

Assessment:

• Each course may have different assessment methods, including exams, assignments, projects, presentations, and participation.
• Some courses may use a combination of methods for assessment, while others may have a single method.
• Some projects may require students to demonstrate their knowledge and skills in a practical setting.
• Students will be evaluated on their ability to apply their knowledge and skills to real-world problems.

Teaching:

• The program utilizes a variety of teaching methods, including lectures, labs, workshops, and online resources.
• Students will be exposed to a variety of learning environments, including classrooms, labs, and workplaces.
• The program utilizes a team-based approach to learning, encouraging students to collaborate and share their knowledge and skills.
• The program is taught by experienced instructors with industry experience.
• Some instructors may also have research experience.

Careers:

• Graduates of the program can pursue careers in a variety of industries, including manufacturing, engineering, and technology.
• Some potential career paths include mechanical engineer, design engineer, production engineer, quality assurance technician, and robotics technician.
• Graduates may also start their own businesses or work as consultants.
• The program prepares students for entry-level positions in the manufacturing and engineering industries.
• Graduates will also be eligible for professional registration as an Applied Science Technologist (A.Sc.T.)
or Certified Technician (C.Tech.).

Other:

• The program requires students to complete a two-week international exchange to visit and learn in another country.
• The program may offer opportunities for students to participate in extracurricular activities, including the Eco-car project.
• The Eco-car project is a student-designed and built super mileage concept car.
• The car has placed as high as second in the world at the Shell Eco-marathon Drivers World Championship.
• The program is accredited by Technology Accreditation Canada (TAC).
• Graduates of the program may be eligible for transfer credit to other colleges and universities.
• The program may offer scholarships and awards to students.
• The program is designed to provide students with the skills and knowledge they need to be successful in the manufacturing and engineering industries.
• The program is committed to providing students with a high-quality education and preparing them for the workforce.
• The program is continuously evolving to meet the changing needs of the industry.
• The program is committed to providing students with a hands-on learning experience.
• The program is committed to providing students with the opportunity to work on real-world projects.
• The program is committed to providing students with the opportunity to network with industry professionals.
• The program is committed to providing students with the opportunity to develop their skills and knowledge.
• The program is committed to providing students with the opportunity to succeed in their careers.