PhD Chemical Engineering
Overview:
The Department of Chemical Engineering at COMSATS University offers a Doctor of Philosophy (PhD) in Chemical Engineering program that is designed to provide students with advanced education and research training in the field of chemical engineering. Our program is specifically tailored to provide students with the knowledge and skills necessary to conduct original research and make a significant contribution to the field of chemical engineering.
Curriculum:
The PhD in Chemical Engineering is a research-intensive program designed to develop independent researchers capable of advancing knowledge at the frontiers of chemical engineering. The program encompasses advanced coursework and original research in core and emerging areas of the discipline, including advanced thermodynamics, chemical kinetics and reaction engineering, multiscale transport phenomena, advanced separation processes, and process systems engineering.
Doctoral students pursue specialized research tracks aligned with faculty expertise and national and global research priorities. Key areas of specialization include energy and environmental engineering, polymer and advanced materials engineering, reaction engineering, and process systems engineering. The curriculum emphasizes theoretical rigor, advanced modeling and simulation, experimental design, and data-driven methodologies.
A strong focus is placed on cutting-edge research themes, such as artificial intelligence and machine learning for chemical processes, advanced process control and optimization, sustainable and renewable energy systems, and next-generation materials. Through comprehensive research training, interdisciplinary collaboration, and scholarly dissemination, the program prepares graduates for leadership roles in academia, research institutions, and high-impact industrial R&D.
Research Opportunities:
The PhD in Chemical Engineering is centered on an extensive and original research component, requiring doctoral candidates to conceive, execute, and defend novel research that makes a significant contribution to the advancement of chemical engineering knowledge. Under the close mentorship of a faculty advisor and a supervisory committee, students engage in high-impact, hypothesis-driven research aligned with national and international research priorities.
Doctoral candidates have opportunities to work on industry-sponsored and government-funded research projects, fostering advanced problem-solving abilities, research independence, and professional research ethics. The program emphasizes research dissemination through peer-reviewed journal publications, conference presentations, and patents.
Students conduct their research in state-of-the-art laboratories equipped with advanced experimental, computational, and analytical facilities, and actively collaborate with leading faculty researchers and interdisciplinary teams, preparing graduates for careers in academia, research organizations, and advanced industrial R&D environments.
Faculty & Resources:
The PhD in Chemical Engineering is supported by a team of highly qualified and internationally trained faculty members who are recognized experts in their respective research domains. Faculty members hold terminal degrees in chemical engineering and related disciplines, with extensive experience in advanced research, scholarly publications, funded projects, and industrial collaboration. They are committed to mentoring doctoral candidates in the development of independent research capability, critical thinking, and academic leadership, and to guiding students toward achieving their long-term research and professional objectives.
The department provides doctoral students with access to state-of-the-art research facilities and advanced computational and experimental infrastructure, including:
- Advanced process simulation, modeling, and optimization software for chemical, energy, and environmental systems
- Specialized laboratory facilities for water and wastewater quality characterization, treatment technologies, and process optimization studies
- Renewable and sustainable energy systems, including biofuel production, conversion, and utilization technologies
- Advanced analytical, diagnostic, and process instrumentation for high-precision measurements and analysis in chemical, energy, and environmental engineering research
Career Opportunities:
Graduates of the PhD in Chemical Engineering are equipped for leadership roles in academia, advanced industrial research and development, national laboratories, and policy-oriented research organizations. The program prepares graduates to address complex and emerging challenges in chemical engineering through original research, advanced modeling and experimentation, and innovative process and systems design. Career pathways include positions as academic faculty, principal scientists, senior R&D engineers, process and systems modeling experts, energy and environmental specialists, and technology innovation leaders.
Doctoral graduates are also well-positioned for roles in consulting firms, government research agencies, regulatory bodies, and international research organizations, where advanced analytical skills and independent research capabilities are essential. The rigorous research training enables graduates to contribute to process intensification, optimization, sustainability-driven engineering solutions, and energy systems development, as well as to assume strategic and managerial roles in technology-driven organizations.
The department maintains strong linkages with industry and research organizations, providing doctoral candidates with opportunities to engage in collaborative, industry- and government-funded research projects that address real-world engineering problems. These partnerships enhance professional exposure and facilitate technology transfer and innovation.
Admission Criteria:
The admissions in the graduate program are very competitive based on merit. The merit will be determined based on the academic record, test and interview.
Admission Pre-Requisites:
- A 18-years degree preferably in Chemical Engineering, Petroleum Engineering, Gas Engineering Petrochemical Engineering, Polymer Engineering, Materials Engineering, Metallurgical Engineering, Energy Systems Engineering, Environmental Engineering, Process Systems Engineering, and Biochemical Engineering, or in the relevant field from an accredited educational institution, with First Division (annual system) or minimum CGPA 3.0/4.0 (semester system) and no third division (annual system) or ‘D’ grade (semester system) throughout the academic career.
- NTS GAT (General) with minimum 60 score (must be valid on the date of admission).
- All other terms and conditions regarding Graduate programs approved by the Competent Authority from time to time shall be applicable.
Research Groups:
The Department of Chemical Engineering at COMSATS University Lahore Campus is home to several research groups that are actively engaged in cutting-edge research in various areas of chemical engineering. These research groups provide a platform for faculty members, graduate students and undergraduates to collaborate and conduct research in their areas of interest. Some of the research groups and their areas of focus are as follows:
- Biomass Conversion Research Group (BCRG):This group conducts research on the conversion of biomass into value-added products such as biofuels, chemicals, and materials. The group focuses on the development of new technologies for the conversion of lignocellulosic biomass into biofuels and bioproducts.
- Catalysis & Reaction Engineering Research Group (CRERG): This group conducts research on the development of new catalysts and reactor systems for various chemical reactions. They focus on the design, synthesis, characterization and application of catalysts in different fields such as petrochemical, fine chemical and pharmaceutical industry.
- Nano-Green Research Group:This group focuses on the development of sustainable, green and environmentally friendly technologies for the production of materials and chemicals. This group conducts research on the development of new nanomaterials and their application in various fields, such as energy storage, water treatment, and environmental protection.
- PRESTIGE-Process & Energy Systems Engineering Center: This center focuses on the development of new process systems and technologies for the efficient use of energy and natural resources. This center conducts research on the design, optimization, and control of process systems, with a focus on energy efficiency, process intensification, and sustainable production.
- Polymer and Composite Materials Group: This group conducts research on the development of new polymer and composite materials, as well as their characterization, processing, and applications. They focus on the design, synthesis, characterization and application of polymer and composite materials in various fields such as aerospace, biomedical, energy and transportation.
- Membrane Systems Research Group: This group focuses on the design, fabrication, and characterization of advanced membrane systems for water treatment, desalination, and separation processes. The research team is working on developing new membrane materials, including polymeric, and composite materials, as well as developing new fabrication techniques and modeling tools to optimize the performance of membrane systems.
- Microfluidics Research Group (MRG): This group conducts research on the behavior of fluids at the microscale and the design of microfluidic devices for various applications. The group is working on developing new microfabrication techniques and modeling tools to design and optimize microfluidic devices. They also work on developing new materials and methods for controlling and manipulating fluids at the microscale.