Bachelor of Technology

Bachelor of Technology OverviewWhy the Bachelor of Technology Program at McMasterBachelor of Technology Admission DetailsBachelor of Technology First Year CoursesBachelor of Technology Options Beyond First YearBachelor of Technology Typical TimetableBachelor of Technology Internships and Co-OpsCareers Beyond the Bachelor of Technology ProgramProfiles and Alumni of Bachelor of TechnologyBachelor of Technology StatisticsBachelor of Technology FacilitiesBachelor of Technology Web Links

  • Overview

    McMaster University’s Faculty of Engineering and Mohawk College’s School of Engineering Technology have partnered to establish the Bachelor of Technology I (B.Tech. I) program in response to the needs of today’s innovation-based organizations.
     
    The four-year Bachelor of Technology program has been designed for students who learn best by doing. It provides a balance of university-level course study and practical experience by applying classroom knowledge and theory to real-life situations.

    Students who successfully complete the program will receive a Bachelor of Technology degree from McMaster University and an advanced college diploma from Mohawk College in one of
    three specialties:

    • Automotive and Vehicle Engineering Technology
    • Biotechnology
    • Automation Engineering Technology.

     

    Degree Completion Program

    Planning on going to college first? Advanced Diploma grads can get two years of transfer credit towards a B.Tech. degree specializing in:

    • Civil Engineering Infrastructure Technology
    • Computing and Information Technology
    • Energy Engineering Technologies
    • Manufacturing Engineering Technology

       

    Why Bachelor of Technology at McMaster?

    The Bachelor of Technology program offers a fresh approach to education for the dynamic world of engineering. Promoting “Learning In 3D,” we incorporate Theory, Practice and Experience in our education. Our students go beyond learning from a textbook – they learn from “hands on” experience through lectures, labs and work experience.
     
    Industry has identified a growing need for employees who possess a wide range of competencies including critical thinking and problem solving, communication and interpersonal skills. Equipped with this blend of skills and abilities, students will be able to market themselves as well-rounded, industry-ready employees.
     
    The B.Tech. program combines both technological and management studies so graduates are able to function in various levels – from shop floor technological situations to liaising with senior levels of management. The combination of technology and management courses, along with mandatory co-op experience, helps students learn how to make technology and management decisions in a business context.
     

    Program Statistics

    Target Enrolment – 240 (all streams combined)

    Average lecture size – 40-60 students

    Average lab size – 20 students

  • Admission Details

    OUAC Application Codes:
    MAT = Automotive & Vehicle ENGINEERING technology
    MTT = Biotechnology
    MPT = automation ENGINEERING TECHNOLOGY

    Target Enrolment: 240 Students (ALL STREAMS COMBINED)

    Admission AVERAGE & Requirements

     

    Web Links

    Homepage:www.learningin3d.ca
    DEPARTMENT CONTACT INFO


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    Co-op/Internship

    All students are required to complete 12 months of relevant work
    experience as part of the program. One four month work term is
    completed after the second year of study and one eight month
    term is completed in the third year of study. While support and
    guidance is provided by Engineering Co-op and Career Services
    to assist students with job searching, résumé writing and
    interviewing skills, it is ultimately the responsibility of the student
    to satisfy the co-op program requirement.

    Wage rates for most co-ops are between $15 – $22/hour

    The co-op work schedule is as follows:

      Fall Winter Summer
    Year 1 BTech 1-A BTech 1-B Optional co-op
    Year 2 AVT / BIO / PAT 2 – A AVT / BIO / PAT 2 – B 4 Month Co-op
    Year 3 AVT / BIO / PAT 3 – A 8 Month Co-op
    Year 4 AVT / BIO / PAT 3 – B AVT / BIO / PAT 4 – A  Optional co-op
    Year 5 AVT / BIO / PAT 4 – B    

    Top 5 Co-op Employers by Stream:

    Automotive & Vehicle Engineering  Technology
    Biotechnology
    Automation Engineering Technology
    Fiat Chrysler Canada
    General Motors Canada
    PCC Aerostructures
    Linamar
    Magna

     

    Apotex
    Maple Leaf Foods

    Ontario Ministry of
       Agriculture and Food  PepsiCo Canada
    St. Joseph’s Healthcare Hamilton

    Evertz Microsystems
    GE Canada
    RBC Royal Bank
    Opus Automation

     

Typical Timetable

  • On average, a B.Tech. schedule includes 26 hours of class time per week
  • 70% lectures & tutorials (18 hours)
  • 30% labs (8 hours)
  • Ratio of lecture to lab time is approximately 2:1

    Typical Timetable

Beyond 1st Year

  • Automotive and Vehicle Engineering Technology

    Learn about the construction, operation, design, and manufacturing of modern vehicles. Evaluate current and future automotive propulsion technologies, advanced combustion systems, hybrid powertrains and alternative fuel vehicles. Use engineering fundamentals and state-of-the-art software to identify, formulate, analyze, and solve problems related to the machine components and assemblies used in the automotive industry.

    CURRICULUM BREAKDOWN

    Pie chart of Curriculum Breakdown - 25% Engineering Foundations, 25% Mechanical, 20% Automotive, 10% Mechatronics, 20% Management

  • Biotechnology

    Biotechnology is an interdisciplinary field merging basic science, applied science and engineering. Study genetic engineering, cell biology, molecular biology and microbiology, analytical instrumentation, and bio processing. Learn about the latest research in immunology, virology, genomics, proteomics and bioinformatics.

    CURRICULUM BREAKDOWN

    Pie chart of Curriculum Breakdown - 25% Engineering Foundations, 30% Biological, 15% Chemical, 10% Biomedical, 20% Management

     

  • Automation Engineering Technology

    Today, manufacturing and processing facilities operate at high speeds with accuracy and limited personnel, while simple and complicated devices perform automated tasks. Prepare yourself for careers in automation through this multidisciplinary program with subjects from chemical, mechanical, electrical, electronics, and computer engineering. Develop analytical and design skills and gain specialized knowledge in sensors, instruments, actuators, industrial networks, process control, SCADA, programming, robotics, and the integration of plant floor data with business systems.

    CURRICULUM BREAKDOWN
    Pie Chart of Process Automation Technology Curriculum Breakdown - Curriculum Breakdown - 25% Engineering Foundations, 25% Electrical & Computer, 10% Chemical, 20% Automation & Controls, 20% Management

MANAGEMENT (all streams)

A portion of the course curriculum is devoted to the development of management and business skills to ensure that graduates are able to undertake and successfully carry out supervisory and management responsibilities as they advance in their technical careers. Some sample management courses include:

  • Financial Systems
  • Project Management
  • Engineering Economics
  • Ethics and Sustainability
  • Technical Communication Skills
  • Professional Workplace Practices
  • Entrepreneurial Thinking & Innovation

The management curriculum is designed to integrate and complement students’ technical education. All B.Tech graduates are awarded a ‘Business Management Certificate’ from Mohawk College. This provides our graduates with a competitive advantage as they enter the workforce.  All management courses employ an active learning approach that is problem-centered and experiential. The benefits of these hands-on instructional strategies include:

  • the ability to work in teams
  • improved critical thinking skills
  • increased retention and transfer of new information
  • improved interpersonal skills that help with career readiness success

 

Careers or Options Beyond This Program

  • Automotive and Vehicle Engineering Technology graduates could be involved in the automotive industry with research and technology applications related to:

    • development of new automotive products and revision of existing ones
    • collaboration in research and development
    • production planning and designing new production processes
    • conducting and developing test procedures
    • automotive product design, manufacturing and quality improvement

     

    Some careers our recent grads are pursuing include:

    • Design Engineer (Honda)
    • Research Engineer (Ford)
    • Management Associate (US Steel)
    • M.Eng Design, McMaster University
    • MASc, Mechanical Engineering, McMaster University
  •  Biotechnology graduates will qualify for positions in government, university and industry. They will also strengthen the competitiveness of businesses in biotechnology with research and technology applications related to:

    • biotechnology
    • genetic engineering
    • pharmaceuticals
    • food production
    • analytical and testing services
    • policies and regulations

     

    Some careers of our recent grads are pursuing include:

    • Chemist, Esteè Lauder
    • Production Supervisor, (Bungee)
    • M.Sc. Ontario Institute for Cancer Research, UOIT
    • Master of Biotechnology, University of Toronto
    • PhD in Biomedical Engineering, McMaster University
  •  Process Automation Technology graduates can work for companies in various industrial processing and manufacturing sectors related to:

    • primary steel
    • chemicals
    • petrochemicals
    • pharmaceuticals
    • power generation

     

    Some careers our recent grads our pursuing include:

    • Process Controls Specialist, GE Water and Process Technologies
    • Senior Automation Analyst, Arcelor-Mittal Dofasco
    • M.A.Sc. Electrical & Computer Engineering, McMaster University
    • M.Eng Manufacturing, McMaster University
  • Profiles & Alumni

    Emily Reid
    Tharmilan Selvathurai
    Mayusanth Jeyakumar
    Kavya Divakarla
    Michael Duarte
    Sonu Dhanjal
    Kristen Canario
    Steve Dolson
    Alex Massiah
    Bhavin Shukla
    Eric Mahoney

  • Facilities

    The B.Tech. program is based at McMaster in the state-of-the-art Engineering Technology Building (ETB). The ETB is 125,000 square feet, Leed Gold certified facility that opened in 2009.

    There are 8 teaching labs, 8 classrooms, and 4 private study rooms exclusively for B.Tech. students in the ETB.

    After first year, students may travel to Mohawk’s Fennell campus for labs.

    Automotive and Vehicle Technology students travel to the new McMaster Automotive Resource Centre (MARC) after first year, to utilize state of the art laboratories and classrooms. The $26 million facility officially opened in 2013 and allows our students to participate in current research in automotive and hybrid technology.

    Check out 360 degree views of our classrooms and labs on the B.Tech. Virtual Tour or McMaster’s General Virtual Tour.