1. I ndian I nstitute o f T echnology R opar Established in the year 2008 1

2.  School of Mechanical, Materials & Energy Engineering  Department of Computer Science & Engineering  Department of Electrical Engineering  Department of Chemistry  Department of Mathematics  Department of Physics  Department of Humanities & Social Sciences Departments at IIT Ropar 2

3. 473 UG Students 473 UG Students 84 Ph.D. Students 84 Ph.D. Students 57 Faculty Members 57 Faculty Members Current Strength at IIT Ropar 3

4. Residential facilities for faculty and staff Five Guest Houses Lecture Halls Teaching Labs Research Labs Workshops Library Present Transit Campus (22 Acres) 4

5. Existing IIT Ropar’s Campus 5

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8. Research and Academic Highlights of IIT Ropar Number of Research Publications during 2011-2012 : 100 Number of Sponsored R and D Projects : 26 Total value of Sponsored R and D Projects : 8.5 cr. First Ph.D Thesis in the School of Mechanical, Materials and Energy Engineering expected to be awarded in 2013. 8

9. New initiatives of IIT-Ropar 1.Research Initiatives 1A. Bio-Medical Engineering in collaboration with PGIMER, Chandigarh 10

10. Collaborative Research between IIT Ropar and PGIMER Chandigarh

11. List of PGIMER Doctors collaborating with IIT Ropar 1. Prof. S K Gupta, Neurosurgery, PGI Chandigarh 2. Dr. Rohit Manoj Kumar, Cardiology, PGI Chandigarh 3. Prof. G. D. Puri and Dr. Preeti Mathew, Anesthesia and Intensive Care PGI Chandigarh 4. Dr. Shalmoli Bhattacharyya, Biophysics, PGI Chandigarh 5. Dr. Nirmal Raj / Prof. Mandeep Dhillon, Orthopaedics, PGI Chandigarh 6. Dr. Sanjay Bhadada and Dr. Naresh Sachdeva, Department of Endocrinology; Dr Nirmal Raj, Department of Orthopedics, PGI Chandigarh. 7. Dr. Samir Malhotra and Dr Nusrat Shafiq, Pharmacology, PGI Chandigarh 8. Prof. A. K. Gupta and Dr. Sandeep Bansal, Department of Otolaryngology and Head Neck Surgery, PGI Chandigarh 9. Prof. Sunit Singhi, Pediatrics, PGI Chandigarh

12. List of IIT Ropar faculties collaborating with PGI Chandigarh 1. Dr. Kamal Kumar Chaudhary, Department of Humanities, IIT Ropar. 2. Dr. J. S. Sahambi, Department of Electrical Engineering, IIT Ropar. 3. Dr. Navin Kumar, School of Mechanical, Materials and Energy Engineering, IIT Ropar. 4. Dr. Jitendra Prasad, School of Mechanical, Materials and Energy Engineering, IIT Ropar. 5. Dr. Narendra Singh, Department of Chemistry, IIT Ropar. 6. Dr. Debprasad Mandal, Department of Chemistry, IIT Ropar. 7. Dr. Rakesh Kumar, Department of Physics, IIT Ropar.

13. Ongoing collaborative project with PGI Effect of Diabetic and Osteogenesis Imperfecta on the Structural and Mechanical Properties of Bone Dr Sanjay Bhadada Department of Endocrinology, PGI Chandigarh. Dr Nirmal Raj, Department of Orthopedics, PGI Chandigarh Dr. Navin Kumar, School of Mechanical, Materials and Energy Engineering, IIT Ropar ISBMR, 2013 Hysitron TI950 Nano Indenter Nano Indentation on Femur bone Osteogenesis Imperfecta (OI) and Diabetes Mellitus (DM) are characterized by skeletal deformities and brittle bones. The purpose of this study is to determine the mechanical properties of the soft and hard tissue with and without OI and DM.

14. Ongoing collaborative project with PGI Closed Looped Drug delivery system Syringe pumps to deliver the controlled anesthesia, analgesic, muscles relaxer and blood pressure control drugs. Data acquisition system and connectors Input parameters systems Prof. G. D. Puri and Dr. Preeti Mathew, Department of Anesthesia And Intensive Care, PGIMER, Chandigarh Dr. Navin Kumar, School of Materials, Mechanical and Energy Engineering, IIT Ropar, Punjab Close loop drug delivery system in PGI Chandigarh A closed loop anaesthesia delivery system is under development at PGI in collaboration with IIT Ropar. The uniqueness of using simple syringe pumps to control the intravenous anaesthetic drug delivery and for the first time using closed loop administration of anaesthetics both for induction as well as maintenance of anaesthesia. IIT Ropar is developing a robust control system for feed back control system

15. Eponychium Proximal nail fold Nail root Lunula Nail body EpidermisDermisPhalanxHyponychium A cross-sectional view Nail body Lateral nail groove Nail bed Phalanx (bone of fingertip) Mechanical Characterization of Diabetic Integumentary system Sample – 4 (Healthy sample) Sample – 3 (Diabetic Sample) Sample – 2 (Diabetic Sample) Sample – 1 (Diabetic Sample) Sample 1 (Diabetic Nail) Sample 2 (Diabetic nail) Sample 3 (Diabetic Nail) Sample 4 (Healthy nail) Er(GPa)H(GPa)Er(GPa)H(GPa)Er(GPa)H(GPa)Er(GPa)H(GPa) 3.890.143.750.143.910.136 4.850.23 Diabetes Mellitus (DM) effect the intergumentary system (e.g. Nails and Hairs). The purpose of this study is to determine the mechanical properties of the nail and hair with and without DM.

16. To design closed loop automated blood pressure control system Prof. G. D. Puri and Dr. Preeti Mathew Department of Anesthesia And Intensive Care Post Graduate Institute of Medical Education and Research (PGIMER), Chandigarh Dr. Navin Kumar School of Materials, Mechanical and Energy Engineering Indian Institute of Technology Ropar (IIT Ropar), Punjab Closed loop blood pressure control system will be designed. Syringe pumps and vital sign monitor as well as cardiac output monitor will be interfaced to a laptop and the algorithm will be prepared to control the infusion of syringe pumps based on the feedback from the input parameters. Funding agency: DST India External Funded collaborative project between IIT Ropar and PGI Chandigarh

17. Dr. J S Sahambi IIT Ropar and Dr. Rohit Manoj Kumar, Cardiology, PGI We propose to develop a system that will deliver critical patient information including “real time” waveform display (ECG, BP, Respiration, Temp, SaO2 etc.) directly from the patient’s bedside multi-parameter monitor to the doctor’s mobile phone for review and necessary action. There will be is a server based application which will receive real-time data from multiple bedside monitors and then store them in a secure database on a central server connected to Internet. Another application software will be built which will be installed in the doctor’s mobile phone. With this application the doctor will be able to connect (via Internet/GPRS/3G) to the hospital’s central server and then access the real-time data (ECG, BP, etc) for a specific patient. Funding agency : DST Biomedical instrumentation External Funded collaborative project between IIT Ropar and PGI Chandigarh

18. 1B. Bio-Energy Research in collaboration with Aston University Aston University - IIT Ropar Research Project event video:- http://www.iitrpr.ac.in/aston-university-iit-ropar-research-project-event http://www.iitrpr.ac.in/aston-university-iit-ropar-research-project-event New Initiatives of IIT-Ropar 18

19. Energy Harvest Intermediate Pyrolysis of Agri- Residues for off grid electricity generation in India IIT Ropar

20.  For every 1 ton of rice or wheat grain, about 1.5 tons of straw is produced. Agricultural Scenario in India  There is still enough scope and opportunity to use these feedstock (rice/wheat straw) for energy purpose as well. Not to forget there are many more crop residues that could be used apart from rice and wheat straw.  In case of combine harvesting almost all the residue generated is left in the field that finally ends up in burning. Currently the government is trying to bring in some strict legislation to stop burning.

22. Bio oil Generation from Wheat and Rice Straw Wheat/Rice Straw PelletiserStraw Pellets Pyroformer Condenser Non condensable gas Bio-oil Engine Bio char Combustion Unit CHP Heat 22

23. BIO-CHAR FIELD TRIALS

24. Crop Productivity in gm/l of water Onion yield in gm 24

25. Second Phase Mobile Unit and Village Demonstrations

26. Indian Institute of Technology, Ropar and EBRI project. Scope of the project: to establish an ethical business focused on delivering renewable energy technology to villages and farms for small-scale processing of agriculture waste.

29. Biochar: The mechanisms by which biochar has impacts upon soils are still an area of research t

30. New Initiatives of IIT-Ropar 1.Innovation & Incubation 2A. Establishment of the Prototype Development & Innovation Fund (PDIF), In order to foster and promote innovation Ecosystem in Punjab, IIT Ropar has launched a Prototype Development and Innovation Fund with generous support from PTU. 30

31. TT CONSULTANTS Applying Intelligence to IP – Globally XLPAT Innovative Cloud Based Collaborative Patent Search, Monitoring, Highlighting Platform India (Chandigarh) & (Gurgaon) | US (Washington DC) & (Houston)| Taiwan (Tainan) & (Hsinchu) www.ttconsultants.co.in talwar@ttconusltants.co.in 19

32. Support & Funding IIT-Ropar – PDIF Scheme PEC (Punjab Engineering College, Chandigarh) Letter of Cooperation ISB (Indian School of Business, Mohali) Support for market development TT Consultants 20

33. Simultaneous Intra-company Collaboration Real time patent monitoring Intra organization collaboration Track and share highlights Data of about 5 TB 33

34. New Initiatives of IIT-Ropar 2B. Incubation Centre in ICT IIT Ropar offers an exciting opportunity to young entrepreneurs, namely, the Ventures program. IIT Ropar Ventures program is an incubation centre in Information Communication Technology (ICT) 34

35. 3 Rural Technology Action Group (RuTAG) Rural Technology Action Group (RuTAG) centre of the institute is contributing towards developing technologies for the rural folk. Primary focus of RuTAG of IIT Ropar is to be used in technology up-gradation in various sections of Punjab’s rural economy. New Initiatives of IIT-Ropar 35

36. B.Tech Students of IIT Ropar Project 2 Development of low cost seed sowing machine for natural farming Designed and fabricated by students under the guidance of Dr. Satwinder Jit Singh 09/06/13RuTAG Centre IIT Ropar36

37. Objective Design and fabricate a multiple seed sowing machine for natural farming having following features: – Sow seeds accurately at defined spacing – Lightweight machine – Simultaneously sow two different kinds of crops 09/06/13RuTAG Centre IIT Ropar37

38. Seed dropping frame The seed dropping frame has two components 1.Guide pipes 2.Tillers assembly 1.Inter row distance: 5-9 inches, governed by P1-7 2.Tillable ridge height range: 6-9 inches, governed by T1-7 09/06/13RuTAG Centre IIT Ropar38

39. Few achievements of IIT-Ropar HindustanTimes, Sat, 01-12-2012 39

40. Student Placements The Economic Times, Tuesday, 4-12-2012 40

41. Progress with respect to new campus * 500 acres of land has been transferred to the IIT * Boundary wall almost ready * Master plan of IIT-Ropar to be approved by BOG soon 41

42. Roads leading to IIT-Ropar New Campus 42

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45. IIT-Ropar Master Plan 45

46. Pace of Expenditure 46 FINANCE Rs. (In Crores) Total Funds released till date 131.14 2008-09 7.50 2009-10 20.00 2010-11 25.34 2011-12 37.55 2012-13 24.00 2013-14 16.75 Unspent balance as on 01.04.2013 (including internal resources) 35.06 Unspent balance as on 01.09.2013 (including internal resources) 37.85 Funds for Financial Year 2013-14 BE Request from Institute Amount approved by IFD 50.0021.4916.75

47. Thanks for your time and attention 47