Week	Name	Description
	COURSE OUTLINES
	REFERENCES
20 February - 26 February	Lesson 1. THERMODYNAMIC SYSTEM & ITS PROPERTIES
	Lesson 2. THERMODYNAMIC CYCLE & ENERGY OF THERMODYNAMIC SYSTEM
27 February - 5 March	Lesson 3. LAWS OF IDEAL GASES: COMPRESSION AND EXPANSION OF GASES
6 March - 12 March	Lesson 4. FIRST LAW OF THERMODYNAMICS & NON FLOW PROCESSES
	Lesson 5. NON-FLOW AND FLOW PROCESS
	Lesson 6. NUMERICAL PROBLEMS
13 March - 19 March	Lesson 7. SECOND LAW OF THERMODYNAMICS, ENTROPY, CARNOT CYCLE
	Lesson 8. ENTROPY AND AVAILABILITY
	Lesson 9. GENERAL EXPRESSION FOR CHANGE IN ENTROPY, NUMERICAL PROBLEMS
20 March - 26 March	Lesson 10. OTTO CYCLE AND DIESEL CYCLE
	Lesson 11. DUAL COMBUSTION CYCLE, NUMERICAL PROBLEMS
27 March - 2 April	Lesson 12. CLASSIFICATION AND WORKING OF I.C. ENGINE
	Lesson 13. COMPARISON OF SI AND CI ENGINE
	Lesson 14. PARTS OF I.C. ENGINE
	Lesson 15. FUEL SUPPLY SYSTEMS
	Lesson 16. TWO STROKE CYCLE ENGINE
3 April - 9 April	Lesson 17. PERFORMANCE PARAMETERS OF I.C ENGINE
	Lesson 18. NUMERICAL PROBLEMS
10 April - 16 April	Lesson 19. CLASSIFICATION AND COMBUSTION CHEMISTRY OF FUELS
	Lesson 20. NUMERICAL PROBLEMS
	Lesson 21. DETERMINATION OF CALORIFIC VALUE, OIL BURNERS
17 April - 23 April	Lesson 22. FORMATION OF STEAM AND ITS PROPERTIES
	Lesson 23. USE OF STEAM TABLES, MOLLIER CHART, NUMERICAL PROBLEMS
24 April - 30 April	Lesson 24. CLASSIFICATION AND PERFORMANCE PARAMETERS OF BOILERS/ STEAM GENERATORS
	Lesson 25. BOILER MOUNTINGS AND ACCESSORIES
	Lesson 26. INDIAN BOILER REGULATION ACT
1 May - 7 May	Lesson 27. STEAM PIPE LINE, FITTINGS, JOINTS, MATERIALS AND INSULATION
8 May - 14 May	Lesson 28. PRODUCTION OF DRAUGHT AND ITS LOSSES
	Lesson 29. NATURAL DRAUGHT
	Lesson 30. POWER REQUIREMENT OF MECHANICAL DRAUGHT, NUMERICAL PROBLEMS
15 May - 21 May	Lesson 31. AIR COMPRESSORS
	Lesson 32. AIR COMPRESSOR'S WORK, NUMERICAL PROBLEMS
22 May - 28 May	ACKNOWLEDGMENTS