Engineering Science

University of Toronto · St. George, Faculty of Applied Science and Engineering

Engineering: blue ink subject illustration

4 years
Duration (years)
4 academic years, with optional PEY between Years 3 and 4
U of T Engineering Science degree structure and PEY
Co-op details
Work experience
Optional paid PEY Co-op: an optional four-month placement after Year 2 and a 12–16-month placement between Years 3 and 4. The degree separately requires 600 hours of acceptable practical experience, which completed PEY can satisfy.
U of T Engineering Science degree structure and PEY
~Low to mid 90s
Entering average
Published approximate guidance: Low to mid 90s. 2027/28. Ontario high-school entry in 2027/28, exact listed route TK. Later major/option selection and other applicant categories remain separate.
Toronto – St. George university-supplied OUInfo: Engineering Science, Ontario entry 2027/28

Deadlines

November 2026

Mon	Tue	Wed	Thu	Fri	Sat	Sun
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23	24	25	26	27	28	29
30

Next deadlineThursday, November 19, 2026

OUAC. Ontario high schools report midterm/final 4U/M grades
2027 entry
School deadline, not a student task. Universities receive these grades by November 26. Verbatim: "Deadline for the OUAC to receive all midterm or final grades available for 4U/M courses from Ontario high schools. Schools may report in-progress grades for full-year courses as soon as they are available." Universities receive these by the target date of November 26, 2026. This is a deadline on the high school, not on the student, but it governs which grades a university sees in the first round.
Official deadline

Other deadline details

No single OUAC deadline, deadlines are set by each university and sometimes by programOUAC Undergraduate application, applicants who are not Ontario high school students (Group B)2026 entry

No single OUAC deadline, deadlines are set by each university and sometimes by program
No single OUAC deadline
University, program, transcript, portfolio, interview, and audition dates still apply

Full source wording

Verbatim: "There is no specific Undergraduate application deadline if you are a Group B applicant. Deadlines vary at each university and sometimes depend on the program. Visit the university websites or contact the universities directly for their deadlines. If you are interested in a program but the deadline has passed, you may contact the university's admission office for help. Be aware of university-specific deadlines for submitting transcripts and portfolios, if required, and for arranging interviews and auditions. You must ensure the OUAC has enough time to process your choices before the universities' program deadlines." OUAC defines Group B as anyone who does not meet the Group A criteria, e.g. not currently taking an Ontario high school course, a Canadian outside Ontario, an international applicant, a postsecondary transfer student, or a mature applicant.

SourceChecked Aug 14, 2026

Requirements

Admission requirements

High-school prerequisites

ENG4U / EAE4UEnglish
MHF4UAdvanced Functions
MCV4UCalculus & Vectors
SCH4UChemistry
SPH4UPhysics

Application steps

Entry terms · Fall

U of T Engineering offers one intake each September.

Step 1Check the admission requirements
- Check the published entry route for your applicant category.
University of Toronto current St. George exact-programme Ontario admission tableUniversity of Toronto current St. George exact-programme Ontario admission table
Step 2Apply through OUAC
- Create your application and select this program.
OUACOUAC
Step 3Secondary and postsecondary academic records
- Disclose all attempted secondary and postsecondary studies. Current full-time Ontario high school grades must arrive through OUAC; do not upload unsolicited Ontario transcripts. Applicants who completed Grade 11 elsewhere must also provide those results. Your portal lists the documents needed for your background.
U of T required application documentsU of T required application documents
Step 4Translations for documents outside English or French
- If your academic documents are in another language, submit notarized translations with the original records.
U of T document translationsU of T document translations
Step 5Apply through OUAC to the exact entry programme/admission category; provide required applicant academic records.
- Complete this item using the university’s applicant instructions.
University of Toronto current St. George exact-programme Ontario admission tableUniversity of Toronto current St. George exact-programme Ontario admission table
Step 6Complete the Engineering Supplemental Application in the Engineering Applicant Portal, including programme choices, academic information and activity verification contacts.
- Complete this item using the university’s applicant instructions.
University of Toronto current St. George exact-programme Ontario admission tableUniversity of Toronto current St. George exact-programme Ontario admission table
Step 7Complete the Personal Profile with three timed video responses.
- Complete this item using the university’s applicant instructions.
University of Toronto current St. George exact-programme Ontario admission tableUniversity of Toronto current St. George exact-programme Ontario admission table

Applicant pathways

St. George programme Ontario admission

Ontario high-school applicants to this St. George programme only; other campuses do not share this table

Ontario Secondary School Diploma (OSSD) with six subjects at the 4U/M level, including English
The co-op component of Grade 12 courses will not be used for admission purposes
English: ENG4U / EAE4U
Advanced Functions: MHF4U
Calculus & Vectors: MCV4U
Chemistry: SCH4U
Physics: SPH4U
Supplemental Application: Required

Engineering Supplemental Application

All Engineering Science applicants; current ESA includes the education timeline through June 2027

Use the Engineering Applicant Portal to rank two to four engineering choices and complete the education timeline.
Enter courses and updated interim/final grades; report AP, SAT or ACT results when applicable.
Describe activities and provide supervisor contacts for verification. Reference letters are not required, and family members cannot be activity referees.
If no supervisor is available, another record such as a certificate, portfolio or registration confirmation can verify participation.
Complete the Personal Profile with three timed video responses and upload the required academic documents.
English-proficiency proof applies when required. The personal statement, special-consideration request and financial information are optional.

Engineering early consideration

Applicants choosing recommended early review; these are not mandatory final dates

Apply by November 7 and complete the ESA and available documents by December 1.
Ontario applicants can be considered in February/March; non-Ontario secondary applicants meeting the full early requirements are guaranteed a response by April 30.

Full IB Diploma: Engineering faculty subjects

Applicants assessed on the full IB Diploma curriculum; Engineering Science within the Faculty of Applied Science and Engineering

For the Engineering IB Diploma route, present Mathematics Analysis and Approaches SL/HL or Applications and Interpretations HL, plus Chemistry, Physics and English.
Analysis and Approaches HL is strongly recommended. Where no level is stated, a prerequisite may be Standard or Higher Level. Engineering does not grant IB advanced-standing credit.

General full-IB credential route

Full IB Diploma applicants; campus/faculty subject and supplemental rules remain separate

Present the full IB Diploma, including English at HL or SL. Other programme prerequisites must be at senior/Grade 12 equivalent level. Individual IB courses can support admission only with another recognized secondary-school diploma.

Postsecondary transfer to Engineering Science

Current or former university and college students

Engineering Science accepts transfer applications for first-year placement. Upper-year entry is unavailable.
Prior U of T students normally use the Internal Transfer Application. Other applicants use OUAC. Current and former U of T Engineering students follow the Faculty's transfer or re-enrolment process.
Submit the Engineering Supplemental Application, high school and postsecondary transcripts, and the requested course descriptions. Proof of English facility may also be required.

Degree requirements

Credits and degree requirements

Engineering Science requires a minimum 55% average in the first Fall term to continue into Winter and 65% in the first Winter term to advance to Year 2. Faculty transfer regulations apply if these thresholds are not met.
Satisfy the Faculty academic regulations and the Canadian Engineering Accreditation Board curriculum unit requirements. Use the Faculty's approved tracking tool to check accreditation units.

References

Foundation requirements

Complete the common foundation and the course and elective requirements for the chosen major, including the fourth-year supervised thesis and the published major design requirement.

References

Work and practical requirements

Complete 600 hours of acceptable practical experience. Satisfactory completion of PEY Co-op can fulfill all 600 hours.

References

Program facts

Entering average~Low to mid 90s

Ontario high-school entry in 2027/28, exact listed route TK. Later major/option selection and other applicant categories remain separate.

Co-opCo-op details

Optional Professional Experience Year co-op includes paid engineering work before graduation.

Published Engineering Science PEY placement employers are historical examples. Major-specific pathways are listed separately.

The Professional Experience Year (PEY) Co-op is optional: up to 20 months paid, with 700+ partner companies and 4,300+ positions. U of T Engineering students must complete at least 600 hours of practical experience.

Check work experience options

Majors & specializations

Choose a major in the second-year winter term. Students progressing from Year 2 in good standing are guaranteed their preferred major.

Aerospace Engineering

BASc

Upper-year courses cover flight dynamics, aerodynamics and aerospace structures.

Published requirements

Courses

2026–27 Engineering Science calendar for St. George. The first two years are shared. The listed upper-year courses and elective menus belong to their named majors.

First year: published Fall requirements6 listed

Common Engineering Science foundation. The university publishes this session allocation.

CIV102H1Structures and Materials - An Introduction to Engineering Design0.5 credits
Explore structural design, material strength, beams, column stability and design constraints.
Earlier held curriculum title: Structures and Materials. An Introduction to Engineering Design.
ESC101H1Praxis I0.5 credits
Practise engineering design, communication and teamwork through individual and team projects.
ESC103H1Engineering Mathematics and Computation0.5 credits
Apply linear algebra and computational methods to engineering problems.
ESC180H1Introduction to Computer Programming0.5 credits
Learn Python programming, computational thinking and introductory algorithm analysis.
ESC194H1Calculus I0.5 credits
Study differential and integral calculus, limits and introductory differential equations.
PHY180H1Classical Mechanics0.5 credits
Study forces, momentum and energy in particle motion and systems of particles.

First year: published Winter requirements6 listed

Common Engineering Science foundation. The university publishes this session allocation.

ECE159H1Fundamentals of Electric Circuits0.5 credits
Analyse DC and AC circuits, amplifiers, transient response and resonance.
ESC102H1Praxis II0.5 credits
Develop team designs with Toronto communities, incorporating ethics and equity.
ESC190H1Computer Algorithms and Data Structures0.5 credits
Use C to work with algorithms, lists, stacks, trees, hash tables and graphs.
ESC195H1Calculus II0.5 credits
Study integration techniques, series and introductory multivariable calculus.
MAT185H1Linear Algebra0.5 credits
Study matrices, vector spaces, linear transformations and eigenvalues with engineering applications.
MSE160H1Molecules and Materials0.5 credits
Connect molecular chemistry and atomic bonding to engineering-material properties.

Second year: published Fall requirements6 listed

Common Engineering Science foundation. The university publishes this session allocation.

AER210H1Vector Calculus & Fluid Mechanics0.5 credits
Study vector calculus and fluid mechanics, with laboratory experiments.
CHE260H1Thermodynamics and Heat Transfer0.5 credits
Apply thermodynamics and conduction, convection and radiation to engineering processes.
ECE253H1Digital and Computer Systems0.5 credits
Design digital logic and computer systems using Verilog, FPGA tools and laboratories.
ESC203H1Engineering and Society0.5 credits
Examine technology’s social and environmental impacts, ethics and equity.
MAT292H1Ordinary Differential Equations0.5 credits
Solve ordinary differential equations using analytical and numerical methods.
PHY293H1Waves and Modern Physics0.5 credits
Study oscillations, waves, special relativity and the beginnings of quantum mechanics.

Second year: published Winter requirements5 listed

Common Engineering Science foundation. Also choose a 0.5-credit Complementary Studies elective.

BME205H1Fundamentals of Biomedical Engineering0.5 credits
Connect engineering with anatomy, physiology, medical devices and cellular mechanisms.
ECE259H1Electromagnetism0.5 credits
Apply electromagnetic laws to fields, materials and circuit elements.
ESC204H1Praxis III0.5 credits
Integrate engineering knowledge in a team mechatronic design project.
MIE286H1Probability and Statistics0.5 credits
Study probability, estimation, hypothesis testing and regression for engineering applications.
PHY294H1Quantum and Thermal Physics0.5 credits
Study quantum mechanics and statistical thermodynamics, including radiation.

Aerospace Engineering (AEESCBASEA)

Fall Session – Year 39 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

AER301H1Dynamics0.5 credits
Analyze translating and rotating frames, particle systems, and rigid-body motion. Use Lagrangian methods to study dynamics, orbital motion and vibration.
U of T Engineering Calendar 2026–27, AER301H1
AER303H1Aerospace Laboratory I0.15 credits
AER306H1Introduction to Space Flight0.5 credits
AER307H1Aerodynamics0.5 credits
CHE374H1Economic Analysis and Decision Making0.5 credits
Evaluate engineering projects using cost estimates, cash flow, financing, and risk and sensitivity analysis. Applications include capital budgeting, equipment replacement and comparing engineering proposals.
U of T Engineering Calendar 2026–27, CHE374H1
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1
ESC384H1Partial Differential Equations0.5 credits
Solve partial differential equations using Fourier series, separation of variables, Green’s functions and numerical methods. Applications include heat, wave and transport equations.
U of T Engineering Calendar 2026–27, ESC384H1
MAT389H1Complex Analysis0.5 credits
Study analytic functions, contour integration, series, residues and conformal mapping. The course also covers harmonic functions and differential equations in the complex plane.
One of option.
U of T Engineering Calendar 2026–27, MAT389H1
ROB310H1Mathematics for Robotics0.5 credits
Apply complex analysis, optimization, filtering, probability and numerical methods to robotics problems such as path planning, vision, control and learning.
One of option.
U of T Engineering Calendar 2026–27, ROB310H1

Winter Session – Year 37 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

AER302H1Aircraft Flight0.5 credits
AER304H1Aerospace Laboratory II0.15 credits
AER310H1Gasdynamics0.5 credits
AER336H1Scientific Computing0.5 credits
AER372H1Control Systems0.5 credits
Model physical systems and design feedback controls using classical and state-space methods. Topics include stability, digital control, and introductions to nonlinear and optimal control.
U of T Engineering Calendar 2026–27, AER372H1
AER373H1Mechanics of Solids and Structures0.5 credits
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1

Fall Session – Year 49 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: Complementary Studies Elective (0.50 credits). Other Technical Elective (0.50 credits).

AER501H1Computational Structural Mechanics and Design Optimization0.5 credits
AER407H1Space Systems Design0.5 credits
Three courses in option.
AER506H1Spacecraft Dynamics and Control0.5 credits
Three courses in option.
AER507H1Introduction to Fusion Energy0.5 credits
Three courses in option.
AER515H1Combustion Processes0.5 credits
Three courses in option.
AER525H1Robotics0.5 credits
Three courses in option.
ECE557H1Linear Control Theory0.5 credits
Use state-space models to study controllability, observability, feedback, state estimation and optimal control. Labs apply these methods to control-system design.
Three courses in option.
U of T Engineering Calendar 2026–27, ECE557H1
ESC499H1Thesis0.5 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Three courses in option.
U of T Engineering Calendar 2026–27, ESC499H1
ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Three courses in option. Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1

Winter Session – Year 46 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: Complementary Studies Elective (0.50 credits). Other Technical Elective (0.50 credits).

AER510H1Aerospace Propulsion0.5 credits
AER406H1Aircraft Design0.5 credits
Three courses in option.
AER503H1Aeroelasticity0.5 credits
Three courses in option.
ESC499H1Thesis0.5 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Three courses in option.
U of T Engineering Calendar 2026–27, ESC499H1
ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Three courses in option. Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1
ROB521H1Mobile Robotics and Perception0.5 credits
Study sensor-based perception and control for mobile robots, including state estimation, localization, mapping and path planning. Labs use simulations and hardware kits.
Three courses in option.
U of T Engineering Calendar 2026–27, ROB521H1

Biomedical Systems Engineering (AEESCBASET)

Fall Session – Year 36 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

BME344H1Modeling, Dynamics, and Control of Biological Systems0.5 credits
BME350H1Biomedical Systems Engineering I: Organ Systems0.5 credits
Study the anatomy and physiology of selected human organ systems in health and disease. Explore how those systems work together and how biomedical technologies can help maintain homeostasis.
U of T Engineering Calendar 2026–27, BME350H1
BME395H1Biomedical Systems Engineering II: Cells and Tissues0.5 credits
CHE374H1Economic Analysis and Decision Making0.5 credits
Evaluate engineering projects using cost estimates, cash flow, financing, and risk and sensitivity analysis. Applications include capital budgeting, equipment replacement and comparing engineering proposals.
U of T Engineering Calendar 2026–27, CHE374H1
CHE391H1Organic Chemistry and Biochemistry0.5 credits
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1

Winter Session – Year 35 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: CS/HSS or Technical Elective (0.50 credits).

BME346H1Biomedical Engineering Technologies0.5 credits
BME352H1Biomaterials and Biocompatibility0.5 credits
BME358H1Molecular Biophysics0.5 credits
BME396H1Biomedical Systems Engineering III: Molecules and Cells0.5 credits
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1

Fall Session – Year 43 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: CS/HSS or Technical Elective (0.50 credits).

ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1
BME428H1Biomedical Systems Engineering IV: Computational Systems Biology0.5 credits
BME470H1Biomedical Systems Engineering Design0.5 credits

Winter Session – Year 41 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: CS/HSS or Technical Elective (0.50 credits).

ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1

Fall Session – Year 4 Biomechanics alternative1 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

MIE439H1Cellular and Tissue Biomechanics0.5 credits

Winter Session – Year 4 Biomechanics alternative1 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

BME530H1Human Whole Body Biomechanics0.5 credits

Technical Electives3 listed

Approved elective options within this major.

APS360H1Applied Fundamentals of Deep Learning0.5 credits
ESC384H1Partial Differential Equations0.5 credits
Solve partial differential equations using Fourier series, separation of variables, Green’s functions and numerical methods. Applications include heat, wave and transport equations.
U of T Engineering Calendar 2026–27, ESC384H1
MAT389H1Complex Analysis0.5 credits
Study analytic functions, contour integration, series, residues and conformal mapping. The course also covers harmonic functions and differential equations in the complex plane.
U of T Engineering Calendar 2026–27, MAT389H1

Fall Session electives, Systems and Synthetic Biology2 listed

Approved elective options within this major.

CSB450H1Proteomics in Systems Biology0.5 credits
CSC343H1Introduction to Databases0.5 credits

Winter Session electives, Systems and Synthetic Biology4 listed

Approved elective options within this major.

CHE471H1Modelling in Biological and Chemical Systems0.5 credits
CSB435H1Regulatory Networks and Systems in Molecular Biology0.5 credits
CSC343H1Introduction to Databases0.5 credits
ECE448H1Biocomputation0.5 credits

Fall Session electives, Regenerative Medicine and Biomaterials3 listed

Approved elective options within this major.

BME460H1Biomaterial and Medical Device Product Development0.5 credits
CHE562H1Applied Chemistry IV - Applied Polymer Chemistry, Science and Engineering0.5 credits
MIE440H1Design of Effective Products0.5 credits
Calendar lists an additional restriction. See the major table.

Winter Session electives, Regenerative Medicine and Biomaterials6 listed

Approved elective options within this major.

BME330H1Patents in Biology and Medical Devices0.5 credits
BME410H1Regenerative Engineering0.5 credits
BME466H1Drug Delivery at Biological Barriers and Interfaces0.5 credits
BME488H1Introduction to Immunoengineering0.5 credits
CHE475H1Biocomposites: Mechanics and Bioinspiration0.5 credits
MIE520H1Biotransport Phenomena0.5 credits

Fall Session electives, Neuro, Sensory and Rehab Engineering4 listed

Approved elective options within this major.

BME445H1Neural Bioelectricity0.5 credits
CSC318H1The Design of Interactive Computational Media0.5 credits
ECE446H1Audio, Acoustics and Sensing0.5 credits
MIE440H1Design of Effective Products0.5 credits
Calendar lists an additional restriction. See the major table.

Winter Session electives, Neuro, Sensory and Rehab Engineering7 listed

Approved elective options within this major.

BME530H1Human Whole Body Biomechanics0.5 credits
CJH332H1Cellular and Molecular Neurobiology of the Synapse0.5 credits
CSC318H1The Design of Interactive Computational Media0.5 credits
CSC428H1Human-Computer Interaction0.5 credits
ECE363H1Communication Systems0.5 credits
ECE470H1Robot Modeling and Control0.5 credits
HMB200H1Introduction to Neuroscience0.5 credits

Fall Session electives, Sensors, Nano/Microsystems and Instrumentation4 listed

Approved elective options within this major.

BME595H1Medical Imaging0.5 credits
ECE355H1Signal Analysis and Communication0.5 credits
Study continuous- and discrete-time signals, linear time-invariant systems, Fourier analysis, filtering and sampling. Apply modulation techniques to communication systems.
U of T Engineering Calendar 2026–27, ECE355H1
ECE431H1Digital Signal Processing0.5 credits
ECE441H1Interfacing & Modulating the Nervous System0.5 credits

Winter Session electives, Sensors, Nano/Microsystems and Instrumentation4 listed

Approved elective options within this major.

BME520H1Calendar lists the course code only0.5 credits
The calendar table supplies this course code without a title.
ECE318H1Fundamentals of Optics0.5 credits
ECE411H1Adaptive Control and Reinforcement Learning0.5 credits
MIE506H1MEMS Design and Microfabrication0.5 credits
Calendar lists an additional restriction. See the major table.

Electrical and Computer Engineering (AEESCBASER)

Fall Session – Year 38 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

ECE355H1Signal Analysis and Communication0.5 credits
Study continuous- and discrete-time signals, linear time-invariant systems, Fourier analysis, filtering and sampling. Apply modulation techniques to communication systems.
U of T Engineering Calendar 2026–27, ECE355H1
ECE360H1Electronics0.5 credits
Analyze basic electronic circuits, including operational amplifiers, diodes and transistors. Topics include frequency-domain methods, small-signal models and single-stage amplifiers.
U of T Engineering Calendar 2026–27, ECE360H1
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1
MAT389H1Complex Analysis0.5 credits
Study analytic functions, contour integration, series, residues and conformal mapping. The course also covers harmonic functions and differential equations in the complex plane.
U of T Engineering Calendar 2026–27, MAT389H1
ECE349H1Introduction to Energy Systems0.5 credits
One of option.
ECE352H1Computer Organization0.5 credits
One of option.
ECE358H1Foundations of Computing0.5 credits
Design and analyze algorithms using graph methods, greedy strategies, divide-and-conquer and dynamic programming. Study network flow, approximation algorithms and NP-completeness.
One of option.
U of T Engineering Calendar 2026–27, ECE358H1
ECE421H1Introduction to Machine Learning0.5 credits
Use software to study supervised and unsupervised learning methods, including regression, neural networks and clustering. Explore generalization, overfitting, regularization and validation.
One of option.
U of T Engineering Calendar 2026–27, ECE421H1

Winter Session – Year 311 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

ECE356H1Introduction to Control Theory0.5 credits
Model and analyze dynamic systems using transfer functions, state-space models and frequency response. Study feedback, stability and loop shaping, with design work in MATLAB and Simulink.
U of T Engineering Calendar 2026–27, ECE356H1
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1
ECE313H1Energy Systems and Distributed Generation0.5 credits
Two of option.
ECE318H1Fundamentals of Optics0.5 credits
Two of option.
ECE350H1Semiconductor Electronic Devices0.5 credits
Two of option.
ECE354H1Electronic Circuits0.5 credits
Two of option.
ECE357H1Electromagnetic Fields0.5 credits
Study transmission lines, Maxwell’s equations, and how electromagnetic waves propagate and behave at boundaries. The course introduces waveguides and antennas.
Two of option.
U of T Engineering Calendar 2026–27, ECE357H1
ECE334H1Digital Electronics0.5 credits
Two of option.
ECE353H1Systems Software0.5 credits
Study how operating systems manage processes, threads, scheduling, memory, files, input and output, and virtualization. Labs involve implementing part of an operating system.
Two of option.
U of T Engineering Calendar 2026–27, ECE353H1
ECE361H1Computer Networks I0.5 credits
Two of option.
ECE363H1Communication Systems0.5 credits
Two of option.

Year 44 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: Two (2) Complementary Studies Electives (1.00 credits). Two (2) ECE Electives and Two (2) ECE or Technical Electives (2.00 credits).

CHE374H1Economic Analysis and Decision Making0.5 credits
Evaluate engineering projects using cost estimates, cash flow, financing, and risk and sensitivity analysis. Applications include capital budgeting, equipment replacement and comparing engineering proposals.
U of T Engineering Calendar 2026–27, CHE374H1
ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1
BME498Y1Biomedical Engineering Capstone Design1 credits
and one of option. Full-year course. Its weight is counted once.
ESC472H1Electrical and Computer Capstone Design0.5 credits
and one of option.

ECE Electives62 listed

Approved elective options within this major.

ECE318H1Fundamentals of Optics0.5 credits
Photonics and Semiconductor Physics elective group.
ECE350H1Semiconductor Electronic Devices0.5 credits
Analog and Digital Electronics elective group.
ECE427H1Photonic Devices0.5 credits
Photonics and Semiconductor Physics elective group.
ECE435H1Quantum Computing Hardware0.5 credits
Analog and Digital Electronics elective group.
ECE469H1Optical Communications and Networks0.5 credits
Photonics and Semiconductor Physics elective group.
ECE484H1Quantum Information Processing: Algorithms & Software0.5 credits
Software elective group.
PHY356H1Quantum Mechanics I0.5 credits
Photonics and Semiconductor Physics elective group.
PHY456H1Quantum Mechanics II0.5 credits
Photonics and Semiconductor Physics elective group.
PHY487H1Condensed Matter Physics0.5 credits
Photonics and Semiconductor Physics elective group.
BME445H1Neural Bioelectricity0.5 credits
Control, Communications, Signal Processing elective group.
BME520H1Calendar lists the course code only0.5 credits
Control, Communications, Signal Processing elective group. The calendar table supplies this course code without a title.
BME595H1Medical Imaging0.5 credits
Control, Communications, Signal Processing elective group.
ECE363H1Communication Systems0.5 credits
Control, Communications, Signal Processing elective group.
ECE381H1Foundations and Frontiers in Cybersecurity0.5 credits
Software elective group.
ECE411H1Adaptive Control and Reinforcement Learning0.5 credits
Control, Communications, Signal Processing elective group.
ECE417H1Digital Communication0.5 credits
Control, Communications, Signal Processing elective group.
ECE421H1Introduction to Machine Learning0.5 credits
Use software to study supervised and unsupervised learning methods, including regression, neural networks and clustering. Explore generalization, overfitting, regularization and validation.
Software elective group.
U of T Engineering Calendar 2026–27, ECE421H1
ECE431H1Digital Signal Processing0.5 credits
Control, Communications, Signal Processing elective group.
ECE441H1Interfacing & Modulating the Nervous System0.5 credits
Control, Communications, Signal Processing elective group.
ECE446H1Audio, Acoustics and Sensing0.5 credits
Control, Communications, Signal Processing elective group.
ECE462H1Multimedia Systems0.5 credits
Control, Communications, Signal Processing elective group.
ECE464H1Wireless Communication0.5 credits
Control, Communications, Signal Processing elective group.
ECE470H1Robot Modeling and Control0.5 credits
Control, Communications, Signal Processing elective group.
ECE516H1Intelligent Image Processing0.5 credits
Control, Communications, Signal Processing elective group.
ECE537H1Random Processes0.5 credits
Control, Communications, Signal Processing elective group.
ECE557H1Linear Control Theory0.5 credits
Use state-space models to study controllability, observability, feedback, state estimation and optimal control. Labs apply these methods to control-system design.
Control, Communications, Signal Processing elective group.
U of T Engineering Calendar 2026–27, ECE557H1
ECE357H1Electromagnetic Fields0.5 credits
Study transmission lines, Maxwell’s equations, and how electromagnetic waves propagate and behave at boundaries. The course introduces waveguides and antennas.
Electromagnetics and Energy Systems elective group.
U of T Engineering Calendar 2026–27, ECE357H1
ECE313H1Energy Systems and Distributed Generation0.5 credits
Electromagnetics and Energy Systems elective group.
ECE349H1Introduction to Energy Systems0.5 credits
Electromagnetics and Energy Systems elective group.
ECE422H1Radio and Microwave Wireless Systems0.5 credits
Electromagnetics and Energy Systems elective group.
ECE424H1Microwave Circuits0.5 credits
Electromagnetics and Energy Systems elective group.
ECE463H1Electric Drives0.5 credits
Electromagnetics and Energy Systems elective group.
ECE520H1Power Electronics0.5 credits
Electromagnetics and Energy Systems elective group.
ECE526H1Power System Protection and Automation0.5 credits
Electromagnetics and Energy Systems elective group.
ECE352H1Computer Organization0.5 credits
Computer Hardware and Computer Networks elective group.
ECE361H1Computer Networks I0.5 credits
Computer Hardware and Computer Networks elective group.
ECE461H1Internetworking0.5 credits
Software elective group.
ECE466H1Computer Networks II0.5 credits
Computer Hardware and Computer Networks elective group.
ECE532H1Digital Systems Design0.5 credits
Computer Hardware and Computer Networks elective group.
ECE552H1Computer Architecture0.5 credits
Computer Hardware and Computer Networks elective group.
ECE334H1Digital Electronics0.5 credits
Analog and Digital Electronics elective group.
ECE354H1Electronic Circuits0.5 credits
Analog and Digital Electronics elective group.
ECE412H1Analog Signal Processing Circuits0.5 credits
Analog and Digital Electronics elective group.
ECE430H1Analog Integrated Circuits0.5 credits
Analog and Digital Electronics elective group.
ECE437H1VLSI Technology0.5 credits
Analog and Digital Electronics elective group.
CSC309H1Programming on the Web0.5 credits
Software elective group.
CSC311H1Introduction to Machine Learning0.5 credits
Software elective group.
CSC317H1Computer Graphics0.5 credits
Software elective group.
CSC318H1The Design of Interactive Computational Media0.5 credits
Software elective group.
CSC343H1Introduction to Databases0.5 credits
Software elective group.
CSC384H1Introduction to Artificial Intelligence0.5 credits
Software elective group.
CSC401H1Natural Language Computing0.5 credits
Software elective group.
CSC428H1Human-Computer Interaction0.5 credits
Software elective group.
CSC443H1Database System Technology0.5 credits
Software elective group.
ECE326H1Programming Languages0.5 credits
Software elective group.
ECE353H1Systems Software0.5 credits
Study how operating systems manage processes, threads, scheduling, memory, files, input and output, and virtualization. Labs involve implementing part of an operating system.
Software elective group.
U of T Engineering Calendar 2026–27, ECE353H1
ECE358H1Foundations of Computing0.5 credits
Design and analyze algorithms using graph methods, greedy strategies, divide-and-conquer and dynamic programming. Study network flow, approximation algorithms and NP-completeness.
Software elective group.
U of T Engineering Calendar 2026–27, ECE358H1
ECE419H1Distributed Systems0.5 credits
Software elective group.
ECE444H1Software Engineering0.5 credits
Software elective group.
ECE454H1Computer Systems Programming0.5 credits
Software elective group.
ECE467H1Compilers & Interpreters0.5 credits
Software elective group.
ECE568H1Computer Security0.5 credits
Software elective group.

Technical Electives19 listed

Approved elective options within this major.

AER336H1Scientific Computing0.5 credits
ECE Electives, or any of the following elective group.
AER507H1Introduction to Fusion Energy0.5 credits
ECE Electives, or any of the following elective group.
AER525H1Robotics0.5 credits
ECE Electives, or any of the following elective group.
APS360H1Applied Fundamentals of Deep Learning0.5 credits
ECE Electives, or any of the following elective group.
APS380H1Introduction to Electric Vehicle Design0.5 credits
ECE Electives, or any of the following elective group. Calendar lists an additional restriction. See the major table.
CSC413H1Neural Networks and Deep Learning0.5 credits
ECE Electives, or any of the following elective group.
ECE367H1Matrix Algebra and Optimization0.5 credits
ECE Electives, or any of the following elective group.
ECE368H1Probabilistic Reasoning0.5 credits
ECE Electives, or any of the following elective group.
ESC384H1Partial Differential Equations0.5 credits
Solve partial differential equations using Fourier series, separation of variables, Green’s functions and numerical methods. Applications include heat, wave and transport equations.
ECE Electives, or any of the following elective group.
U of T Engineering Calendar 2026–27, ESC384H1
JPE395H1Physics of the Earth0.5 credits
ECE Electives, or any of the following elective group.
MAT301H1Groups and Symmetries0.5 credits
ECE Electives, or any of the following elective group.
MAT336H1Elements of Analysis0.5 credits
ECE Electives, or any of the following elective group.
MIE535H1Electrification Via Electricity Markets0.5 credits
ECE Electives, or any of the following elective group.
PHY356H1Quantum Mechanics I0.5 credits
ECE Electives, or any of the following elective group.
PHY358H1Quantum Materials: from Atoms to Crystals0.5 credits
ECE Electives, or any of the following elective group.
PHY365H1Quantum Information0.5 credits
ECE Electives, or any of the following elective group.
PHY485H1Laser Physics0.5 credits
ECE Electives, or any of the following elective group.
ROB310H1Mathematics for Robotics0.5 credits
Apply complex analysis, optimization, filtering, probability and numerical methods to robotics problems such as path planning, vision, control and learning.
ECE Electives, or any of the following elective group.
U of T Engineering Calendar 2026–27, ROB310H1
ROB521H1Mobile Robotics and Perception0.5 credits
Study sensor-based perception and control for mobile robots, including state estimation, localization, mapping and path planning. Labs use simulations and hardware kits.
ECE Electives, or any of the following elective group.
U of T Engineering Calendar 2026–27, ROB521H1

Energy Systems Engineering (AEESCBASEJ)

Fall Session – Year 38 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

CHE374H1Economic Analysis and Decision Making0.5 credits
Evaluate engineering projects using cost estimates, cash flow, financing, and risk and sensitivity analysis. Applications include capital budgeting, equipment replacement and comparing engineering proposals.
U of T Engineering Calendar 2026–27, CHE374H1
ECE349H1Introduction to Energy Systems0.5 credits
ECE367H1Matrix Algebra and Optimization0.5 credits
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1
MIE303H1Mechanical and Thermal Energy Conversion Processes0.5 credits
CHE566H1Elements of Nuclear Engineering0.5 credits
One of option.
CIV375H1Building Science0.5 credits
One of option.
ECE360H1Electronics0.5 credits
Analyze basic electronic circuits, including operational amplifiers, diodes and transistors. Topics include frequency-domain methods, small-signal models and single-stage amplifiers.
One of option.
U of T Engineering Calendar 2026–27, ECE360H1

Winter Session – Year 36 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

APS305H1Energy Policy0.5 credits
CHE469H1Fuel Cells and Electrochemical Conversion Devices0.5 credits
ECE313H1Energy Systems and Distributed Generation0.5 credits
ECE356H1Introduction to Control Theory0.5 credits
Model and analyze dynamic systems using transfer functions, state-space models and frequency response. Study feedback, stability and loop shaping, with design work in MATLAB and Simulink.
U of T Engineering Calendar 2026–27, ECE356H1
ECE463H1Electric Drives0.5 credits
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1

Core Courses4 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: Three (3) Technical Electives. One (1) HSS/CS Elective. One (1) Free Elective.

CIV401H1Design and Optimization of Hydro and Wind Electric Plants0.5 credits
ESC470H1Energy Systems Capstone Design0.5 credits
ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1
MIE515H1Sustainable Energy Systems0.5 credits

Fall Session – Year 4 technical electives11 listed

Approved elective options within this major.

AER507H1Introduction to Fusion Energy0.5 credits
APS380H1Introduction to Electric Vehicle Design0.5 credits
Calendar lists an additional restriction. See the major table.
CHE451H1Petroleum Processing0.5 credits
CHE565H1Aqueous Process Engineering0.5 credits
CHE566H1Elements of Nuclear Engineering0.5 credits
CIV575H1Studies in Building Science0.5 credits
ECE520H1Power Electronics0.5 credits
ECE427H1Photonic Devices0.5 credits
MIE407H1Nuclear Reactor Theory and Design0.5 credits
MIE442H1Machine Design0.5 credits
MIE516H1Combustion and Fuels0.5 credits

Winter Session – Year 4 technical electives16 listed

Approved elective options within this major.

CHE333H1Chemical Reaction Engineering0.5 credits
CHE412H1Advanced Reactor Design0.5 credits
CHE469H1Fuel Cells and Electrochemical Conversion Devices0.5 credits
CHE568H1Nuclear Engineering0.5 credits
CIV440H1Environmental Impact and Risk Assessment0.5 credits
CIV576H1Sustainable Buildings0.5 credits
ECE357H1Electromagnetic Fields0.5 credits
Study transmission lines, Maxwell’s equations, and how electromagnetic waves propagate and behave at boundaries. The course introduces waveguides and antennas.
U of T Engineering Calendar 2026–27, ECE357H1
ECE381H1Foundations and Frontiers in Cybersecurity0.5 credits
ECE526H1Power System Protection and Automation0.5 credits
FOR310H1Bioenergy from Sustainable Forest Management0.5 credits
FOR425H1Bioenergy and Biorefinery Technology0.5 credits
JPE395H1Physics of the Earth0.5 credits
MIE315H1Sustainable Engineering Design0.5 credits
MIE408H1Thermal and Machine Design of Nuclear Power Reactors0.5 credits
Calendar lists an additional restriction. See the major table.
MIE535H1Electrification Via Electricity Markets0.5 credits
MSE458H1Nanotechnology in Alternate Energy Systems0.5 credits

Engineering Mathematics, Statistics and Finance (AEESCBASEF)

Fall Session – Year 36 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

CHE374H1Economic Analysis and Decision Making0.5 credits
Evaluate engineering projects using cost estimates, cash flow, financing, and risk and sensitivity analysis. Applications include capital budgeting, equipment replacement and comparing engineering proposals.
U of T Engineering Calendar 2026–27, CHE374H1
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1
ESC384H1Partial Differential Equations0.5 credits
Solve partial differential equations using Fourier series, separation of variables, Green’s functions and numerical methods. Applications include heat, wave and transport equations.
U of T Engineering Calendar 2026–27, ESC384H1
MIE375H1Financial Engineering0.5 credits
STA302H1Methods of Data Analysis I0.5 credits
STA347H1Probability0.5 credits

Winter Session – Year 36 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

ACT370H1Financial Principles for Actuarial Science II0.5 credits
CHE375H1Engineering Finance and Economics0.5 credits
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1
MAT336H1Elements of Analysis0.5 credits
MIE376H1Mathematical Programming (Optimization)0.5 credits
MIE377H1Financial Optimization Models0.5 credits

Year 43 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: Two (2) Complementary Studies Electives (1.00 credits). Four (4) Technical Electives (2.00 credits).

ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1
ACT460H1Stochastic Methods for Actuarial Science0.5 credits
MIE479H1Engineering Mathematics, Statistics and Finance Capstone Design0.5 credits

Electives – Fall Term11 listed

Approved elective options within this major. Other calendar requirements: Other Technical Elective (0.50 credits).

APS360H1Applied Fundamentals of Deep Learning0.5 credits
CSC343H1Introduction to Databases0.5 credits
CSC384H1Introduction to Artificial Intelligence0.5 credits
ECE358H1Foundations of Computing0.5 credits
Design and analyze algorithms using graph methods, greedy strategies, divide-and-conquer and dynamic programming. Study network flow, approximation algorithms and NP-completeness.
U of T Engineering Calendar 2026–27, ECE358H1
MIE360H1Systems Modelling and Simulation0.5 credits
MIE365H1Advanced Operations Research0.5 credits
MIE424H1Optimization in Machine Learning0.5 credits
MIE562H1Scheduling0.5 credits
MIE566H1Decision Making Under Uncertainty0.5 credits
RSM430H1Fixed Income Securities0.5 credits
STA410H1Statistical Computation0.5 credits

Electives – Winter Term20 listed

Approved elective options within this major.

AER336H1Scientific Computing0.5 credits
APM466H1Mathematical Theory of Finance0.5 credits
APS360H1Applied Fundamentals of Deep Learning0.5 credits
CHE471H1Modelling in Biological and Chemical Systems0.5 credits
CHE507H1Data-based Modelling for Prediction and Control0.5 credits
CSC263H1Data Structures and Analysis0.5 credits
CSC311H1Introduction to Machine Learning0.5 credits
CSC343H1Introduction to Databases0.5 credits
CSC384H1Introduction to Artificial Intelligence0.5 credits
ECE381H1Foundations and Frontiers in Cybersecurity0.5 credits
ECE421H1Introduction to Machine Learning0.5 credits
Use software to study supervised and unsupervised learning methods, including regression, neural networks and clustering. Explore generalization, overfitting, regularization and validation.
U of T Engineering Calendar 2026–27, ECE421H1
MIE367H1Cases in Operations Research0.5 credits
MIE368H1Analytics in Action0.5 credits
MIE457H1Knowledge Modelling and Management0.5 credits
MIE469H1Reliability and Maintainability Engineering0.5 credits
MIE535H1Electrification Via Electricity Markets0.5 credits
RSM432H1Risk Management for Financial Managers0.5 credits
RSM434H1Financial Trading Strategies (formerly RSM412H1 )0.5 credits
STA447H1Stochastic Processes (formerly STA348H1 )0.5 credits
STA457H1Time Series Analysis0.5 credits

Engineering Physics (AEESCBASEP)

Fall Session – Year 37 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

CHE374H1Economic Analysis and Decision Making0.5 credits
Evaluate engineering projects using cost estimates, cash flow, financing, and risk and sensitivity analysis. Applications include capital budgeting, equipment replacement and comparing engineering proposals.
U of T Engineering Calendar 2026–27, CHE374H1
ECE360H1Electronics0.5 credits
Analyze basic electronic circuits, including operational amplifiers, diodes and transistors. Topics include frequency-domain methods, small-signal models and single-stage amplifiers.
U of T Engineering Calendar 2026–27, ECE360H1
PHY327H1Advanced Physics Laboratory0.5 credits
PHY356H1Quantum Mechanics I0.5 credits
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1
ESC384H1Partial Differential Equations0.5 credits
Solve partial differential equations using Fourier series, separation of variables, Green’s functions and numerical methods. Applications include heat, wave and transport equations.
At least one of option.
U of T Engineering Calendar 2026–27, ESC384H1
MAT389H1Complex Analysis0.5 credits
Study analytic functions, contour integration, series, residues and conformal mapping. The course also covers harmonic functions and differential equations in the complex plane.
At least one of option.
U of T Engineering Calendar 2026–27, MAT389H1

Winter Session – Year 34 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: Three (3) Group A Electives (2.00 credits).

ECE357H1Electromagnetic Fields0.5 credits
Study transmission lines, Maxwell’s equations, and how electromagnetic waves propagate and behave at boundaries. The course introduces waveguides and antennas.
U of T Engineering Calendar 2026–27, ECE357H1
PHY354H1Classical Mechanics0.5 credits
PHY427H1Advanced Physics Laboratory0.5 credits
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1

Year 42 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: Two (2) Complementary Studies Electives (1.00 credits). Three (3) Electives from Group B (1.50 credits). Two (2) Electives from Groups A or B (1.00 credits).

ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1
ESC471H1Engineering Science Capstone Design0.5 credits

Group A Electives34 listed

Approved elective options within this major.

AER507H1Introduction to Fusion Energy0.5 credits
APS360H1Applied Fundamentals of Deep Learning0.5 credits
AST320H1Introduction to Astrophysics0.5 credits
AST325H1Introduction to Practical Astronomy0.5 credits
BME520H1Calendar lists the course code only0.5 credits
The calendar table supplies this course code without a title.
BME595H1Medical Imaging0.5 credits
CHE507H1Data-based Modelling for Prediction and Control0.5 credits
CHE568H1Nuclear Engineering0.5 credits
CSC384H1Introduction to Artificial Intelligence0.5 credits
CSC413H1Neural Networks and Deep Learning0.5 credits
ECE318H1Fundamentals of Optics0.5 credits
ECE342H1Computer Hardware0.5 credits
ECE350H1Semiconductor Electronic Devices0.5 credits
ECE355H1Signal Analysis and Communication0.5 credits
Study continuous- and discrete-time signals, linear time-invariant systems, Fourier analysis, filtering and sampling. Apply modulation techniques to communication systems.
U of T Engineering Calendar 2026–27, ECE355H1
ECE358H1Foundations of Computing0.5 credits
Design and analyze algorithms using graph methods, greedy strategies, divide-and-conquer and dynamic programming. Study network flow, approximation algorithms and NP-completeness.
U of T Engineering Calendar 2026–27, ECE358H1
ECE421H1Introduction to Machine Learning0.5 credits
Use software to study supervised and unsupervised learning methods, including regression, neural networks and clustering. Explore generalization, overfitting, regularization and validation.
U of T Engineering Calendar 2026–27, ECE421H1
ECE431H1Digital Signal Processing0.5 credits
ECE469H1Optical Communications and Networks0.5 credits
ECE427H1Photonic Devices0.5 credits
ESC384H1Partial Differential Equations0.5 credits
Solve partial differential equations using Fourier series, separation of variables, Green’s functions and numerical methods. Applications include heat, wave and transport equations.
U of T Engineering Calendar 2026–27, ESC384H1
MAT301H1Groups and Symmetries0.5 credits
MAT336H1Elements of Analysis0.5 credits
MAT389H1Complex Analysis0.5 credits
Study analytic functions, contour integration, series, residues and conformal mapping. The course also covers harmonic functions and differential equations in the complex plane.
U of T Engineering Calendar 2026–27, MAT389H1
MAT401H1Polynomial Equations and Fields0.5 credits
MAT402H1Classical Geometries0.5 credits
PHY357H1Nuclear and Particle Physics0.5 credits
PHY358H1Atoms, Molecules and Solids0.5 credits
PHY392H1Physics of Climate0.5 credits
JGA305H1Environmental and Archaeological Geophysics0.5 credits
JPE395H1Physics of the Earth (Formerly PHY395H1 )0.5 credits
PHY408H1Time Series Analysis0.5 credits
PHY427H1Advanced Physics Laboratory0.5 credits
PHY428H1Advanced Practical Physics II0.5 credits
PHY429H1Advanced Practical Physics III0.5 credits

Group B Electives16 listed

Approved elective options within this major.

ESS445H1Global Tectonics0.5 credits
ESS450H1Geophysical Field Techniques0.5 credits
ESS452H1Geophysical Imaging with Non-seismic Methods0.5 credits
JPE493H1Seismology0.5 credits
PHY407H1Computational Physics0.5 credits
PHY450H1Relativistic Electrodynamics0.5 credits
PHY452H1Statistical Mechanics0.5 credits
PHY454H1Continuum Mechanics0.5 credits
PHY456H1Quantum Mechanics II0.5 credits
PHY460H1Nonlinear Physics0.5 credits
PHY483H1Relativity Theory I0.5 credits
PHY484H1Relativity Theory II0.5 credits
PHY485H1Laser Physics0.5 credits
PHY487H1Condensed Matter Physics0.5 credits
PHY489H1Introduction to High Energy Physics0.5 credits
PHY492H1Advanced Atmospheric Physics0.5 credits

Machine Intelligence (AEESCBASEL)

Fall Session – Year 36 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

CHE374H1Economic Analysis and Decision Making0.5 credits
Evaluate engineering projects using cost estimates, cash flow, financing, and risk and sensitivity analysis. Applications include capital budgeting, equipment replacement and comparing engineering proposals.
U of T Engineering Calendar 2026–27, CHE374H1
ECE355H1Signal Analysis and Communication0.5 credits
Study continuous- and discrete-time signals, linear time-invariant systems, Fourier analysis, filtering and sampling. Apply modulation techniques to communication systems.
U of T Engineering Calendar 2026–27, ECE355H1
ECE358H1Foundations of Computing0.5 credits
Design and analyze algorithms using graph methods, greedy strategies, divide-and-conquer and dynamic programming. Study network flow, approximation algorithms and NP-completeness.
U of T Engineering Calendar 2026–27, ECE358H1
ECE367H1Matrix Algebra and Optimization0.5 credits
ECE421H1Introduction to Machine Learning0.5 credits
Use software to study supervised and unsupervised learning methods, including regression, neural networks and clustering. Explore generalization, overfitting, regularization and validation.
U of T Engineering Calendar 2026–27, ECE421H1
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1

Winter Session – Year 35 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: One (1) Technical Elective (0.50 credits).

ECE324H1Machine Intelligence, Software and Neural Networks0.5 credits
ECE353H1Systems Software0.5 credits
Study how operating systems manage processes, threads, scheduling, memory, files, input and output, and virtualization. Labs involve implementing part of an operating system.
U of T Engineering Calendar 2026–27, ECE353H1
ECE368H1Probabilistic Reasoning0.5 credits
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1
ROB311H1Artificial Intelligence0.5 credits

Year 45 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: Two (2) HSS/CS Electives (1.00 credits). Three (3) Technical Electives (1.50 credits).

ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1
MIE429H1Machine Intelligence Capstone Design0.5 credits
MIE451H1Decision Support Systems0.5 credits
ECE352H1Computer Organization0.5 credits
One of option.
ECE419H1Distributed Systems0.5 credits
One of option.

Technical Electives31 listed

Approved elective options within this major.

CSC401H1Natural Language Computing0.5 credits
Artificial Intelligence elective group.
CSC413H1Neural Networks & Deep Learning0.5 credits
Artificial Intelligence elective group.
CSC420H1Introduction to Image Understanding0.5 credits
Artificial Intelligence elective group.
CSC485H1Computational Linguistics0.5 credits
Artificial Intelligence elective group.
CSC486H1Knowledge Representation and Reasoning0.5 credits
Artificial Intelligence elective group.
MIE424H1Optimization in Machine Learning0.5 credits
Artificial Intelligence elective group.
MIE457H1Knowledge Modelling and Management0.5 credits
Artificial Intelligence elective group.
MIE566H1Decision Making Under Uncertainty0.5 credits
Artificial Intelligence elective group.
MIE524H1Data Mining0.5 credits
Artificial Intelligence elective group.
CSC343H1Introduction to Databases0.5 credits
Software elective group.
ECE352H1Computer Organization0.5 credits
Software elective group.
ECE444H1Software Engineering0.5 credits
Software elective group.
ECE568H1Computer Security0.5 credits
Software elective group.
ECE419H1Distributed Systems0.5 credits
Software elective group.
ECE454H1Computer Systems Programming0.5 credits
Software elective group.
ECE381H1Foundations and Frontiers in Cybersecurity0.5 credits
Hardware elective group.
ECE411H1Adaptive Control and Reinforcement Learning0.5 credits
Hardware elective group.
ECE470H1Robot Modeling and Control0.5 credits
Hardware elective group.
ECE532H1Digital Systems Design0.5 credits
Hardware elective group.
ROB501H1Computer Vision for Robotics0.5 credits
Hardware elective group.
AER336H1Scientific Computing0.5 credits
Mathematics and Modelling elective group.
APM462H1Nonlinear Optimization0.5 credits
Mathematics and Modelling elective group.
BME595H1Medical Imaging0.5 credits
Mathematics and Modelling elective group.
ECE356H1Introduction to Control Theory0.5 credits
Model and analyze dynamic systems using transfer functions, state-space models and frequency response. Study feedback, stability and loop shaping, with design work in MATLAB and Simulink.
Mathematics and Modelling elective group.
U of T Engineering Calendar 2026–27, ECE356H1
ECE431H1Digital Signal Processing0.5 credits
Mathematics and Modelling elective group.
ECE557H1Linear Control Theory0.5 credits
Use state-space models to study controllability, observability, feedback, state estimation and optimal control. Labs apply these methods to control-system design.
Mathematics and Modelling elective group.
U of T Engineering Calendar 2026–27, ECE557H1
MAT336H1Elements of Analysis0.5 credits
Mathematics and Modelling elective group.
MAT389H1Complex Analysis0.5 credits
Study analytic functions, contour integration, series, residues and conformal mapping. The course also covers harmonic functions and differential equations in the complex plane.
Mathematics and Modelling elective group.
U of T Engineering Calendar 2026–27, MAT389H1
MIE376H1Mathematical Programming (Optimization)0.5 credits
Mathematics and Modelling elective group.
STA302H1Methods of Data Analysis I0.5 credits
Mathematics and Modelling elective group.
STA410H1Statistical Computation0.5 credits
Mathematics and Modelling elective group.

Robotics Engineering (AEESCBASEZ)

Fall Session – Year 37 listed

Major-specific calendar table. Courses marked as options satisfy a choice group.

AER301H1Dynamics0.5 credits
Analyze translating and rotating frames, particle systems, and rigid-body motion. Use Lagrangian methods to study dynamics, orbital motion and vibration.
U of T Engineering Calendar 2026–27, AER301H1
CHE374H1Economic Analysis and Decision Making0.5 credits
Evaluate engineering projects using cost estimates, cash flow, financing, and risk and sensitivity analysis. Applications include capital budgeting, equipment replacement and comparing engineering proposals.
U of T Engineering Calendar 2026–27, CHE374H1
CSC263H1Data Structures and Analysis0.5 credits
MIE366H1Electronics for Robotics0.5 credits
ROB301H1Introduction to Robotics0.5 credits
ROB310H1Mathematics for Robotics0.5 credits
Apply complex analysis, optimization, filtering, probability and numerical methods to robotics problems such as path planning, vision, control and learning.
U of T Engineering Calendar 2026–27, ROB310H1
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1

Winter Session – Year 35 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: CS/HSS or Technical Elective (0.50 credits).

AER372H1Control Systems0.5 credits
Model physical systems and design feedback controls using classical and state-space methods. Topics include stability, digital control, and introductions to nonlinear and optimal control.
U of T Engineering Calendar 2026–27, AER372H1
CSC384H1Introduction to Artificial Intelligence0.5 credits
ROB313H1Introduction to Learning from Data0.5 credits
MIE438H1Embedded Systems0.5 credits
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1

Fall Session – Year 44 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: CS/HSS or Technical Elective (0.50 credits).

ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1
ECE470H1Robot Modeling and Control0.5 credits
ECE557H1Linear Control Theory0.5 credits
Use state-space models to study controllability, observability, feedback, state estimation and optimal control. Labs apply these methods to control-system design.
U of T Engineering Calendar 2026–27, ECE557H1
ROB501H1Computer Vision for Robotics0.5 credits

Winter Session – Year 43 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: CS/HSS or Technical Elective (0.50 credits).

ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1
ROB521H1Mobile Robotics and Perception0.5 credits
Study sensor-based perception and control for mobile robots, including state estimation, localization, mapping and path planning. Labs use simulations and hardware kits.
U of T Engineering Calendar 2026–27, ROB521H1
ROB498H1Robotics Capstone Design0.5 credits

Technical Electives26 listed

Approved elective options within this major. Other calendar requirements: Other technical elective (0.50 credits).

APS360H1Applied Fundamentals of Deep Learning0.5 credits
Functional Courses elective group.
AER336H1Scientific Computing0.5 credits
Functional Courses elective group.
BME445H1Neural Bioelectricity0.5 credits
Functional Courses elective group.
ESC384H1Partial Differential Equations0.5 credits
Solve partial differential equations using Fourier series, separation of variables, Green’s functions and numerical methods. Applications include heat, wave and transport equations.
Functional Courses elective group.
U of T Engineering Calendar 2026–27, ESC384H1
CHE507H1Data-based Modelling for Prediction and Control0.5 credits
Functional Courses elective group.
CSC401H1Natural Language Computing0.5 credits
Functional Courses elective group.
CSC412H1Probabilistic Learning and Reasoning0.5 credits
Functional Courses elective group.
CSC413H1Introduction to Neural Networks and Machine Learning0.5 credits
Functional Courses elective group.
CSC485H1Computational Linguistics0.5 credits
Functional Courses elective group.
CSC486H1Knowledge Representation and Reasoning0.5 credits
Functional Courses elective group.
ECE353H1Systems Software0.5 credits
Study how operating systems manage processes, threads, scheduling, memory, files, input and output, and virtualization. Labs involve implementing part of an operating system.
Functional Courses elective group.
U of T Engineering Calendar 2026–27, ECE353H1
ECE355H1Signal Analysis and Communication0.5 credits
Study continuous- and discrete-time signals, linear time-invariant systems, Fourier analysis, filtering and sampling. Apply modulation techniques to communication systems.
Functional Courses elective group.
U of T Engineering Calendar 2026–27, ECE355H1
ECE381H1Foundations and Frontiers in Cybersecurity0.5 credits
Functional Courses elective group.
ECE411H1Adaptive Control and Reinforcement Learning0.5 credits
Functional Courses elective group.
ECE431H1Digital Signal Processing0.5 credits
Functional Courses elective group.
ECE516H1Intelligent Image Processing0.5 credits
Functional Courses elective group.
ECE532H1Digital Systems Design0.5 credits
Functional Courses elective group.
MAT363H1Geometry of Curves and Surfaces0.5 credits
Functional Courses elective group.
MAT389H1Complex Analysis0.5 credits
Study analytic functions, contour integration, series, residues and conformal mapping. The course also covers harmonic functions and differential equations in the complex plane.
Functional Courses elective group.
U of T Engineering Calendar 2026–27, MAT389H1
MIE444H1Mechatronics Principles0.5 credits
Functional Courses elective group. Calendar lists an additional restriction. See the major table.
AER302H1Aircraft Flight0.5 credits
Application Courses elective group.
AER307H1Aerodynamics0.5 credits
Application Courses elective group.
APS380H1Introduction to Electric Vehicle Design0.5 credits
Application Courses elective group. Calendar lists an additional restriction. See the major table.
BME530H1Human Whole Body Biomechanics0.5 credits
Application Courses elective group.
MIE439H1Cellular and Tissue Biomechanics0.5 credits
Application Courses elective group.
MIE505H1Micro/Nano Robotics0.5 credits
Application Courses elective group.

Transportation Systems Engineering (AEESCBASEV)

Fall Session – Year 35 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: CS/HSS or Technical Elective (0.50 credits).

CHE374H1Economic Analysis and Decision Making0.5 credits
Evaluate engineering projects using cost estimates, cash flow, financing, and risk and sensitivity analysis. Applications include capital budgeting, equipment replacement and comparing engineering proposals.
U of T Engineering Calendar 2026–27, CHE374H1
CIV333H1Simulation Modelling: Principles and Applications0.5 credits
Use statistical and computational simulation methods to study dynamic transportation systems. Applications include pedestrian flows, road traffic microsimulation and agent-based travel behaviour models.
U of T Engineering Calendar 2026–27, CIV333H1
CIV531H1Transport Planning0.5 credits
CME538H1Introduction to Data Science for Civil and Mineral Engineers0.5 credits
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1

Winter Session – Year 35 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: CS/HSS or Technical Elective (0.50 credits).

CIV334H1Transportation Data Analytics: Advanced Statistics and Machine Learning0.5 credits
CIV335H1Transportation Safety Analytics and Design0.5 credits
CIV336H1Fundamentals of Intelligent Transportation Systems and Traffic Management0.5 credits
CIV370H1Collaborative Design Project I0.5 credits
ESC301H1Engineering Science Option Seminar0.25 credits
Seminars introduce students to their Engineering Science major, including research, industry and the field’s social and environmental context. Program-wide sessions explore career paths. Credit depends on attendance and short written assignments.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC301H1

Fall Session – Year 43 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: CS/HSS or Technical Elective (0.50 credits).

CIV454H1Urban Operations Research0.5 credits
CIV470H1Collaborative Design Project II0.5 credits
ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1

Winter Session – Year 42 listed

Major-specific calendar table. Courses marked as options satisfy a choice group. Other calendar requirements: Technical Elective (0.50 credits). CS/HSS or Technical Elective (0.50 credits).

CIV406H1Advanced Mobility and Logistical Systems0.5 credits
ESC499Y1Thesis1 credits
Complete a supervised fourth-year research thesis on an approved topic. Lectures and workshops support research documentation, with interim submissions leading to the final thesis.
Full-year course. Its weight is counted once.
U of T Engineering Calendar 2026–27, ESC499Y1

Technical Electives15 listed

Approved elective options within this major.

CIV536H1Urban Activity, Air Pollution, and Health0.5 credits
Fall term elective group.
ECE470H1Robot Modeling and Control0.5 credits
Fall term elective group.
MIE523H1Engineering Psychology and Human Performance0.5 credits
Fall term elective group.
MIE524H1Data Mining0.5 credits
Fall term elective group.
MIE566H1Decision Making Under Uncertainty0.5 credits
Fall term elective group.
MIE567H1Multi-agent Reinforcement Learning0.5 credits
Fall term elective group.
ROB301H1Introduction to Robotics0.5 credits
Fall term elective group.
AER372H1Control Systems0.5 credits
Model physical systems and design feedback controls using classical and state-space methods. Topics include stability, digital control, and introductions to nonlinear and optimal control.
Winter term elective group.
U of T Engineering Calendar 2026–27, AER372H1
APS305H1Energy Policy0.5 credits
Winter term elective group.
CIV516H1Public Transit Operations and Planning0.5 credits
Winter term elective group.
CIV580H1Engineering and Management of Large Projects0.5 credits
Winter term elective group.
ECE356H1Introduction to Control Theory0.5 credits
Model and analyze dynamic systems using transfer functions, state-space models and frequency response. Study feedback, stability and loop shaping, with design work in MATLAB and Simulink.
Winter term elective group.
U of T Engineering Calendar 2026–27, ECE356H1
ECE411H1Adaptive Control and Reinforcement Learning0.5 credits
Winter term elective group.
MIE363H1Operations and Supply Chain Management0.5 credits
Winter term elective group.
MIE376H1Mathematical Programming (Optimization)0.5 credits
Winter term elective group.

Graduate technical electives with approval3 listed

Fourth-year students require approval from both Engineering Science and Civil Engineering for these graduate courses.

CIV1535Transportation and Development
CIV1538Transportation Demand Analysis
CIV1536Modelling Transport Emissions

Mapped terms

the two foundation years, from the Faculty of Engineering calendar

Course: First year · Fall

ESC194H1Calculus I
Single-variable calculus at pace, with more proof than the equivalent course elsewhere in engineering.
Galbraith Building
ESC101H1Praxis I
The design course: real open-ended problems, team work, and a heavy emphasis on written and spoken justification of your decisions.
Myhal Centre for Engineering Innovation and Entrepreneurship
ESC180H1Introduction to Computer Programming
Programming in Python from scratch. No prior experience assumed, though much of the cohort has it.
Bahen Centre for Information Technology
ESC103H1Engineering Mathematics and Computation
Linear algebra basics alongside computational methods in MATLAB.
Bahen Centre for Information Technology
CIV102H1Structures and Materials. An Introduction to Engineering Design
Statics and material behaviour, built around designing and physically testing a bridge.
Galbraith Building
PHY180H1Classical Mechanics
Mechanics for physicists rather than for engineers. More derivation, less plug-and-chug.
Convocation Hall

Elective choices

Aerospace Engineering (AEESCBASEA)

Take a full-year thesis or a half-year thesis in one of the two fourth-year terms. Include at least one of AER406H1 or AER407H1 and follow the calendar's minimum for the combined technical selection.

Biomedical Systems Engineering (AEESCBASET)

Complete 2.0 technical elective credits and 1.0 Complementary Studies or Humanities and Social Sciences credit in Years 3 and 4. Select at least two technical electives in one focus area.

Electrical and Computer Engineering (AEESCBASER)

Fourth year includes two ECE electives, two further ECE or technical electives, and two Complementary Studies electives. At most four CSC courses at the 300 or 400 level count. The calendar lists thesis alternatives.

Energy Systems Engineering (AEESCBASEJ)

APS305H1 counts toward Complementary Studies. Fourth year includes three technical electives, one Complementary Studies or Humanities and Social Sciences elective, and one free elective. The calendar permits specified substitutions.

Engineering Mathematics, Statistics and Finance (AEESCBASEF)

Fourth year includes four technical and two Complementary Studies electives. A half-year thesis requires an additional 0.5 credit from the approved electives.

Engineering Physics (AEESCBASEP)

Year 3 requires 5.75 credits, including approved Group A electives. Year 4 requires three Group B electives, two from Groups A or B and two Complementary Studies electives.

Machine Intelligence (AEESCBASEL)

Complete 2.0 technical elective credits and 1.0 Complementary Studies or Humanities and Social Sciences credit in Years 3 and 4. At most four CSC courses at the 300 or 400 level count.

Robotics Engineering (AEESCBASEZ)

Complete 1.0 technical elective credit and 1.0 Complementary Studies or Humanities and Social Sciences credit in Years 3 and 4. The maximum of four CSC courses at the 300 or 400 level includes the two core CSC courses.

Transportation Systems Engineering (AEESCBASEV)

Complete 2.5 technical elective credits and 1.0 Complementary Studies or Humanities and Social Sciences credit in Years 3 and 4. Listed graduate technical electives need both division and department approval.

Other requirements and route notes

Second-year Winter includes a 0.5-credit Complementary Studies elective. Across the programme, Complementary Studies totals 2.0 credits, including 1.0 in Humanities and Social Sciences.
Complete 2.0 credits in Complementary Studies, including 1.0 credit in Humanities and Social Sciences. Substitutions require advance approval.

Study locations

Campus: St. George, Faculty of Applied Science and EngineeringEngineering Science · official programme information
Teaching campus: St. GeorgeU of T Engineering Science program, alumni and PEY examples
Buildings in the mapped program record: Bahen Centre for Information Technology · Myhal Centre for Engineering Innovation and Entrepreneurship · Galbraith Building · Convocation Hall · Wallberg Building · Medical Sciences BuildingU of T Engineering academic calendar. Engineering ScienceEngineering Science. Foundation years

References

Careers

Spacecraft systems engineer
Infrastructure design engineer
Urban planner
Data analyst

Published employers

Planet Labs
Airbus
Google
Harvard Medical School
Scotiabank
Verity Studios

Published employers

Scope and qualifications

A published Engineering Science alumnus example. His PEY placement at Safran Landing Systems and later position at Planet Labs are distinct; this is not a top-job ranking.

Employer examples come from the faculty's PEY list. The job roles are published pathways for the Transportation Systems major.

Professional recognition

Engineers Canada’s list, updated July 7, 2026, lists Engineering Science at University of Toronto as CEAB accredited: 1965 - present. Accreditation meets the academic component of engineering licensure; it does not itself grant a professional licence.

Scope and qualifications

Employer examples come from the faculty's PEY list. The job roles are published pathways for the Transportation Systems major.

Accreditation

Costs

Fee category

2026–27 · St. George · Fall 2026 + winter 2027 · Programme fee · CAD
Fee category	Ontario students	Other Canadian students	International students
Engineering with PEY Co-op · Admitted 2026–27 or earlier	$14,460.00	$17,730.00	$72,860.00
Engineering without PEY Co-op · Admitted 2026–27 or earlier	$14,460.00	$17,730.00	$72,860.00