Bachelor Of Applied Science In Energy Systems Engineering

University of Regina – Lead the Transition to a Sustainable Energy Future

Step into the future of global energy. At the University of Regina, the new Bachelor of Applied Science in Energy Systems Engineering (ERSE) prepares the next generation of engineers to address one of humanity’s greatest challenges: creating sustainable, efficient, and secure energy systems for a changing world.

⚡ Why Study Energy Systems Engineering at U of R?

✅ Canada’s Most Comprehensive Energy Curriculum
The U of R offers three distinct specialization options under one forward-thinking degree — making it the most diverse and complete energy engineering program in Canada.

✅ Practice-Focused Learning
Gain real-world experience through internships, co-ops, and hands-on projects. The Centre for Experiential and Service Learning helps align your education with your career goals — with paid and volunteer opportunities in the energy sector.

✅ CEAB Accreditation Pathway
The program is undergoing accreditation by the Canadian Engineering Accreditation Board (CEAB) and will be fully accredited before the first cohort graduates in 2026 — putting you on the pathway to becoming a Professional Engineer (P.Eng.).

✅ Interdisciplinary, Future-Ready Skills
From fossil fuels to renewables, machine learning to pipeline engineering, this program arms you with the technical, environmental, and economic knowledge needed to navigate and shape the future of global energy.

???? What Is Energy Systems Engineering?

Energy Systems Engineering is a multidisciplinary branch of engineering focused on designing, producing, storing, transporting, and managing energy efficiently, economically, and sustainably. The field addresses both conventional and emerging energy technologies, preparing students for careers that drive innovation and climate-conscious transformation.

???? Choose Your Path – Three Specialization Options

Each of the three options equips you with focused expertise while allowing flexibility to explore complementary courses from other streams.

????️ 1. Petroleum Engineering Option

Develop safe, efficient, and environmentally responsible methods for exploring and producing oil and gas.

Key Courses Include:

???? 2. Sustainable Energy Engineering Option

Lead innovation in renewable energy systems, including solar, wind, geothermal, hydro, and nuclear.

Key Courses Include:

???? 3. Energy Transportation & Storage Option

Design and manage the infrastructure that moves and stores energy, from pipelines to power grids.

Key Courses Include:

???? Program Highlights – Core Learning Areas

Whether you specialize in renewables, petroleum, or transport, you’ll graduate with the broad competencies and leadership mindset needed to thrive in a fast-evolving global energy sector.

???? Career Opportunities in Energy Systems Engineering

This program equips graduates for high-demand careers across traditional energy, emerging technologies, infrastructure, and sustainability:

Program Requirements
  • Academic Requirement: 70% Required with Math, Chemistry, Physics
  • ELP Requirement: English Proficiency Score (Only for students of Non-English speaking countries) • IELTS: overall score of 6.5 (with no band below 6.0). • PTE: Overall 59 • TOEFL: Overall 83 ( not less than 20 ) • Duolingo : Overall 120 (not less than 105)
Refund Policy

Tuition Deposit & Partial Refund Policy for Undergraduate International Students

Undergraduate international students on a study permit are required to pay a $1,000.00 tuition deposit upon acceptance of admission. If the student's study permit application is denied, they can request a partial refund of the tuition deposit in the amount of $500.00.

Withdrawing from Courses
When you drop one or more courses by the official deadlines for your term or “part of term,” you automatically get a full or partial refund credited to your student account.

Finding Your Deadlines
Check the Academic Schedule or log in to UR Self-Service and view My Refund Schedule (or the Class Refund Schedule) to see the exact drop dates that apply to your courses.

Automatic Refund Levels
There are three refund deadlines each term:

  • Deadline 1: 100% refund of tuition and mandatory fees.

  • Deadline 2: 50% refund of tuition only (other mandatory fees are not refunded).

  • Deadline 3: No refund.

Additional Fee Adjustments
If you withdraw after Deadline 1 because of serious, unexpected events—such as your own serious illness or accident, a close family member’s death or illness, hospitalization, or an involuntary job transfer—you can apply for an extra tuition adjustment. You must submit a formal request with supporting documents; mandatory fees are not eligible for adjustment.

How Your Refund Date Is Set
We use the date you formally withdraw in Self-Service (or the date we receive your written request). If you stopped attending earlier for a documented reason (for example, the day you were hospitalized), we can use that date instead.

Part-of-Term 1 Refund Schedule
If you’re in Part of Term 1 (full semester) and withdraw after Deadline 1, here’s what you get back on tuition:

  • Week 3: 77%

  • Week 4: 69%

  • Week 5: 62%

  • Week 6: 54%

  • Week 7: 46%

  • Week 8: 38%

  • Week 9: 31%

  • Week 10: 23%

  • Week 11: 15%

  • Week 12: 8%

  • Week 13 and beyond: 0%

Withdraw later than Week 13, and you’re not eligible for a tuition refund.

Key Facts
  • Application Fee: $100
  • LOA Deposit: $1,000
  • Annual Tuition Fee: $22,000
  • Total Tuition Fee: $88,000
  • Course Duration: 4 Year
  • Credentials: Bachelor Degree
  • Intake: Sep-25
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Checklist

Checklist for UG Program’s

  • CV/Resume
  • Passport
  • Academic documents
  • Proof of English Proficiency
  • Third Party Consent Form (Signed)
  • Visa copy, PPR letter & Study permit (If Onshore)
  • Canadian address& Contact no  (If Onshore)
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