U

University of Waterloo

Student-run venture capital training fund

Research Microfabrication Equipment Technologist

Full-TimeUpdated
$86k - $107.5k
Senior
Master's, PhD
Waterloo, ON, Canada
In PersonWork is based in Waterloo, Ontario, Canada.
Mechanical EngineeringMechanical Maintenance and Reliability Engineering

About the job

Requirements
  • A master's degree in engineering, or an equivalent combination of education and experience; a Ph.D. is preferred.
  • Five years of experience working in cleanroom lab operations.
  • Experience operating, troubleshooting, and repairing microfabrication and vacuum deposition equipment.
  • Expertise in thin-film materials synthesis and device processing.
  • Expertise in manufacturing equipment used in display technologies and processes using vacuum deposition equipment to fabricate electronics for display applications.
  • Broad knowledge of cleanroom microfabrication equipment operation and maintenance.
  • Experience with semiconductor and thin-film transistor fabrication and characterization equipment used in semiconductor device manufacturing environments.
  • Familiarity with nanotechnology and nanoscience measurement equipment and supplies.
  • Experience in cleanroom operations, troubleshooting equipment hardware and software, and repairing vacuum systems and components.
  • Experience giving tutorials and demonstrations, writing and updating lab manuals, and developing new lab procedures.
  • Experience monitoring and enforcing safety in laboratories or a similar environment.
  • Aptitude for mentorship and interest in working with graduate students.
  • Interpersonal, oral, and written communication skills.
  • Ability to establish and maintain procedures to ensure the safety of students and staff in the lab.
  • Organizational, problem-solving, and analytical skills.
  • Ability to work independently and as part of a team in a busy environment.
  • Approachability, consistency, and ability to motivate and earn students’ trust.
  • Self-motivation and initiative to improve the quality of labs and the working environment.
  • Must be legally entitled to work in Canada.
Responsibilities
  • Create and uphold policies for equipment operation and material handling.
  • Design and document baseline fabrication processes for all equipment and maintain a library of stable, well-characterized standard operating procedures.
  • Develop and implement quality assurance programs for equipment calibration, maintenance, and repair.
  • Develop new test systems and upgrade existing systems to maintain safe, optimized operation of G2N fabrication equipment.
  • Ensure equipment performs optimally and consistently; regularly check mechanical stability and oversee maintenance and repair as needed.
  • Use knowledge of microfabrication tools to proactively schedule maintenance and minimize downtime and repairs.
  • Monitor equipment cleanliness and process compatibility, and initiate corrective action to support reliable baseline processes.
  • Serve as an information source to faculty, researchers, graduate students, and external users about instrumentation needs.
  • Coordinate functions and operations across laboratories.
  • Recommend and participate in equipment procurement and installation, including calibration of new systems.
  • Communicate health and safety guidelines, coordinate safety training, and instruct new users on cleanroom protocols.
  • Ensure applicable safety requirements are met and minimize risk by controlling hazards.
  • Provide engineering assistance, instruction, and consultation to faculty, students, and industrial researchers to support research objectives.
  • Educate users on effective methods and demonstrate techniques for operating microfabrication equipment.
  • Train and certify new users in safe operation of advanced equipment and test systems.
  • Provide technical direction to research staff, industry associates, technicians, and students.
  • Supervise graduate students and postdoctoral fellows to ensure compliance with standard operating practices and equipment procedures.
  • Help users maintain microfabrication, electrical test, and characterization equipment, and initiate and perform system maintenance and repairs.
  • Prevent introduction of materials that could damage or compromise equipment.
  • Evaluate process flows and equipment process submissions for feasibility and compatibility with G2N microfabrication equipment.
  • In conjunction with management, approve or deny equipment access based on compatibility and contamination considerations.
  • Support users in operating equipment to develop microfabrication processes and operating procedures.
  • Consult with lab management on requests from prospective G2N Lab users or customers.
  • Provide expert consultation and collaboration on technical requirements, capabilities, and new research approaches.
  • Design, develop, fabricate, and test specialized structures using existing microfabrication equipment for research and related activities.
  • Advise on the feasibility of using existing G2N Lab equipment capabilities for new engineering experiments.
  • Ensure G2N tooling and equipment support required fabrication capabilities, testing, and research projects.
  • Maintain and service G2N equipment to provide timely access for experimental prototype design and fabrication.
  • Determine whether tooling and equipment can develop new processes and meet client requirements.
  • Develop, implement, monitor, and evaluate microfabrication tools to assess current and projected laboratory services and productivity.
  • Maintain equipment and tools to deliver standard processes and devices meeting original equipment specifications.
  • Manage Foundry Laboratory equipment calibration and raw-material usage, determine maintenance frequency, and work with staff to resolve equipment issues.
  • Evaluate equipment and material usage to improve quality or reduce costs.
  • Demonstrate equipment stability and repeatability through quality and reliability tests, including Statistical Process Control (SPC).
  • Coordinate and direct recipe and process development initiatives to optimize microfabrication equipment operation.
  • Prepare laboratory experiments and provide instruction for undergraduate nanotechnology engineering labs.
  • Design, construct, and test setups for laboratory experiments.
  • Monitor student lab progress by evaluating reports and lab exams on technical and theoretical subject matter.
  • Maintain academic integrity in the laboratory.
  • Assess nanotechnology engineering work-term reports.
  • Assist students individually or in groups with laboratory and related assignments and problems.
  • Evaluate student technical presentations and symposium posters.
  • Consult, coach, and mark fourth-year student design projects.
  • Develop experiments and write laboratory materials and manuals with faculty.
  • Recommend or make changes to materials, techniques, or procedures to improve laboratory exercises.
  • Plan, conduct, and evaluate prototype laboratories.
  • Keep laboratory content and resources current.
  • Attend laboratory planning and review sessions.
  • Stay aware of current innovations and incorporate them into laboratory processes where feasible.
  • Perform other duties or special projects assigned by the Lab Manager or Director of the Giga-to-Nanoelectronics Laboratory.
Desired Qualifications
  • A Ph.D. degree.
  • Hands-on cleanroom equipment maintenance experience.

About the company

U

University of Waterloo

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The Student Venture Fund (SVF) at the University of Waterloo provides students with hands-on venture capital training by evaluating startups, conducting market research, valuing companies, performing due diligence, and making investment recommendations under supervision from finance professors and industry mentors. Students work through the full investment process, presenting ideas and executing approved investments as part of a live early-stage portfolio. The program differs from typical courses by offering an end-to-end, real-money learning experience with ongoing mentorship and industry interaction. Its goal is to develop practical VC skills in students while building real-world investment experience and expanding connections with the startup and investment community.

Company Size

11-50

Company Stage

N/A

Total Funding

$3.4M

Headquarters

Waterloo, Canada

Founded

2017

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Simplify's Take

What believers are saying

  • September 2026 entrepreneurship rankings strengthen Waterloo's employer brand for startup-minded hires.
  • April 2026 operating budget added $50.8 million in provincial grant funding.
  • Velocity's 2026 accelerator accepted 55 students, showing strong deal flow and ecosystem depth.

What critics are saying

  • April 17, 2026 budget still showed a $33.7 million structural deficit.
  • Waterloo kept a hiring freeze in 2026; further restructuring and layoffs remain scheduled.
  • Domestic tuition caps and international enrollment limits squeeze revenue through 2027, threatening program breadth.

What makes University of Waterloo unique

  • September 2, 2026 PitchBook ranked Waterloo seventh globally for producing entrepreneurs.
  • Velocity and SVF give students direct venture investing and founder exposure inside SAF.
  • September 4, 2026 IPON backed 30 Velocity Summer Accelerator teams with $12,000 fellowships.

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Benefits

  • Training Programs
  • Professional Development Budget

Company News

University of Waterloo
Sep 2nd, 2021
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