The Department of Mathematics in association with IGNITIA Science Forum, Mangalore Institute of Technology & Engineering, organized a three-day hands-on workshop on “Calculus in Modeling & Simulation: From Theory to Industrial Innovation” from 15th to 17th May 2026. The workshop was conducted for first-year engineering students with the objective of enhancing their understanding of mathematical concepts through practical applications, modelling, and simulation techniques. The program provided an interactive learning platform that connected theoretical mathematics with real-world engineering and industrial applications.
The resource person for the workshop was Dr. Arjun M, Senior Lead Engineer at Qualcomm Inc., Bengaluru. Dr. Arjun M is an accomplished researcher and industry expert with extensive experience in mathematical modelling, simulation, and control of power electronic systems. He completed his Doctorate in Electrical Engineering from NITK Surathkal and pursued post-doctoral research at IISc Bengaluru. With expertise in MATLAB/Simulink, power converter design, and advanced control systems, he has contributed significantly to both industrial and academic projects. He also holds patents and has published research in the areas of power electronics, renewable energy systems, and advanced control methodologies. His rich academic and industrial experience enabled students to gain valuable insights into the practical relevance of mathematics in engineering innovation.
The workshop sessions focused on demonstrating the importance of mathematical concepts, particularly differential equations and modelling techniques, in solving real-world engineering problems. Participants gained awareness about industry opportunities for students with strong analytical and mathematical skills and understood the relevance of mathematics in industrial applications and day-to-day life. The sessions covered methods of solving first-order differential equations, mathematical modelling techniques, and simulation-based approaches using op-amps and breadboards. Practical activities and circuit-based problem-solving exercises provided hands-on exposure to the simulation of differential equations and strengthened students’ analytical thinking and application-oriented learning. Group activities, assignments, and collaborative exercises further enhanced participants’ teamwork, problem-solving abilities, and presentation skills.
The event was organized under the guidance of Dr. Jyothi S, Convener, and coordinated by Dr. Mitra K, Faculty Coordinator. The workshop concluded successfully with active participation and enthusiastic engagement from students. Overall, the program served as an effective platform for experiential learning, helping students understand the practical applications of calculus, modelling, and simulation in modern engineering and industrial innovation.