Flipped Mode of Teaching

S.No	Subject Code	Subject  Name	MODULE	TOPIC	LINK
1	BE101-02	INTRODUCTION TO MECHANICAL ENGINEERING	M1	Clausius inequality Entropy	Click Here Click Here Click Here
			M2	IC Engine	Click Here Click Here Click Here
			M3	Air conditioning system	Click Here
			M6	Casting	Click Here
2	BE 110	ENGINEERING GRAPHICS		Lines - Introduction	Click Here
				Lines - Geometrical Constructions	Click Here
				Projections of points	Click Here
				Projections of lines	Click Here
				Lines	Click Here
				Lines	Click Here
				Sections - Introductions	Click Here
				Isometric Projections	Click Here
				Perspective projections	Click Here
3	BE100	ENGINEERING MECHANICS		Mechanics - Introduction	Click Here
				Problems on resolution	Click Here
				Friction	Click Here
4	CY 110	ENGINEERING CHEMISTRY	M6	Reverse Osmosis	Click Here
5	MA101	CALCULUS	M6	Intoduction to Stroke,s theorem	Click Here
6	MA 102	DIFFERENTIAL EQUATIONS	M3	Fourier series	Click Here
7	PH100	ENGINEERING PHYSICS	M1	Periodic motion and pendulum	Click Here
8	ME 201	MECHANICS OF SOLIDS	M3	Shear force and bending moment diagram	Click Here Click Here
9	ME205	THERMODYNAMICS	M6	Clapeyron equation and Maxwell relations, Gibbs equation	Click Here Click Here
		THERMODYNAMICS	M4	Triple point and phase change	Click Here Click Here
10	ME 210	METALLURGY AND MATERIAL ENGINEERING		Fatigue Analysis	Click Here Click Here
11	MA201	LINEAR ALGEBRA AND COMPLEX ANALYSIS	M5	Cauchy,s integral theorem and integral forumala	Click Here
12	HS210	LIFE SKILLS	M1	Report writing and types of reports	Click Here   Click Here  Click Here
13	ME 202	ADVANCED MECHANICS OF SOLIDS	M1	hydrostatic and deviatoric stress components	Click Here Click Here
			M2	Airy’s stress function	Click Here
			M4	Unsymmetrical bending of straight beams	Click Here Click Here
14	ME204	THERMAL ENGINEERING	M3	Super charging of SI and CI Engines	Click Here
			M6	Gas Turbine Cycles	Click Here
15	ME 206	FLUID MACHINERY	M4	Air vessels	Click Here
16	ME220	MANUFACTURING TECHNOLOGY	M 2	PRINCIPLES OF ROLLING PROCESS	Click Here
			M 3	EXTRUSION PROCESS	Click Here
17	MA 202	PROBABILITY DISTRIBUTIONS, TRANSFORMS AND NUMERICAL METHODS	M4	Inverse laplace transform using convolution theorem	Click Here
18	HS200	BUSINESS ECONOMICS	M3	OLIGOPOLY	Click Here
19	ME301	MECHANICS OF MACHINERY	M1	INTRODUCTION TO VELOCITY ANALYSISOF A SLIDER CRANK MECHANISM	Click Here
			M2	INTRODUCTION TO ACCELERATION ANALYSISOF A SLIDER CRANK MECHANISM	Click Here
			M4	LAW OF GEARING	Click Here
20	HS300	PRINCIPLES OF MANAGEMENT	M4	Departmentation	Click Here
21	ME304	DYNAMICS OF MACHINERY	M2	INTRODUCTION TO DYNAMIC FORCE ANALYSIS	Click Here
			M 3	BALANCING OF RECIPROCATING ENGINE	Click Here
22	ME306	ADVANCED MANUFACTURING TECHNOLOGY			Click Here Click Here
23	ME 308	COMPUTER AIDED DESIGN AND ANALYSIS	M2 M6	Bezier curves ans spline Curves Gauss Quadrature	Click Here Click Here Click Here
24	ME312	METROLOGY AND INSTRUMENTATION	M3	Screw Thread Measurement	Click Here
			M5	Sensors and Transducers	Click Here
25	ME332	COMPUTER AIDED DESIGN AND ANALYSIS LAB	E1	Introduction of Computer Aided Design	Click Here
			E4	Introduction of Computer Aided Analysis and various types	Click Here Click Here
26	ME401	DESIGN OF MACHINE ELEMENTS -I	M3	Design of bolted joints	Click Here
			M4	Design of knuckle joint	Click Here Click Here
			M6	Design of Shaft	Click Here Click Here
27	ME405	REFRIGERATION AND AIR CONDITIONING	M1 M3	Regenerative and Reduced Ambient refrigeration system Cascade system	Click Here Click Here
28	ME409	COMPRESSIBLE FLUID FLOW	M3	Normal Shock Waves	Click Here
			M5	Rayleigh Flow	Click Here
29	ME467	AUTOMOBILE	M1	IC ENGINE TERMINOLOGY	Click Here
			M2	TYPES OF FRICTION CLUTCH	Click Here
			M3	STEERING MECHANISMS	Click Here
30	ME407	MECHATRONICS	M3	Programmable Logic Controllers	Click Here
			M6	Robotic Vision System	Click Here
31	ME402	DESIGN OF MACHINE ELEMENTS -II	M3	Design of spur gear	Click Here
			M6	Design of connecting rod	Click Here
32	ME 476	MATERIAL HANDLING AND FACILITIES PLANNING	M3	Plant Safety	Click Here
			M5	Material Handling System	Click Here