UNIVERSITY OF WATERLOO · CANADA
Nanotechnology Engineering
Bachelor's · Taught in en
At a glance
60 mo
Duration
6.5
IELTS
—
Tuition / yr
en
Language
Bachelor's
Level
- #1 in Canada for Nanoscience and NanotechnologyRanking
- First accredited nanotechnology program in CanadaAccreditation
- Dedicated program clean room with cutting-edge equipmentFacilities
- Co-op only program with paid work experienceCo-op
- Interdisciplinary approach combining Chemistry, ECE, and Chemical EngineeringCurriculum
- $160-million Mike and Ophelia Lazardis Quantum-Nano CentreResearch Facility
Nanotechnology Engineering is a cutting-edge program focused on designing and developing innovative systems at the molecular level. This interdisciplinary field integrates principles from Chemical Engineering, Electrical and Computer Engineering, and Chemistry to address global challenges in areas like healthcare, climate change, AI, and quantum computing. You'll explore how nanotechnology fuels advancements in life-saving pharmaceuticals, biomedical tools, advanced electronics, sustainable energy solutions, and more. The program provides hands-on experience through dedicated lab courses and access to state-of-the-art facilities, including a program clean room equipped with advanced nano-fabrication tools. Graduates are well-prepared for a rapidly growing global nanotechnology sector, with opportunities in research, industry, and entrepreneurship. As a co-op only program, Nanotechnology Engineering integrates classroom learning with significant paid work experience, allowing students to explore career paths and build a strong professional network before graduation. This unique combination of academic rigor and practical application ensures graduates are ready to contribute to the next generation of technological innovation.
Curriculum
The Nanotechnology Engineering program offers a robust curriculum that spans fundamental scientific principles to advanced applications. The first year focuses on building a strong foundation in core subjects, while upper years delve into specialized areas of nanotechnology. All students participate in a co-op program, alternating between study and paid work terms.
- First Year
- Introduction to Nanotechnology EngineeringNE 100
- Societal and Environmental Impacts of NanotechnologyNE 109
- Introduction to Programming for EngineersNE 111
- Linear Algebra for Nanotechnology EngineeringNE 112
- Chemical PrinciplesNE 121
- Calculus 1 for EngineeringMATH 117
- Introduction to Nanomaterials Health RisksNE 110
- Introduction to Computational MethodsNE 113
- Introduction to Materials Science and EngineeringNE 125
- Physics for Nanotechnology EngineeringNE 131
- Linear CircuitsNE 140
- Calculus 2 for EngineeringMATH 119
- Upper Years
- Structure and Properties of NanomaterialsNE 225
- Biology for Nanotechnology EngineersNE 281
- Quantum MechanicsNE 332
- Microfabrication and Thin-Film TechnologyNE 343
- Nanomaterials for Electrochemical Energy SystemsNE 496
Careers
A degree in Nanotechnology Engineering opens doors to diverse career paths in high-growth sectors. Graduates are equipped to contribute to advancements in areas such as renewable energy, electronics, healthcare, and environmental sustainability.
- Optoelectronic Display Engineer
- Materials Test Engineer
- Business Technology Analyst
- NPI Engineering Specialist
- Research and Development Engineer
- Pharmacovigilance Analyst
- Scanning Probe Microscopy Experimentalist
Frequently asked questions
- What are the English language proficiency requirements for international students?
- If your first language is not English and you haven't completed four years of full-time education in an English-speaking school system, you must provide proof of proficiency. Accepted tests include IELTS Academic with a score of 6.5 overall (6.5 writing/speaking, 6.0 reading/listening) or TOEFL iBT with a score of 90 overall (25 writing/speaking for tests before Jan 21, 2026; 4.5 overall with 5 writing/speaking for tests after Jan 21, 2026).
- How much does tuition and fees cost for international students?
- Tuition fees are estimates and are subject to change; specific amounts can be found using the Tuition Fee Estimator tool on the university website. These estimates cover tuition and incidental fees but do not include living expenses like housing or textbooks.
- What is the duration of the Nanotechnology Engineering program?
- The Nanotechnology Engineering program is a co-op only program, meaning it integrates classroom learning with significant paid work experience. The total duration of study and co-op work terms is not explicitly stated but is structured around alternating study and work periods.
- What are the career prospects after graduating from Nanotechnology Engineering?
- Graduates are prepared for diverse roles in high-growth sectors, including optoelectronics, materials testing, research and development, and business technology analysis, contributing to advancements in areas like healthcare, electronics, and sustainable energy.
- How do I apply to the Nanotechnology Engineering program?
- You need to complete the application through the applicant portal, submit official transcripts, and provide English language proficiency scores if required by the document deadline. Monitoring your applicant portal for status updates is also essential.
Entry requirements
High School DiplomaSpecific requirements vary by country and curriculum. Please consult the applicant portal for detailed information based on your educational background.
IELTS Academic6.5 overall, with 6.5 in writing and speaking, and 6.0 in reading and listening
TOEFL iBT90 overall, with 25 in writing and speaking (for tests completed before Jan 21, 2026); 4.5 overall with 5 in writing and speaking (for tests completed on or after Jan 21, 2026)
PTE Academic63 overall, with 65 in writing and speaking
You are required to provide an English language test score if your first language is not English AND your four most recent years of full-time education have NOT been in an English-language school system. Exemptions may apply based on study in Canada or specific Francophone backgrounds. Test scores must be submitted by the program's document deadline.
Fees
Tuition (international)Tuition fees are estimated using the Tuition Fee Estimator. Specific amounts are available through this tool and are subject to change.
Tuition (home)Tuition fees are estimated using the Tuition Fee Estimator. Specific amounts are available through this tool and are subject to change.
LivingThe Tuition Fee Estimator does not include living expenses such as off-campus housing, groceries, textbooks, or equipment.
The Tuition Fee Estimator provides an estimate based on the Fall 2026 term. It covers tuition and incidental fees but not other living expenses. Costs may be higher for programs requiring preliminary English language training. Fee schedules provide a detailed breakdown of components.
How to apply
1. Check Admissions and English RequirementsUnderstand the specific academic and English language proficiency requirements for the Nanotechnology Engineering program, which vary by country of residency. Determine if an English language test is necessary.
2. Complete the ApplicationSubmit your application through the applicant portal. This typically includes academic transcripts, personal information, and potentially other supporting documents as specified by the program.
3. Submit English Language Proficiency Scores (if required)If you are required to provide an English test score, ensure it meets the minimum requirements (e.g., IELTS 6.5, TOEFL iBT 90) and is sent directly from the testing agency to the University of Waterloo by the document deadline.
4. Declaration of Academic ExperienceComplete the Declaration of Academic Experience in the applicant portal to confirm your English language proficiency status.
5. Monitor Application StatusRegularly check your applicant portal for updates on your application status and any additional information required.
Accreditation
The Nanotechnology Engineering program is the first accredited nanotechnology program in Canada.
Frequently asked questions
What are the English language proficiency requirements for international students?
+
If your first language is not English and you haven't completed four years of full-time education in an English-speaking school system, you must provide proof of proficiency. Accepted tests include IELTS Academic with a score of 6.5 overall (6.5 writing/speaking, 6.0 reading/listening) or TOEFL iBT with a score of 90 overall (25 writing/speaking for tests before Jan 21, 2026; 4.5 overall with 5 writing/speaking for tests after Jan 21, 2026).
How much does tuition and fees cost for international students?
+
Tuition fees are estimates and are subject to change; specific amounts can be found using the Tuition Fee Estimator tool on the university website. These estimates cover tuition and incidental fees but do not include living expenses like housing or textbooks.
What is the duration of the Nanotechnology Engineering program?
+
The Nanotechnology Engineering program is a co-op only program, meaning it integrates classroom learning with significant paid work experience. The total duration of study and co-op work terms is not explicitly stated but is structured around alternating study and work periods.
What are the career prospects after graduating from Nanotechnology Engineering?
+
Graduates are prepared for diverse roles in high-growth sectors, including optoelectronics, materials testing, research and development, and business technology analysis, contributing to advancements in areas like healthcare, electronics, and sustainable energy.
How do I apply to the Nanotechnology Engineering program?
+
You need to complete the application through the applicant portal, submit official transcripts, and provide English language proficiency scores if required by the document deadline. Monitoring your applicant portal for status updates is also essential.