Teaching
My favorite part of the day is teaching and engaging with students. In my teaching, I aim for perfection. I rigorously arrange and prepare for my classes, and infuse my lectures with excitement and good energy. In my teaching, I stress discipline, clarity, and a solid knowledge of fundamental ideas. I feel that engaging students in lectures and maintaining an amicable environment are essential. Besides, I always try to motivate them to engage themselves in the study, research work and sports. From my point of view, it is more important to guide students as a mentor to sharpen their ability to identify unexpected opportunities for value creation and encourage creativity and ingenuity.
Courses Taught
ME 333
Manufacturing Technology
Students primarily obtain an in-depth understanding and knowledge of traditional and advanced manufacturing and machining processes. In my part, I teach conventional machining techniques such as Turning, Milling, Drilling, Grinding, Extrusion, Casting, Welding and relevant other operations.
ME 402
Heat Engine Laboratory
This course contains basic study on IC engine and it's construction, operation and types. Also, students get in-depth knowledge on engine cooling system, lubrication system, fuel injection system, air intake and exhaust system, turbocharger, supercharger, EGR, power transmission system etc. They perform theoretical calculations to obtain thermodynamic efficiencies and then assess operating losses.
ME 432
Machine Tools Sessional
Detailed case study of engine lathe, milling machine, CNC machine, grinding machine, and gear shaping machine and also installation and acceptance tests of machine tools.
ME 334
Manufacturing Technology Lab
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The focus of this curriculum is the development of students‘ practical knowledge regarding process and tools used in manufacturing.
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Study of different types of chip and determination of chip reduction coefficient
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Determination of tool Study of CNC milling machine, Drilling machine, Shaper Machine. Gear cutting on a column & Knee type milling machine.
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Manufacturing of an industrial part by using Lathe & Shaper Machine.
ME 121
Fundamentals of Mechanical Engineering
(Offered to CSE)
Introduction to internal combustion engines, gas turbines, powerplants, psychrometry, refrigeration and air-conditioning, automobiles, robotics, fluid machinery, welding, foundry etc.
ME 258
Mechanical Engineering Drawing-1
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The main objective is to enable students to acquire and use engineering drawing skills as a means of accurately and clearly communicating ideas, information and instructions.
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Orthographic drawings; Isometric views; missing lines and views; sectional views, auxiliary views, reading Civil Drawing for Mechanical Design of HVAC System are the main contents
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AutoCAD basic
ME 180
Computer-Aided Design (CAD)
(Offered to PME)
An introduction course which dives into the 3D and solid modelling design concepts using SOLIDWORKS.
ME 194
Engineering Materials Sessional
Introduction to metallographic sample specimen preparation & microscopic examination, Study of phase diagram, Heat treatment and microstructure study of cast iron and steel
Shop 162
Workshop Technology Sessional
This course is targeted to verify the working principle of types of welding, casting, molding and also to gain knowledge of different manufacturing parts from lathe, drilling, milling and drilling machine etc. and relate them with their theoretical knowledge
ME 176
Mechanical Workshop Practice
(Offered to PME)
This course covers different manufacturing (machining, welding, foundry, sheet metal working, etc.) processes required to manufacture a product from the raw materials.
ME 204
Engineering Thermodynamics Laboratory
Experiments
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Viscosity Test of Liquid Substance.
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Study of Vapor Compression Refrigeration Cycle (Refrigeration and Air-conditioning Unit)
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Study of Split and Window Air conditioner.