PhD Chemical and Process Engineering

Tuition fee
Apply by
Start date
Sep 2026
Oct 2026
Duration
3 years
4 years
Campus
Mode of study
Fees and deadlines depend on the selected options. Fees and currency conversion are approximate.
Offer response
3 - 5 days after your application is submitted
Backlogs accepted
This course accepts backlogs
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Course Overview

This course leverages cutting-edge science and mathematics to develop innovative solutions for critical industrial and societal challenges, such as sustainable energy and advanced healthcare. Students will engage in transformative research, from nanotechnology to reactor design, while collaborating with a network of academic and industrial partners.

Key Program Highlights

  • Address global challenges in renewable energy, clean water, and medicine manufacturing
  • Research spans from nanostructured materials to advanced chemical reactors
  • Develop novel technologies for energy storage and combating climate change
  • Investigate protein aggregation linked to degenerative diseases
  • Strong collaborative links with industry and other science/engineering departments

Requirements

The requirements may vary based on your selected study options.





















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Tuition fee
Apply by
Start date
Sep 2026
Oct 2026
Duration
3 years
4 years
Campus
Mode of study
Fees and deadlines depend on the selected options. Fees and currency conversion are approximate.
Offer response
3 - 5 days after your application is submitted
Backlogs accepted
This course accepts backlogs