# Discover Nanotechnology Engineering at Waterloo

Source: https://www.youtube.com/watch?v=DDK9zGAR2lc
Recap page: https://rapidrecap.app/video/DDK9zGAR2lc
Generated: 2025-11-11T02:02:32.661+00:00

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## Quick Overview

The Nanotechnology Engineering program at the University of Waterloo integrates expertise from Electrical and Computer Engineering, Chemical Engineering, and Chemistry, providing students with a strong foundation in small-scale science and engineering, hands-on lab experience starting in the third year, and diverse career prospects heavily favoring industry employment (54%) or advanced studies (44%).

**Key Points:**
- Nanotechnology Engineering at Waterloo is a unique, collaborative program integrating Electrical and Computer Engineering, Chemical Engineering, and Chemistry expertise.
- Students engage in hands-on lab work, including cleanroom training starting in their third year, utilizing facilities like the Mike and Ophelia Lazaridis Quantum-Nano Center.
- The curriculum covers foundational first-term courses like Calculus 1 and Chemical Principles, progressing to upper-year specialized courses such as Nanotoxicology and Nano-Micro-fabrication.
- The program emphasizes working at the nanoscale, exemplified by fabricating 200 nm diameter MIS Capacitors in the cleanroom.
- A key tip for success is building a strong cohort support system by making friends early in the first year.
- Post-graduation prospects show 54% pursue industry jobs, 44% enter advanced studies (Ph.D., MS, MD, etc.), and 2% start up companies, based on a June 2014 survey.
- Top career sectors for graduates include Software/IT (22%), Semiconductors & Electronics (23%), Business & Finance (12%), and Manufacturing (12%).

![Screenshot at 0:19: Aamna Tahir introduces her involvement, including being an Engineering Ambassador, URA in a microfluidics bacteriophage lab, and WNC Marketing and Design CO-OP, while listing fabricating MIS Capacitors as a memorable student experience moment.](https://ss.rapidrecap.app/screens/DDK9zGAR2lc/00-00-19.png)

**Context:** This presentation, delivered by Aamna Tahir, a 4th-year Nanotechnology Engineering student at the University of Waterloo, outlines the structure, unique features, and career outcomes of the program. The presentation explains what nanotechnology engineering entails, highlights the dedicated laboratory and cleanroom facilities available to students, details the curriculum from first-term bound courses to specialized electives, and summarizes career prospects based on a June 2014 survey.

## Detailed Analysis

Aamna Tahir, a 4th-year Nanotechnology Engineering student at the University of Waterloo, details the program's structure, facilities, curriculum, and career paths. She emphasizes that Nanotechnology Engineering is the science, engineering, and technology conducted at the nanoscale (0.1 nm to 10,000 nm), which is crucial for modern electronics like integrated circuits (chips) where advanced transistors are smaller than 20 nm. The program is unique in Canada for its dedicated cleanroom (1,000 sq ft) and lithography facilities for micro- and nano-device fabrications. Key involvement areas for students include Engineering Ambassadors, URA research in labs like the microfluidics bacteriophage lab, and CO-OPs, with fabricating 200 nm MIS Capacitors in the cleanroom cited as a memorable experience. The curriculum starts with bound courses in the first two terms (Calculus 1, Linear Algebra, Chemical Principles, 3D Printing) and transitions to specialized upper-year courses like Nanotoxicology, Nanoscale Simulations, and Nano-Micro-fabrication. A top tip for success is fostering strong cohort relationships. Career prospects from a June 2014 survey show a strong lean toward industry (54%) or advanced studies (44%), with the largest employment sectors being Semiconductors & Electronics (23%) and Software/IT (22%).

### Student Involvement & Experience

- Engineering Ambassadors
- URA in microfluidics bacteriophage lab
- WNC Marketing and Design CO-OP!
- Most memorable moment was fabricating MIS Capacitors in the clean room
- Top tip is making friends in your cohort.

### Nanotechnology Scale

- The scale ranges from water molecules (0.1 nm) up to hair (1,000,000 nm), with transistors, viruses, and bacteria falling within the nanoscale range.

### Program Collaboration

- Nanotechnology Engineering is a collaborative program integrating expertise from Electrical and Computer Engineering, Chemical Engineering, and Chemistry departments.

### Curriculum Highlights

- 1st term includes Calculus 1, Linear Algebra, Chemical Principles, and 3D Printing; Upper years include Organic/Biochemistry, Nanotoxicology, Nanoscale Biosystems, Nano-Micro-fabrication, and Nanoprobing/Lithography.

### Cleanroom Facilities

- Features include Thin Film Deposition (PECVD, PVD) and Etch Processes (RIE, Wet Chemical Etch), with students beginning cleanroom training in their third year.

### Career Prospects (June 2014 Survey)

- 54% pursue Industry, 44% Advanced Studies (Ph.D., MS, MD, MBA, JD, etc.), and 2% Start-ups. Top sectors are Semiconductors & Electronics (23%) and Software/IT (22%).

![Screenshot at 0:05: Introduction slide featuring Aamna Tahir, Nanotechnology Engineering 2026 student, alongside the Waterloo Engineering branding.](https://ss.rapidrecap.app/screens/DDK9zGAR2lc/00-00-05.png)
![Screenshot at 0:20: Slide summarizing Aamna's involvement, memorable moments \(fabricating MIS Capacitors in the clean room\), and top tip \(make friends in your cohort\).](https://ss.rapidrecap.app/screens/DDK9zGAR2lc/00-00-20.png)
![Screenshot at 0:41: Visual explanation of the nanoscale, showing relative sizes of objects like water molecules, transistors, viruses, and human cells on a nanometer scale.](https://ss.rapidrecap.app/screens/DDK9zGAR2lc/00-00-41.png)
![Screenshot at 1:15: Slide detailing the collaborative nature of the program, showing logos for Chemical Engineering, Electrical and Computer Engineering, and Chemistry.](https://ss.rapidrecap.app/screens/DDK9zGAR2lc/00-01-15.png)
![Screenshot at 2:15: Slide listing key aspects of Waterloo & Nanotechnology Engineering: Cohort System, Hands-on Labs, and Interdisciplinary nature with many applications.](https://ss.rapidrecap.app/screens/DDK9zGAR2lc/00-02-15.png)
![Screenshot at 3:57: Slide listing the presentation outline: What is Nanotechnology Engineering \(NE\)? \| Dedicated Laboratories and cleanroom \| Academic curriculum and possible career path.](https://ss.rapidrecap.app/screens/DDK9zGAR2lc/00-03-57.png)
![Screenshot at 8:05: Slide detailing Cleanroom Highlights, including Thin Film Deposition \(PECVD, PVD\) and Etch Processes \(RIE, Wet Chemical Etch\), with images of cleanroom activities.](https://ss.rapidrecap.app/screens/DDK9zGAR2lc/00-08-05.png)
![Screenshot at 9:10: Slide showcasing the Cleanroom Photo-lithographic Facility Highlights \(Yellow Room\), listing equipment like spin coaters, mask aligners, and UV exposure tools.](https://ss.rapidrecap.app/screens/DDK9zGAR2lc/00-09-10.png)
![Screenshot at 10:31: Pie chart illustrating career prospects: 54% Industry, 44% Advanced Studies, 2% Startups \(based on June 2014 Survey\).](https://ss.rapidrecap.app/screens/DDK9zGAR2lc/00-10-31.png)
![Screenshot at 10:57: Pie chart detailing Careers by Sector, showing Software/IT \(22%\) and Semiconductors & Electronics \(23%\) as the largest segments.](https://ss.rapidrecap.app/screens/DDK9zGAR2lc/00-10-57.png)