Kamran Rasheed

Background

About Kamran Rasheed

About Me With over 15 years of experience spanning academia and industry, I am a passionate educator, researcher, and engineer dedicated to advancing knowledge in microfluidics, MEMS, and numerical simulations. Currently, I serve as an Assistant Professor at Integral University, Lucknow, where I specialize in computational fluid dynamics (CFD), microchannel flow dynamics, and passive micromixers. Research & Technical Expertise My research primarily focuses on the numerical analysis of mixing in microchannel using secondary flow techniques. Leveraging ANSYS CFX and advanced computational methodologies, I investigate fluid behavior in T-micromixers, vortex-based structures, and serpentine channels, aiming to enhance mixing efficiency while optimizing pressure drop and Dean number effects. My work contributes to cutting-edge applications in lab-on-a-chip devices, biomedical diagnostics, and chemical microreactors. Academic Contributions & Mentorship Beyond research, I am deeply committed to mentoring students and fostering innovation in engineering education. My role extends beyond the classroom—I actively participate in: Curriculum Development (syllabus formation committees) Accreditation & Quality Assurance (NAAC, NBA evaluations) Faculty Development Initiatives (seminars, workshops, technical training) Interdisciplinary Research Collaborations I take pride in bridging the gap between theoretical knowledge and practical applications, ensuring that students not only grasp fundamental concepts but also develop problem-solving skills aligned with industry trends. Industry Experience & Practical Insights Before transitioning into academia, I gained valuable hands-on experience in engineering and project execution while working with leading firms such as Schindler India, KONE Elevators, and Paruthi Engineers. My expertise spans: Elevator system installations & commissioning Site supervision & project execution Technical troubleshooting & maintenance strategies This diverse exposure enables me to integrate real-world engineering challenges into my teaching and research, fostering a more practical and industry-oriented approach to problem-solving. 🤝 Let’s Connect & Collaborate I am always eager to explore research collaborations, industry-academic partnerships, and innovative projects in microfluidics, heat transfer, and numerical simulations. If you're interested in discussing potential opportunities or exchanging insights, feel free to connect with me!