Waterloo Software Engineering

program_overview

What is Software Engineering?

Program structure

Joint between the Engineering and Math faculties
ECE + CS
Co-op only; 6 work terms built-in
More structured than Computer Science

What you learn

Programming, algorithms, data structures
Software design, architecture, testing
Hardware basics (not fun, but it's only like 3 courses)
Engineering communication and teamwork

accredited engineering degree, so going for P.Eng. after graduation is possible!

So what is Software Engineering? It's a joint program between the Engineering and Math faculties, so you're basically being taught from both ECE and CS profs. The biggest thing that sets Waterloo apart from almost every other school is that co-op is mandatory and built into the degree, since you have the opportunity for six 4-month co-op terms. SE itself has a very rigid structured compared to CS, but provides experience that is invaluable for real world software development. You learn programming, algorithms, and data structures, but you also learn software design, architecture, and testing. You get a bit of hardware background — it's not the most fun part but it's only a few courses. And you get a lot of communication and teamwork practice through group projects and presentations. One important note: SE is an accredited engineering degree, so if you want to pursue the P.Eng. designation after graduation, that's definitely an option.

diff SE CS

SE vs CS - what's different?

+ What SE adds

courses are overall more application focused, CS has a lot of proofs courses and much more theory based (it's a science)

Cohort system; super easy to make connections

Hardware, circuits, and engineering fundamentals

− What SE trades off

Fewer elective choices in early terms

Less flexibility for non-technical courses

Much heavier required course load each term

(expect 6 courses per term to become the norm 🥲)

Engineering building — Engineering side: heavier required core sequence

Mathematics building — Math side: stronger theory depth and flexibility

both can lead to similar careers, but it's basically preference

coop_focus

Co-op @ UW

How the process usually runs

Each cycle starts with job postings, resume drops, and ranked applications
Interviews are short and frequent, so prep a clear story for each project on your resume
Match results come after rankings; if unmatched, continuous round is normal
Use every term to improve resume quality, interview clarity, and project depth

Insights that actually help

Early co-op terms are often about learning how teams ship, not just coding speed
Smaller teams can give you broader ownership; bigger teams can give stronger mentorship
Keep a running "impact log" during jobs so your next application has strong evidence
Networking with upper years improves interview prep and employer targeting

co-op outcomes are built over multiple terms; momentum compounds if you track what you learned each work term

admission_requirements

High school grades

Required courses

ENG4U English
MHF4U Advanced Functions
MCV4U Calculus & Vectors
SCH4U Chemistry
SPH4U Physics
+1 Additional Grade 12 U/M

2025 Adjustment Factors

Competitive targets

low-mid 90s // competitive admission average (although even having high 90s is a gamble due to mark inflation)

70%+ // minimum per required course

CS courses (ICS3U/4U) recommended
Grades alone won't get you in

Highly competitive applicant pool

Supplementary application required (AIF + interviews)

supplementary_application

AIF: what you will answer

You can submit the AIF only once. Used across all programs you applied for.

Questions 1 and 2 150 words each

Q1 passion/interest: how and when you got involved, what you learned, and how you will apply it at Waterloo
Q2 community involvement: your contributions, leadership, and impact on group goals

Questions 3 and 4 150 words each

Q3 experience reflection: unfair treatment situation, your response, and what changed
Q4 goals for Waterloo: main goal, exposure to the field, and advice/backup planning

Question 5: outside the classroom

List school/community/home activities with hours from the last 12 months
you don't need 300 hours for each activity, it's not worth it to exaggerate. A realistic amount of commitment is much more valuable than simply a bigger number!

online_interviews

Engineering + Software Engineering interview details

Engineering interview

For all Engineering applicants
Optional but highly recommended for admission
Required for Engineering entrance scholarship consideration
Video question (90 seconds): experiences that motivated your program choice
Two scholarship yes/no questions: FIRST Robotics and entrepreneurship interest (does not impact your application result)

Software Engineering interview

For Software Engineering applicants
Required for admission to Software Engineering
Written question: list your experience with programming, months of use, and how you used it
150-word limit and 5-minute time limit

btw you can literally just find the interview questions online and prepare bullet points beforehand

personal_example

My application

Grades I applied with

English99
Advanced Functions100
Calculus and Vectors97
Chemistry94
Physics94
Computer Science99

Top 6 average: 97.2%

What I highlighted in my app

ECs:

6 years in GYL, Secretary, Ensemble Head
Competitive snowboarding for 7 years, multiple podium placements

Programming experience:

Java (4 years), C# (2 years), Python (6 months)
Full 2D games from CS class and CCC distinctions (uwaterloo contest)

lying on app can look super obvious...

So these were the grades I had when I was accepted. Engineering decisions come out in March and May, so they will have grades for all of your required courses by then. For extracurriculars I highlighted my involvment in GYL with my leadership roles and my experience with competitive snowboarding. For programming, I listed 4 years of Java and 2 years of C#, and pointed to games I built in class and CCC distinctions. I know a bunch of people in my program who had zero programming experience and not many ECs, but if your application is strong in other areas, you can still be a competitive candidate. Also, don't trust TikTok or Reddit for admission stats. People who post there are usually extreme cases or just lie. They dont actually represent the applicant pool.

beyond_grades

Extracurriculars that matter

Programming experience:projects, CCC, hackathons, etc... literally way to show genuine interest in the field.

Leadership & community:clubs, volunteering, etc... show initiative and responsibility beyond school.

Competitions & achievements:math contests, science fairs, sports to show discipline and drive.

Personal interests & passions:activities that show who you are; way more important than adding fluff

you don't need a startup or a cure for cancer. involvement and growth stand out enough

application_advice

Tips for applying

Focus on fundamentals

Keep your grades high in required courses
Show real programming experience through projects or contests
Apply broadly so one decision does not define everything

Write and present clearly

In the AIF, highlight what you learned rather than only what you did
Be yourself! There is no single perfect answer format
Lead with authenticity over a polished but fake story
Explain why SE at Waterloo is your best fit

don't accept/apply to programs that you don't have genuine interest in (i.e. accepting a random Waterloo program in hopes of doing an internal transfer). You'll end up stuck in a program you don't like and have required courses that don't help with your career path

first_year_courses

First-year course snapshot (SE)

1A Term

MATH115 (Linear Algebra for Engineering)
MATH117 (Calculus I for Engineering)
MATH135 (Algebra for Honours Mathematics)
CS137 (Programming Principles in C)
SE101 (Introduction to Methods of Software Engineering)
CHE102 (Chemistry for Engineers)

1B Term

MATH119 (Calculus II for Engineering)
CS138 (Data Abstraction and Implementation in C++)
ECE124 (Digital Circuits and Systems)
ECE140 (Linear Circuits)
ECE192 (Engineering Economics and Impact on Society)
+ Communications Elective (one elective kinda? yay!)

first_year_reality

What first year usually feels like

Academic transition

way faster pace and heavier workload than Grade 12
Labs, quizzes, and assignments are handled by different people (TAs, profs, lab instructors), so they all run at the same time, can get overwhelming
lots of opportunities to do self-organized group work

Habits that help early

Schedule your week before deadlines pile up
Use office hours, TAs, and help from classmates
SLEEP

beyond_the_curriculum

There's a lot more than just classes

design_teams

WATonomous, UW Robotics, WatAI, WatStreet, and many more.

Project teams where you build real hardware/software with other students. Great place to get early experience on resume.

hackathons

Hack the North is one of the biggest in North America, and it's hosted at Waterloo. Hackathons are a great way to meet like-minded, brilliant people and build real solutions.

side_projects

UW culture actively encourages building/learning things on your own time. Projects get shared, iterated on, and eventually become interview talking points or startups.

cohort + social

SE has a cohort system of 140-ish people through all your terms. Makes it really easy to form study groups, find teammates, and build lasting friendships.

clubs

many clubs on campus. Music, cultural, academic, and competitive. Easy to stay involved in things you already care about or try something new.

intramurals

Rec sports leagues for basically every sport. Low commitment, good way to stay active and decompress during heavy terms.

uwaterloo
software engineering