PhD Chemical and Process Engineering (Industrial)
Course Overview
This course leverages cutting-edge science and mathematics to develop innovative solutions for critical industrial and societal challenges, including sustainable energy, advanced healthcare, and environmental protection. Students will engage in transformative research, from designing novel reactors to engineering nanostructured materials, all within a collaborative ecosystem of industry and academia.
Key Program Highlights
- Address global challenges in renewable energy, clean water, and pharmaceutical manufacturing
- Research spans from nanotechnology and advanced reactor design to gas separation and energy storage
- Gain hands-on experience tackling complex problems like protein aggregation in diseases
- Benefit from strong interdisciplinary links with other science and engineering departments
- Collaborate directly with a wide network of industrial partners on real-world applications
Course Overview
This course leverages cutting-edge science and mathematics to develop innovative solutions for critical industrial and societal challenges, including sustainable energy, advanced healthcare, and environmental protection. Students will engage in transformative research, from designing novel reactors to engineering nanostructured materials, all within a collaborative ecosystem of industry and academia.
Key Program Highlights
- Address global challenges in renewable energy, clean water, and pharmaceutical manufacturing
- Research spans from nanotechnology and advanced reactor design to gas separation and energy storage
- Gain hands-on experience tackling complex problems like protein aggregation in diseases
- Benefit from strong interdisciplinary links with other science and engineering departments
- Collaborate directly with a wide network of industrial partners on real-world applications
