1 Bachelor of Technology Degree Completion Program Advanced Entry from College Ontario s leading degree program for college technology graduates! Advance directly to level 3 of a 4 year degree from McMaster University. Flexible evening and weekend courses are ideal for the working professional. CIVIL ENGINEERING INFRASTRUCTURE TECHNOLOGY COMPUTING AND INFORMATION TECHNOLOGY ENERGY ENGINEERING TECHNOLOGIES MANUFACTURING ENGINEERING TECHNOLOGY mybtechdegree.ca ext
2 mybtechdegree.ca B.Tech. Degree Completion Program About B.Tech. McMaster University s Faculty of Engineering and Mohawk College s School of Engineering Technology have partnered to establish the Bachelor of Technology degree program in response to the needs of today s innovation-based organizations. Our unique diploma to degree program is tailor-made for college graduates wishing to upgrade their education and further their careers. All eligible program entrants receive two years worth of advanced credit from their previously completed college diploma or university degree. A flexible evening and weekend schedule runs for twelve months of the year, giving students the option to work fulltime while completing the program. Those not working fulltime may take up to six courses per term. Advanced engineering theory and math subjects, along with a concentration of courses in business and management, prepare students for upward career mobility or further education, including university level Master s and Doctoral programs in engineering or business (e.g. M.Eng., M.B.A., M.A.Sc.,etc.). Students of the program have found that with a four year university degree there is a greater opportunity for promotion to management level positions, as well as a more direct path towards gaining a professional engineering license. For more information, visit
3 Advanced Entry from College Application Steps 1 Verify your eligibility: mybtechdegree.ca/admissions.html An advanced diploma (or equivalent) in a related field with a minimum cumulative average of 75% is required Applicants with only international credentials must be evaluated by World Education Services (WES.org) If you do not meet the grade requirement, please contact us regarding an alternate pathway 2 3 Apply to McMaster: ouac.ca/105 Enter the code MET, then select your B.Tech. stream as your area of interest If you attended an Ontario College or University, request that your transcripts be sent directly to McMaster Submit your documents: Send official transcripts for ALL college and/or university education Submit the Supplemental Information Form found here: mybtechdegree.ca/apply.html High school transcripts are not required Co-op B.Tech. students apply what they have learned in the classroom during paid co-op work terms. Eight months (two academic terms) of co-op work are required for graduation from the program. Engineering Co-op and Career Services will assist students with job searching, résumé writing and interviewing skills; however, it is the responsibility of the student to satisfy the co-op program requirement. Students who have completed college work terms or who have work experience in a related field can be assessed for a waiver. Jason, Manufacturing Engineering Technology
4 mybtechdegree.ca B.Tech. Degree Completion Program Civil Engineering Infrastructure Technology Learn about the evaluation, inspection, repair, and rehabilitation, as well as decision making and asset management of various infrastructures from both technical and managerial points of view. Architectural Technology Civil Engineering Technology Construction Engineering Technology Fifteen core technical courses cover advanced curriculum in math, materials, fluids, structural analysis and design, municipal hydraulics, environmental impact and sustainability, and geotechnical engineering. Seven management courses complement your studies. technical background. They work in the residential and ICI sectors, for the government at all levels, and in private sector consulting and sales. Computing & Information Technology Learn about the design, development, and deployment of computing systems in the software products and computing infrastructure areas from both technical and managerial points of view. Seventeen core technical topics include mathematics, software design and testing, database management, networking, security, computer architecture, and advanced programming concepts such as parallel software architectures and real-time systems. Seven management courses complement your studies. Computer Systems Technology (Software or Networking) Computer Engineering Technology Computer Programmer/Analyst Careers: Graduates are ideal candidates for engineering, project management, and supervisory roles that require a technical background. They create and manage computing systems to support a wide range of applications such as telecommunications, manufacturing, e-commerce, finance and healthcare. Management Courses Students in every stream also take a concentration of seven management courses, including: Matt, Civil Engineering Infrastructure Technology Engineering Economics Technological Entrepreneurship Financial Systems for Technology Organizations Human Behaviour in Technology Settings The Management of Technical Projects 2 electives of your choice
5 Advanced Entry from College Manufacturing Engineering Technology Learn about manufacturing process planning and improvement, structure design and analysis, and system control and analysis from both technical and managerial points of view. Chemical Engineering Technology Electro-Mechanical Engineering Technology Manufacturing Engineering Technology Mechanical Engineering Technology Seventeen core technical courses cover advanced math, fluids, materials, thermodynamics, metal forming, fabrication and micro manufacturing, quality control and assurance, programming, and lean manufacturing. Seven management courses complement your studies. technical background. They work in industrial fields such as automotive, aerospace, energy, ultra precision devices, and medical devices. Energy Engineering Technologies Learn about power quality, protection, and control, energy management, and renewable energy technologies such as bio-mass, fuel-cells, geothermal, solar, and wind from both technical and managerial points of view. Seventeen core technical courses cover advanced math, electricity and electronics, control theory, thermal fluids, as well as power generation, distribution, quality, protection, and maintenance. Seven management courses complement your studies. Electrical Engineering Technology Electro-Mechanical Engineering Technology Electronics Engineering Technology Mechanical Engineering Technology technical background. They work in the energy utility industry, for renewable energy integrators, for governmental bodies at all levels, and in the energy product manufacturing industry.