Advocate for scientific research that addresses pressing global challenges, including sustainable energy and clean water access.
Consult with academic institutions and private companies to develop research initiatives and secure funding for advanced chemical engineering projects.
Organize conferences and seminars to foster collaboration between the academic community and industry leaders, encouraging innovation and the application of new research findings.
Participate in global panels discussing the future of chemical engineering research, focusing on sustainability and emerging technologies.
Travelled across continents to promote peace, education, and sustainability in underprivileged communities.
Funded educational programs for children in need and sponsored research initiatives to improve global access to clean water and sanitation.
Received the Lifetime Achievement Award from the Office of the United States President in 2018 for outstanding contributions to humanity..
Actively involved in causes focusing on health, particularly cancer awareness and support, after the personal loss of my wife to breast cancer.
Lead research and development projects focused on chemical process optimization for refining and petrochemical operations.
Oversee a team of engineers and technicians to ensure the safe and efficient operation of chemical processes.
Collaborate with international teams on sustainability initiatives and environmental compliance.
Developed strategic plans for improving plant safety, resulting in a 10 million safe man-hours award in 2018.
Taught undergraduate and graduate-level courses in chemistry and chemical engineering.
Developed course materials and conducted assessments that contributed to students' high performance and understanding of chemical principles.
Supervised several Master’s and PhD students in their research projects, helping them achieve notable academic success.
Actively engaged in research and published papers in international scientific journals on chemical engineering topics.
Received several awards for academic excellence and student mentorship.
At one of the world’s leading research universities, I pursued advanced studies in chemical engineering. My Master’s thesis focused on refining processes, and I was involved in several research projects that explored innovative solutions for industrial chemical challenges. The University of Liverpool’s renowned faculty and cutting-edge labs provided a strong foundation for my career in both academic and applied chemical engineering.
As an undergraduate, I gained a comprehensive understanding of chemical processes and engineering fundamentals. I engaged in hands-on learning experiences, including internships in prominent UK industries, which cultivated my skills in real-world applications of chemical engineering. My time at Liverpool shaped my passion for teaching and research, leading to my eventual role as a lecturer.