Facilities
At 12 computer workstations, students learn to program PLCs (Programmable Logic Controllers), microcontrollers, and robotic systems. They also construct and test circuits using principles of electricity and electronics.
This state-of-the-art biosafety level 2 facility is home to a Bioreactor which cultivates cells to produce antibiotics, vaccines, and organic acids. In addition, this lab houses a Biochemical Analyser and Biosafety Cabinet, as well as Fluorescent Microscope to view cells and cell components, DNA, and protein molecules that have been stained with fluorescents.
The lab also houses an advanced Gel Documentation System for image capturing, thermal cycler for using real-time PCR (Polymerase Chain Reaction) to replicate DNA, High Performance Liquid Chromatography (HPLC) system for the analysis of protein molecules, and a solid state bioreactor to cultivate microorganisms on a packed bed.
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In this lab, students work on pilot scale unit operations, experiencing true-to-life use of equipment that exists in the chemical industry today. They also learn to operate and control small and pilot scale bioreactors
Used for introductory courses in chemistry and analytical chemistry.
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ETB classrooms are used by B.Tech. students in all levels for lectures and are fully equipped with audio and visual technologies. Students follow along on projection screens at the front of the classroom. The largest classroom in the building holds a maximum of 80 students.
Our brand-new computer lab seats 50 students at workstations with 24”monitors. Pairs of students share a second instruction monitor which is controlled by the lab instructor. The coolest part of this computer lab? There aren’t actually any computers in it! Each workstation uses a virtual desktop infrastructure to connect remotely to the main server located in a completely different part of the building.
The PACE (Partners for the Advancement of Collaborative Engineering Education) Lab established by General Motors (GM) and PACE Partners Autodesk, HP, Oracle and Siemens PLM Software at McMaster University gives engineering and technology students a global edge as they prepare for careers in the international world of design and engineering.
PACE software on the computers includes Siemens PLM Software NX and Teamcenter, Catia, Autodesk Alias Design, Maya, and Sketchbook Pro.
Students use rapid prototyping equipment (3D printers), CNC machines, and other power and hand tools to bring their 3D designs to life using a variety of materials (metal, plastic, wood, etc.). This lab is used by all students as needed for project work.
In this Energy Engineering Technologies research lab, students and faculty conduct ground-breaking research on developing a “smart grid” for Ontario’s power industry. Funded by the generous contributions of major industry players such as Hydro One, SEL, ETAP Canada Ltd., Siemens, as well as the National Science and Engineering and Research Council, this lab and an identical one at Mohawk college, are truly state-of-the-art.
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Three 4-person study rooms are reserved exclusively for the use of Bachelor of Technology students.