Supervised Theses/Projects M.Sc. Engg. Theses • Energy Efficient HVAC Design of Buildings using Locally Available Materials (M.E.J. Khan, 2019) • Energy and Exergy Analysis of Waste Heat Recovery Systems using Organic Rankine Cycle (A. Saha, 2016) • Exergetic and Power Augmentation Analyses of Gas Turbine with Air-bottoming Combined Cycle (M.J. Hoque, 2016) • Optimum PID Control of a Servo-motor Subjected to Frictional Loads, Inertia  and Disturbances (K.A. Rahman, 2014) • Energy and Exergy Based Analysis of a Multi-Fuelled SI Engine (A. Morshed, 2013) • Dynamic Response of a Mobile Robot Drive Using PID Control (Z. Aziz, 2011) • Development and Tuning of a PID Control System for Mobile Robot Drive (S.M. Ali, 2011) • Exergy Analysis of a Four Stroke Spark-Ignition Engine using Different Fuels (M.R. Mohiuddin, 2010) • Dynamic Characteristics of Servo-Controlled Mobile Robot using Optimum Pulse Width Modulation (PWM) (M.E. Kabir, 2009) • Sesame Oil as an Alternative Fuel for Diesel Engines in Bangladesh (A.K.M.M. Morshed, 2008) • Energy-Exergy Analysis of a Diesel Engine Running of Preheated SVO (Straight Vegetable Oil) (M.M. Islam, 2006) • Performance of a Diesel Engine with Preheated Vegetable Oil as an Alternative Fuel (M.S. Uddin, 2005) • Comprehensive Modeling of Diesel Engine with Biogas/Diesel Dual Fueling for Optimized Performance (Z.A. Bhutto, 2003) • Experimental Investigation of Dual-Fuel Diesel Engine (M.H. Rahman, 2003) • Modeling of Flame Propagation in Biogas-Air Premixture (M. Mizanuzzaman, 2001) UG Projects for Asia-Pacific Robot Contests (ROBOCON 2005-2009) • Robocon 2009, Tokyo, Japan [1] [2] [3] [4] • Robocon 2008, Pune, India  [5] [6] • Robocon 2007, Hanoi, Vietnam [7] [8] [9] • Robocon 2006, Kualalampur, Malaysia [10] • Robocon 2005, Beijing, China: team achieved PANASONIC Award.  [11] [12] [13] Offered Courses (partial list) Undergraduate (UG) Courses • ME 101: Introduction to Mechanical Engineering [2022] • ME 203:      Engineering Thermodynamics                           [2017],  [replaces ME 201: Basic Thermodynamics] • ME 307: Heat Transfer Equipment Design [2021-22] • ME 361: Instrumentation and Measurement    [2019-18] • ME 417: Internal Combustion Engines [2021], [replaces ME 401: Internal Combustion Engines] • ME 403: Power Plant Engineering [2015] • ME 407:      Advanced Thermodynamics [2021-22] • ME 415: Refrigeration & Building Mechanical Systems [2014] • ME 475: Mechatronics [2011] Postgraduate (PG) Courses • ME 6101:  Classical Thermodynamics    [2021] [2019]  • ME 6163:  Combustion Engineering [2020]