Department of Mechanical Engineering

Innovative teaching methods followed in the department for various courses

S.No	Faculty Name	Class	Course	Topic	Statement of clear goals	Innovation brought in	Type of Innovative Method
1	Mr. K. Srinivasa Rao	B.E. I-Sem.	Engineering Drawing	Projection of straight lines	To understand the projections clearly	Drawing of 3D pictures of projections	Pictorial visualization
1	Mr. K. Srinivasa Rao	B.E. III-Sem.	Machine Drawing	Assembly Drawings	To understand the shape and size of components in the assembly	3D printed models are prepared and shown	Realization
2	Dr. S.Venkataiah	B.E. VIII-Sem.	Refrigeration and Air conditioning	VCR system	To understand working of VCR system	Animated diagrams are used	Simulation
3	Dr. P. Venkateswara Rao	B.E. IV-Sem.	MOF&HM	Pascal’s Law	To understand the principle	Models are prepared and shown	Demonstration
				Pelton wheel	To understand the parts of a bucket	Physical Models are prepared and shown	Demonstration
				Centrifugal pump	To understand the working of impeller	Physical Models are prepared and shown	Demonstration
4	Dr. P.V.Gopal Krishna	B.E. V-Sem.	Design of Machine Elements	Reveted and bolted joints	To understand and visualize the various components	Prototypes are prepared to analyze various forces and failures	Demonstration
4	Dr. P.V.Gopal Krishna	B.E. VI-Sem.	Machine Design	Springs, Bearings, IC Engine parts	To understand and visualize the various components		Analysis
5	Mr. K.Veladri	B.E. I-Sem	Engineering Graphics-I	Projection of solids	To understand the projection of solids	Solid models were used to explain concepts	Realization
5	Mr. K.Veladri	B.E. V-Sem.	Dynamics of Machines	Gyroscopic couple	To better understand the gyroscopic couple	Students were asked to sit in a gyroscopic wheel chair feel the effect	Realization
6	Mr. V.B.S. Rajendra Prasad	B.E. VI-Sem.	CAD/CAM	2D curves and geometric models	Demonstrate the construction of 2D and 3D models	Direct interface with CAD software	Simulation
7	Dr. J. Anjaneyulu	B.E. IV-Sem.	Kinematics of Machines	Inversions Video	To understand the concept of fixing different links for obtaining various mechanisms	Inversions and animations are made using CAD software and demonstrated	Simulation
7	Dr. J. Anjaneyulu	B.E. V-Sem.	Dynamics of Machines	Gyroscopic couple Video	To experience the gyroscopic effect	Gyroscopic physical model is prepared and it was demonstrated	Realization
8	Mr. S. Sreekrishna	B.E. IV-Sem.	Kinematics of Machines	Kinematic links and joints	To understand the parts of mechanism	Cut models of IC engine are shown	Demonstration
8	Mr. S. Sreekrishna	B.E. VI-Sem.	Machine Design	Springs, Bearings, IC Engine parts	To understand and visualize the various components	Prototypes are prepared to analyze various forces and failures	Analysis
9	Mr. M. Sudhakar	B.E. IV-Sem.	MOF&HM	Hydraulic turbines	To understand the working principle of pelton and francis turbines	Physical models are prepared and shown	Demonstration
10	Mr. D. Govinda Rao	B.E. III-Sem.	Materials Engineering	Crystal Structure	To understand the crystal structures	3D printed models are made and shown	Realization
11	Mr. N.B. Samba Murthy	B.E. I-Sem.	Engineering Drawing	Projections of straight lines	To understand the projections of straight lines inclined to both the planes	Model for trapezoidal method is demonstrated	Demonstration
12	Mr. M. Venugopal Reddy	B.E. VI-Sem.	Automobile Chassis Components	Steering system	To understand the concept of steering linkage mechanisms	Prepared models of steering system and demonstrated	Demonstration
13	Dr.J Anjaneyulu Mr. K Veladri	B.E. V-Sem.	Dynamics and Metrology lab	Vibration, Balancing and Cams	Working of balancing of masses, vibration systems, operation of cams and followers	Simulation	Virtual Lab
14	Dr. A Srinivas	B.E. VII- Sem.	Thermal Engineering Lab	Heat transfer experiments: convection,Heat exchangers	To understand mode of heat transfer	Simulation	Virtual Lab

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