After elaborate identification of faculty development program I found the following list of programs which can specify the the need for true, comprehensive and complete space-time analysis to address semantic and space-time scales was stressed, using scalable algorithms and infrastructure for large volumes of data. Fourth, means were thought necessary to represent and utilize and analyze data and information quality, reliability, and confidence. This implies the need to determine (1) what information is needed by particular users and the appropriate evaluations methods, and (2) how to make information on certainty or uncertainty useful and to support reasoning with uncertainty and with heterogeneous kinds of information. Lastly, the group discussed the need to develop adaptive visual analytic methods that support a range of users, uses, and devices across a range of interaction science issues; human-algorithm interaction; speed of response to support interaction; sensitivity assessment in real time; and uncertainty representation.

The information can be strengthened provided we can get more analytical information

1. Training for Social Contentedness and Inspiration

2. Environmental Geo-technology

3. Big data Analytics

4. Electric Vehicles

5. IoT(Internet of Things)

6. Waste Technology

7. Computer Science and Biology

8. Novel Materials

9. Social Enterprise Management

10. Green Technology and Sustainability Engineering

11. Telemedicine

12. Data Sciences

13. Control Systems and Sensor Technology

14. Mural

15. Wearable Devices

16. Smart Cities

17. Artificial Intelligence

18. Robotics

19. 3D Printing and Design

20. Photonics

21. Engineering Law

22. Block chain

23. Cyber Security

24. Machine Learning and Pattern Recognition

25. Quantum Computing

26. Emotional Intelligence

27. Augmented and Virtual Reality

28. Systems Engineering

29. Innovation Management

30. Artificial Intelligence and Robotics

31. Lab on Chip

32. Gamification

33. Data Science

34. Leader Excellence and Innovation Management

35. Sustainable Engineering

36. Immersive Virtual Reality

37. Design Thinking

38. Student Centered Teaching Learning Methods and Strategies for higher Education

39. Personal Effectiveness

40. Electronics and Computer Engineering

41. Electric and Computer Engineering

42. Technology Management

43. 3D printing and design

44. Energy Engineering

45. Management Information System

46. Robotic Process Automation tools and Techniques

47. Advances in manufacturing

48. Biomedical Instrumentation

49. Construction Technology

50. Graphic Design

51. Advanced Communication Engineering

52. Event Management

53. Advances in 3d printing and future scope

54. Capacity building

55. Productivity enhancement

56. Team building and coordination

57. Heritage management

58. Synthetic biology

59. Precision Health technology

60. Manufacturing and Monitoring

61. Global Navigation Satellite System

62. Operation Management

63. CFD-Computational fluid dynamics

64. Hybrid Machining Solutions for typical complex Engineering Applications

65. Apparel Design

66. Human Centric Computing

67. Alternate Fuels