Doctor of Philosophy (PhD) in Chemical: Embark on a transformative journey in Chemical and Biochemical Engineering at Western University, Canada. The PhD program offers a thesis-based research degree for candidates holding a Master’s Degree. Explore diverse fields of research, benefit from a comprehensive professional development program, and access funding support packages.
Designation: PhD Candidate
Research Area:
- Biomaterials and Biochemical Engineering
- Environmental and Green Engineering
- Macromolecular and Materials Engineering
- Particle Technology and Fluidization
- Reaction and Process Systems Engineering
- Water and Energy
Location: Thompson Engineering Building, Western University, London, Ontario, Canada
Eligibility/Qualification:
- Master’s Degree in a relevant field.
- Minimum 78% average in a four-year honors degree or equivalent.
- Work experience is not mandatory but considered favorably.
- English Language Proficiency: TOEFL (86 or higher), IELTS (6.5 or higher), CAEL (60 or higher), or completion of Western English Language Centre’s program.
Program Details:
Doctor of Philosophy (PhD) in Chemical and Biochemical Engineering
- Program Length: 12 Terms (Full-time studies), 18-24 Terms (Flex-time studies)
- Program Design: Full-time study and flex-time study
- Funding: Graduate Student Funding Support Package; Eligible for Vanier CGS, NSERC, OGS scholarships.
- Tuition and Fees: Refer to the Office of the Registrar’s website.
Job Description: As a PhD candidate, you will engage in cutting-edge research in Chemical and Biochemical Engineering. The program emphasizes a thesis-based approach and provides opportunities for professional development through the “Own Your Future” program. Explore biomaterials, environmental engineering, materials engineering, and more. Benefit from funding support packages and apply for prestigious scholarships.
How to Apply: Interested candidates can apply by submitting their applications to Marina Omelchenko (cbegrad@uwo.ca). For detailed information and program specifics, visit the official website: Chemical and Biochemical Engineering at Western University.
Application Deadline: 01 March 2024
- Domestic Applicants:
- August 1 – Fall Term
- November 1 – Winter Term
- May 1 – Summer Term
- International Applicants:
- March 1 – Fall Term
- July 1 – Winter Term
- November 1 – Summer Term
Acceptance notifications begin upon the completion and review of applications.
Disclaimer: This job post is sourced from a reliable publication. However, applicants are strongly encouraged to verify details and obtain further information from the official website of Western University.
- 🎓 Program Overview
- The PhD program is a thesis-based research degree.
- Open to Master’s Degree holders.
- Expected completion within four years.
- 🌐 Own Your Future Program
- Professional development program for career readiness.
- Assess strengths, identify growth opportunities, and enhance skills.
- Learn to articulate gained skills for future career optimization.
- Details at www.uwo.ca/ownyourfuture.
- 📅 Program Length
- Full-time: 12 terms.
- Flex-time: 18-24 terms.
- Thesis-based study.
- 💰 Funding Information
- Graduate Student Funding Support Package.
- Encouraged to apply for scholarships (e.g., Vanier CGS, NSERC, OGS).
- 💵 Tuition and Fees
- Per-term schedules at http://www.registrar.uwo.ca/student_finances/fees_refunds/fee_schedules.html.
- 📚 Admission Requirements
- Minimum 78% average in a four-year honours degree.
- Work experience not mandatory but considered.
- 🌐 English Language Proficiency
- TOEFL (86 minimum), IELTS (6.5 minimum), CAEL (60 minimum), or completion of Western’s English program.
- Fanshawe College’s ESL Program, Level 10, 80% in all components.
- 📅 Application Deadline
- Domestic: Aug 1 (Fall), Nov 1 (Winter), May 1 (Summer).
- International: Mar 1 (Fall), Jul 1 (Winter), Nov 1 (Summer).
- Acceptance notification upon completed application review.
- 🌐 Fields of Research
- Biomaterials and Biochemical Engineering.
- Environmental and Green Engineering.
- Macromolecular and Materials Engineering.
- Particle Technology and Fluidization.
- Reaction and Process Systems Engineering.
- Water and Energy.
