Sam Anand 2016 CV - Mechanical Engineering Anand_2016_CV.pdf · Sam Anand CV – Page 1 SAM ANAND Professor of Mechanical Engineering, Department of Mechanical and Materials Engineering

Sam Anand CV – Page 1

SAM ANAND

Professor of Mechanical Engineering, Department of Mechanical and Materials Engineering

598 Rhodes Hall, PO Box 210072, University of Cincinnati, Cincinnati OH 45221-0072.

Phone: Office: (513) 556- 5596; Mobile: (513) 382-5236; Center (513) 556-5774 Email: [email protected]

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1.EDUCATIONPh.D. (Industrial Engineering) December 1990. The Pennsylvania State University, University Park, PA. Emphasis: CAD, Robotics, Solid Modeling and Computer-Integrated Manufacturing. M.S. (Industrial Engineering) August 1987. The Pennsylvania State University, University Park, PA. Emphasis: Manufacturing Systems and Automation, CAD and Machine Vision Inspection. Master of Engineering (Mechanical Engineering with Distinction) August 1984. Indian Institute of Science, Bangalore, India. Emphasis: Mechanisms, Kinematics, Mechanical Systems Analysis and Design Bachelor of Engineering (Honors) (Mechanical Engineering) August 1982. College of Engineering, Guindy, University of Madras, Madras, India. 2. PROFESSIONAL AND ADMINISTRATIVE EXPERIENCE June 2015 – Present: Co-Director of University of Cincinnati Research Institute (UCRI) Advanced Manufacturing Center November 2006 – Present: Professor of Mechanical Engineering, Director of Center for Global Design and Manufacturing University of Cincinnati. January 2005 – Present: Director of PACE (Partners for the Advancement of Collaborative Engineering Education) College of Engineering & Applied Sciences, University of Cincinnati. September 2001 – November 2006: Professor of Industrial and Manufacturing Engineering, University of Cincinnati. October 1999 – 2005: Program Director, Industrial & Manufacturing Engineering Program, University of Cincinnati. September 1996 - 2000: Director of Graduate Studies in Industrial Engineering, MINE Dept., University of Cincinnati.


September 1996 – August 2001: Associate Professor of Industrial Engineering, University of Cincinnati. September 1990 – August 1996: Assistant Professor of Industrial Engineering, University of Cincinnati. 3. RESEARCH INTERESTS Dr. Anand’s areas of research expertise are CAD/CAM & Solid Modeling, Optimization in Design and Manufacturing, Virtual Simulation, Modelling and Optimization of Additive Manufacturing Processes, Precision Engineering & Computational Metrology, Manufacturing Systems Analysis and Optimization. Dr. Anand has successfully obtained funded grants and contracts from various industries, federal, city and state government to the tune of over $ 9 million dollars in his areas of research. 4. PUBLICATIONS 4.1. REFEREED JOURNAL ARTICLES

1. S. Anand, and K. Knott, "Computer Assisted Models used in the Solution of Warehouse Location-Allocation Models." Computers and Industrial Engineering, Vol. 11, Nos 1-4, 1986, pp. 100-104.

2. S. Anand, S. Raman, and R. A. Wysk, "An Algorithm for Vertex Detection," Computers

and Industrial Engineering, Vol. 14, No. 2, 1988, pp. 77-83.

3. S. Anand, S. Raman, and R. A. Wysk, "Vision Assisted NC Milling Path Generation," Journal of Manufacturing Systems, Vol. 7, No. 3, 1988, pp. 233-240.

4. S. Anand, and K. Knott, "An Algorithm for the Conversion of the Boundary

Representation of a CAD Model to its Octree Representation." Computers and Industrial Engineering, Vol. 21, Nos. 1-4, 1991, pp. 343-347.

5. A. Mital, and S. Anand, "Concurrent Design of Products and Ergonomic Considerations,"

Journal of Design and Manufacturing, vol. 2, no. 3, 1992.

6. A. Mital, S. Anand, and M. Nalgirkar*, "Point Representation versus Solid Representation of Mass and its Effect on Moment at a Joint," International Journal of Industrial Ergonomics, vol. 10, no. 3, 1992.

7. A. Mital, S. Anand, and P. Kopardekar*, "An Ergonomic Evaluation of three popular

Computer-Aided Design Packages," Journal of Design and Manufacturing, Vol. 3, 1993, 201-213.

8. P. Kopardekar*, A. Mital, and S. Anand, "A Review of Manual, Hybrid, and Automated

Inspection Literature and Status of Current Research," Integrated Manufacturing Systems, vol. 4, no. 1, 1993, 18-29.


9. S. Anand, and P. J. Egbelu, "On Line Robotic Spray Painting using Machine Vision,"

International Journal of Industrial Engineering, pp. 87-96, March 1994.

10. K. Schmahl*, and S. Anand, "Impact of a Decision Support and Finite Scheduling System on Large Machine Shop," The American Production and Inventory Management Journal, vol. 35, No. 4, 1994, pp. 54-59.

11. V. Allada*, and S. Anand, "Intelligent CNC cutting of sheet metal parts using Machine

Vision" International Journal of Industrial Engineering, December 1994, pp. 305-314.

12. P. Kopardekar*, and S. Anand, "Tolerance Allocation using Neural Networks,"

International Journal of Advanced Manufacturing Technology, Vol. 10, 1995, pp. 269-276.

13. V. Allada*, and S. Anand, "Feature-Based Modeling Approaches for Integrated

Manufacturing: The State of the Art Survey and Future Research Directions,” International Journal of Computer Integrated Manufacturing Vol. 8, No. 6, Dec. 1995.

14. V. Allada*, and S. Anand, "Efficient Vertex Detection Algorithms using Hough

Transform," International Journal of Advanced Manufacturing Technology, Vol. 11, No. 6, 1996, pp.394-405.

15. V. Allada*, and S. Anand, "Machine Understanding of Manufacturing Features,"

International Journal of Production Research, Vol. 34, No. 7, July 1996, pp. 1791-1819.

16. S. Damodarasamy*, and S. Anand, "Evaluation of Minimum Zone for Flatness using

Normal Plane Method and Single Variable Search," Journal of Engineering Design and Automation, Vol. 2, No. 1, 1996, pp. 49-60.- Special Issue on Tolerancing and Metrology for Precision Manufacturing,

17. A. Mital, M. Kulkarni*, R. Huston, and S. Anand, "Robot Cleaning of Underground

Liquid Storage Tanks: Feasibility and Design Considerations," Journal of Robotics and Autonomous Systems. Vol. 20, 1997, pp. 49-60.

18. S. Damodarasamy*, and S. Anand, "Evaluation of Minimum Zone for Flatness using

Normal Plane Method and Simplex Search,” IIE Transactions, Vol. 317, No. 7, July 1999, pp. 617-626.

19. R. Sharma*, T. Balachander*, C. McCord, S. Anand, Q. Zhang*, A Genetic Algorithm

for the Non-Convex Cutting Stock Problem, Transactions of the North American Manufacturing Research Institute (NAMRI), Vol. XXV, 1997, pp. 281-286.


20. K. Rajagopal*, S. Anand, “Assessment of Circularity Error using Selective Data Partition Approach, International Journal of Production Research, Vol. 37, No. 17, 1999, 3959-3980.

21. S. Anand, C. McCord, R. Sharma*, T. Balachander*, “An Integrated Machine Vision

System for Solving the Non-Convex Cutting Stock Problem using Genetic Algorithms, Journal of Manufacturing Systems, Vol. 18, No. 6, 1999, 396-415.

22. R. Sharma*, K. Rajagopal*, S. Anand, “A Genetic Algorithm Based Approach for

Robust Evaluation of Form Tolerances, Journal of Manufacturing Systems. Vol. 19, No. 1, 2000, pp. 46-57.

23. R. Gudla*, S. Anand & R. Kothari, Sculptured Surface Localization using Generalized

Hopfield Networks, Transactions of the North American Manufacturing Research Institute (NAMRI), 2000, Vol. XXVIII, pp. 371-378.

24. L. Jeff Hong, B. Shultes, S. Anand, “ Robust Evaluation of Straightness and Flatness

Tolerance using Simulated Annealing, Transactions of the North American Manufacturing Research Institute (NAMRI), 2001, Vol. XXIX, pp. 533-540.

25. S. Anand, R. P. Pallapati, S. Uttam & C. McCord, “ An Integrated Approach to Tolerance

Allocation, Process Planning and Scheduling,” Transactions of the North American Manufacturing Research Institute (NAMRI), 2002, Vol. XXX, pp. 605-612.

26. A. Y. T. Sun, S. Anand, J. Tang, A Comprehensive Design of Experiments Based

Framework for Optimum CMM Inspection and Uncertainty Analysis of Form Tolerances,” International Journal of Production Research, Vol. 40, No. 9, 2002, pp. 2097- 2123.

27. Srinivasan, S., Acharya, S.B. and Anand, S. “A Factor Analysis approach for Robust

Inspection of Circular Features with lobing errors”, Transactions of the North American Manufacturing Research Institution of SME (NAMRI), 2004, Vol. XXXII pp. 135-142.

28. Turek, S., Ramaswami, H., Rajmohan, S. and Anand, S. “Runout Evaluation of

Cylindrical Features using Discrete Surface Profile Data”, Transactions of the North American Manufacturing Research Institution of SME, Vol. XXXVI, 2008.

29. Kovvur, Y., Ramaswami, H., Anand, R.B. and Anand, S. “Minimum-Zone Form

Tolerance Evaluation using Particle Swarm Optimization”, International Journal of Intelligent Systems Technologies and Applications, Vol.4 (1/2), pp. 79-96.

30. Ramaswami, H., Modi, A. and Anand, S. (2007), “A Design Advisor for Optimal

Inspection of Circular Features”, International Journal of Advanced Manufacturing Technology Vol. 31(9-10), pp. 857-870.

31. Ramaswami, H., Acharya, S.B., Kovvur, Y. and Anand, S. (2006) “A Multivariate


Statistical Analysis of Sampling Uncertainties in Geometric and Dimensional Errors for Circular Features”, Journal of Manufacturing Systems, Vol. 25(2), pp. 77-94.

32. Ramaswami, H., Kanagaraj, S. and Anand, S (2008). “An Inspection Advisor for Form

Error in Cylindrical Features”, published in International Journal of Advanced Manufacturing Technology (http:// dx.doi.org/10.1007/s00170-007-1321-4).

33. Ramaswami, H., Kovvur, Y. and Anand, S (2006). “Accurate Size Evaluation of

Cylindrical Components using Particle Swarm Optimization”, Transactions of the North American Manufacturing Research Institution of SME, Vol. XXXIV, 2006.

34. Kovvur, Y., Ramaswami, H. and Anand, S (2005) “Analysis of Sampling Effects on

Form, Position and Size Errors for Cylindrical Features using Multivariate Statistics”, Transactions of the North American Manufacturing Research Institution of SME, 2005, Vol. XXXIII, pp. 509-516.

35. Ramaswami, H., and Anand, S. (2010) “Accurate Size Evaluation of Cylindrical Components”, International Journal of Advanced Manufacturing Technology, Vol. 49, Nos. 9-12, pp. 1079-1092. (http://dx.doi.org/10.1007/s00170-009-2461-5).

36. Paul R, Anand S. (2011), “Optimal Part Orientation in Rapid Manufacturing Process for Achieving Geometric Tolerances”, Journal of Manufacturing Systems, 2011. Vol. 30, No. 4, pp 214-222.

37. Ramaswami H, Turek S, Rajmohan S, Anand S (2011). “A Comprehensive Methodology for Runout Tolerance Evaluation using Discrete Data”, International Journal of Advanced Manufacturing Technology, 2011, Vol. 56, No. 5-8. pp. 663-676.

38. Ramaswami H, Shaw R. S, Anand S (2011), “Selection of Optimal Set of Cutting Tools for Machining of Polygonal Pockets with Islands”, International Journal of Advanced Manufacturing Technology, 2011, Vol. 53. No 9-12, pp. 963-77.

39. Turek S, Anand S. A Hull Normal Based Approach for Cylindrical Size Assessment (2011). Journal of Manufacturing Science and Engineering, Transactions of ASME, 2011;133(1):011011:1-9.

40. Paul, R. and Anand, S., (2014), "Optimization of Layered Manufacturing Process for Reducing Form Errors with Minimal Support Structures," J Manuf Syst, doi:10.1016/j.jmsy.2014.06.014

41. Paul, R., Anand, S. and Gerner, F., (2014), "Effect of Thermal Deformation on Part Errors in Metal Powder Based Additive Manufacturing Processes," Journal of Manufacturing Science and Engineering 136(3), pp. 031009-1-031009-12.


42. Paul, R. and Anand, S., (2015), "Combined Error and Energy Minimization in Direct Metal Laser Sintering Process," Rapid Prototyping Journal , Vol. 21 Iss 3 pp. 301 – 312. http://www.emeraldinsight.com/doi/abs/10.1108/RPJ-07-2013-0065.

43. Paul, R. and Anand, S., (2015), "Steiner Patch based Additive Manufacturing File Format," Computer Aided Design (CAD) Journal, Volume 63, June 2015, Pages 86–10. doi:10.1016/j.cad.2015.01.002.

44. Siraskar, N., Paul, R. and Anand, S., 2015, "A New Adaptive Slicing Algorithm in Additive Manufacturing Processes using a Modified Boundary Octree Data Structure," Journal of Manufacturing Science and Engineering, 137(1), 011007 (Feb 01, 2015) (11 pages)doi:10.1115/1.4028579.

45. Santosh, A. R. S., Paul, R. and Anand, S., 2015 "A New Additive Manufacturing File Format using Bezier Patches," Under preparation for submission to ASME Journal of Manufacturing Science and Engineering.

46. Navangul, G., Paul, R. and Anand, S., 2013, "Error Minimization in Layered Manufacturing Parts by STL File Modification using a Vertex Translation Algorithm," ASME J Manuf Sci Eng, 135(3), pp. 031006/1- 031006/13.

47. Paul, R. and Anand, S., 2012, "Process Energy Analysis and Optimization in Selective Laser Sintering," J Manuf Syst, 31(4), pp. 429-37.

48. Panhalkar, N., Paul, R. and Anand, S., 2014, "Error Minimization in Additive Manufacturing Processes using a k-d Tree based Adaptive Slicing Algorithm," Journal of Manufacturing Science and Engineering, 136(6), 061017 (Oct 24, 2014) (10 pages) Paper No: MANU-14-1216; doi: 10.1115/1.4028586.

49. Panhalkar, N., Paul R and Anand, S. (2014) Optimization of Automobile Assembly Process to Reduce Assembly Time and Labor Cost, in press Computer Aided Design and Applications Journal, Volume 11, Supplement 1, 2014, OI:10.1080/16864360.2014.914410.

50. Zha W*. and Anand S., 2015, Geometric Approaches to Input File Modification for Part Quality Improvement in Additive Manufacturing, Journal of Manufacturing Systems, Vol. 20, Part 3, October 2015, pp 465-477. doi:10.1016/j.jmapro.2015.06.021.

51. Das P.*, Chandran R.*, Samant R.*, Anand S. , Optimum Part Build Orientation in Additive Manufacturing for Minimizing Part Errors and Support Structures, Proceedia Manufacturing Journal, Vol 1, 2015, pp 343-354.

52. Vaidya R., Anand S., 2016, “Image Processing Assisted Tools for Pre- and Post-Processing Operations in Additive Manufacturing”, in print Procedia Manufacturing 2016.


53. Vaidya R., Anand S., 2016, “Optimum Support Structure Generation for Additive Manufacturing using Unit Cell Structures and Support Removal Constraint”, in print Procedia Manufacturing 2016.

4.2 PUBLICATION IN BOOKS

1. A. Mital, S. Anand, and P. Kopardekar*, "Usability Evaluation of Three CAD softwares," Advances in Industrial Ergonomics and Safety IV, (Editor: S. Kumar), Taylor and Francis Ltd., pp. 1037-1044, 1992.

2. T. Kuo*, A. Mital and S. Anand, "An Introduction to Expert Systems in Production and

Manufacturing Engineering," in Expert Systems in Production and Manufacturing: Structures and Rules (Editors: A. Mital and S. Anand), Chapman and Hall, 1993, 1-20.

4.3. REFEREED CONFERENCE PROCEEDINGS & PRESENTATIONS

1. S. Anand, K. Knott, J. Rubinovitz, and M. Firth, “A Practical Method for Structuring the Bill of Materials for the Shoe and Garment Industry - A Case Study." presented at the International Conference on CAD/CAM and AMT, Dec 11-14, 1989, Jerusalem, Israel.

2. S. Anand, K. Vidyasagar, P. J. Egbelu, and S. R. T. Kumara, "Intelligent Robotic Spray

Painting using Machine Vision." Published in the Proceedings of the Vision 90 Conference (Society of Manufacturing Engineers), Detroit, November 1990.

3. S. Anand, and K. Knott, "Heuristic Search Methods for finding Collision-Free Paths in

the Joint Space of the Manipulator." Presented at and Published in the Proceedings of the Fourth World Conference on Robotics Research (Society of Manufacturing Engineers), Pittsburgh PA., Sept. 17-19, 1991.

4. A. Mital, H. R. Parsaei, and S. Anand, "Assignment of Functions to Machines and

Humans in an FMS Environment." Presented at the ASME (American Society of Mechanical Engineers) Winter Annual Meeting, Atlanta, December 1991. Published in the Proceedings of the ASME Winter Annual Meeting, ASME paper 91-WA-Prod-2.

5. S. Anand, and V. Allada, "Manufacturing Application of Octrees." Presented at the

14th Conference on Computers and Industrial Engineering, March 9-11, Cocoa Beach, Florida. Published in Computers and Industrial Engineering, Vol 23, Nos. 1-4, pp 37-40, 1992.

6. M. L. Brown, G. E. Seidman, S. Anand, and B. Smith (Xavier University), "Engineering

Design Clinic, Quality Enhancement/Cost Savings Clinic Program." Proceedings of the ASME Conference on Innovations in Engineering Design Education. Florida 1993.


7. V. Allada, N. Huffer, and S. Anand, "Quad and Octree Structures for Tolerance

Representation in Solid Models." Presented at and Published in the Proceedings of the Second Industrial Engineering Research Conference (IERC) Conference, May 1993, Los Angeles CA.

8. S. Anand, and N. Huffer, "Transformation Algorithms for Objects Represented by

Quadtrees." Presented at and Published in the Proceedings of the Second Industrial Engineering Research Conference (IERC) Conference, May 1993, Los Angeles CA.

9. P. Kopardekar*, A. Mital, V. Allada, and S. Anand, "Human Strategies in Cutting Stock

Problem." Presented at and Published in the Proceedings of the Second Industrial Engineering Research Conference (IERC), pp. 183-186, May 1993, Los Angeles CA.

10. V. Allada, S. Anand, and A. Mital, "Development of Product Design Guidelines Based

on Ergonomic Considerations." Presented at and Published in the Proceedings of the ASME Conference on Flexible Assembly, 1993 September, Phoenix, AZ.

11. P. Kopardekar, and S. Anand, "Optimal Allocation of Tolerances using Neural

Networks." Published in the Proceedings of the Artificial Neural Networks in Engineering Conference, November 1993, St. Louis, Missouri.

12. V. Allada, and S. Anand, "Computer-Aided Inspection using Hough Transform."

Presented at and Published in the Proceedings of the Third Industrial Engineering Research Conference (IERC), May 1994, Atlanta, GA.

13. V. Allada, and S. Anand, "A B-Rep Feature Recognition System for Process Planning."

presented at and published in the conference proceedings at the Third Industrial Engineering Research Conference, May 1994, Atlanta, GA.

14. S. Anand, and M. Sabri, "Optimal Robotic Assembly using Djikstra's Algorithm."

Published in the Proceedings of the Fourth ASME Flexible Assembly Conference (ASME Design Technical Conferences), September 1994, pp. 117-124, Minneapolis, MN.

15. S. Damodarasamy, and S. Anand, "Evaluation of Minimum zone Tolerances for

Straightness using Region Elimination Method." Presented at and Published in the Proceedings of the Fourth Industrial Engineering Research Conference, pp. 367-372, Nashville, TN, May 1995.

16. S. Anand, and B. Guha, "Tool Path Generation for Bezier-Based Sculptured Surfaces."

Presented at and Published in the Proceedings of the Fourth Industrial Engineering Research Conference, pp. 251-259, Nashville, TN, May 1995.

17. S. Damodarasamy, and S. Anand, " A Novel Method for Evaluation of Minimum Zone

for Flatness." Presented at and Published in the Proceedings of the Third


International Conference on Computer Integrated Manufacturing & AUTOFACT 95, Vol. 2, pp. 1218-1225, Singapore, July 1995.

18. V. Allada, and S. Anand, "Multi-Attribute Decision Model Using Analytic Hierarchy

Process for Vendor Selection." Presented at and Published in the Proceedings of the Fourth Industrial Engineering Research Conference, pp. 64-73, Nashville, TN, May 1995.

19. V. Allada, S. Anand, "Interacting Feature Recognition for Prismatic Parts." Presented at

and Published in the Proceedings of the Fourth Industrial Engineering Research Conference, pp. 174-182, Nashville, TN, May 1995.

20. V. Allada, and S. Anand, "Feature Attributes and Feature Relationships and their Role in

Product Manufacturability." presented and published in Conference proceedings of International Conference on Industry, Engineering and Management Systems held at Cocoa Beach FL, March 13-15, 1995.

21. S. Anand, and E. Gasparraj," A New Three Dimensional Convex Hull Algorithm and its

Application in Flatness Evaluation," presented at and published in the 5th Industrial Engineering Research Conference, Minneapolis, MN, May 1996. pp. 239-244.

22. S. Fernando, P. Damodaran*, and S. Anand, "A Comparative Evaluation of Algorithms

used for the Determination of Roundness Tolerance," presented at and published in the conference proceedings, 5th Industrial Engineering Research Conference, Minneapolis, MN, May 1996. pp. 339-344.

23. M. Subbaraman, R. Paramaguru, S. Anand and P. Quo," CAD-Directed On-Line Product

Costing using Activity Based Costing," presented at and published in the 5th Industrial Engineering Research Conference, Minneapolis, MN, May 1996. pp. 781-786.

24. S. Anand, J. Sridhar, S. Damodarasamy, An Efficient Algorithm for Accurate Evaluation

of Circularity Tolerance,” presented at and published in the Conference Proceedings of the The 1996 ASME Design Engineering Technical Conferences, pp. 1-6, Irvine CA, August 1996.

25. L. Srnivasa, E. Hall & S. Anand, “Neural Network Based Classification of Bongard

Patterns,” Proceedings of the Artificial Neural Networks in Engineering (ANNIE) Conference, Nov. 1996. St. Louis, MO.

26. S. Anand, K. Rajagopal, “Accurate Evaluation of Circularity using Selective Data

Partition” presented at and published in the Conference Proceedings of the 6th Industrial Engineering Research Conference, May 1997, Miami Beach, FL. pp. 251-256.

27. S. Damodarasamy, S. Anand, “Accurate Assessment of Flatness Tolerance using Direct

Search Optimization,” presented at and published in the conference proceedings ASME 1997 Engineering Congress and Exposition, Nov. 1997, Dallas, TX.


28. S. Anand & K. Rajagopal, Evaluation of Roundness Error using Parametric Space Mapping, presented at and published in the Conference Proceedings, 7th Industrial Engineering Research Conference, May 8-9, 1998, Banff, Canada.

29. S. Parasnis, S. Velidandla*, E. Hall & S. Anand, A Comparison of Optical Modeling and

Neural Networks for Robot Guidance, Proceedings of the SPIE Conference, Boston, MA, Nov. 1998.

30. Albert Sun S. Anand, J. Tang, “An integrated framework for Coordinate Measuring

Machine (CMM)–Based Inspections of Flatness Tolerances”, Technical Papers of the North American Manufacturing Research Institution (NAMRI), NAMRC XXVII, University of California at Berkeley, May 25-28, 1999.

31. Albert Sun, S. Anand & J. Tang, “Impact Of CMM Uncertainty Issues On Measurement

Performance” presented and published in the Conference Proceedings, International Conference on Production Research (ICPR), Limerick, Ireland, August, 1999.

32. S. Anand, S. Muthu, V. N. Raman*, S. Velidandla*, On Line Manufacturing Feature

Extraction and Process Sequencing for Rotational Machining Parts, paper presented at and published in the conference proceedings of the Industrial Engineering Research Conference (IERC) 2000.

33. S. Anand, S. Chepuri, Robust Evaluation of Datums for Features of Size using a

Sequential Linear Programming Approach, presented at and published in the proceedings of the ASME Japan-USA Symposium on Flexible Automation, University of Michigan, Ann Arbor, July 2000.

34. Ramaswami, H. and Anand, S. “Polygonal decomposition based algorithm for pocket

machining”, Proceedings of the Institute of Industrial Engineers 2003 Annual Conference.

35. Ramaswami, H. and Anand, S. “Multiple parting surfaces for sand casting”, Proceedings

of the 2004 ASME International Mechanical Engineering Conference and Exposition, 3.

36. Kovvur, Y and Anand, S. “Probe radius compensation for on-machine measurement of

sculptured surfaces”, Proceedings of the 2004 ASME International Mechanical Engineering Conference and Exposition.

37. Ramaswami, H, Kovvur, Y. and Anand, S. “Minimum-Zone Circularity Evaluation using

Particle Swarm Optimization”, Proceedings of 2005 ASME International Mechanical Engineering Congress and Exposition.

38. Kovvur, Y., Ramaswami, H. and Anand, S. “Predictive Surface Generation and

Characterization for Cylindrical Turning Processes”, Proceedings of 2005 ASME International Mechanical Engineering Congress and Exposition.


39. Turek, S. and Anand, S., 2008, “A Comparison of Virtual Condition Cylinder Evaluation Methods in Coordinate Metrology”, Proceedings of the ASME International Design Engineering Technical Conferences (IDETC) and Computers and Information in Engineering Conference (CIE), New York, NY.

40. Turek, S. and Anand, S., 2007, “A Hull Normal Approach for Determining the Size of

Cylindrical Features”, Proceedings of the ASME International Manufacturing Science and Engineering Conference (MSEC), Atlanta, GA. (presented at the MSEC conference in Atlanta, October 2007)

41. Ramaswami, H., Paul, R., Manievannan, S. and Anand, S. (2008), “Peeking into Second

Life - A JT-Linden Scripting Language Translator”, Proceedings of the Siemens PLM Connection Conference. (Presented at the Siemens PLM Conference, Orlando, FL, June 2008).

42. Turek, S. and Anand, S., (2008), “A Comparison of Virtual Condition Cylinder Evaluation Methods in Coordinate Metrology,” presented at ASME DETC conference, Proceedings of the ASME IDETC/CIE, New York, NY.

43. Soman, K.G., Ramaswami, H., and Anand, S. “Selective Zone Search Method for evaluation of Minimum Zone Sphericity”, conference proceedings of 2009 ASME Manufacturing Science and Engineering Conference.

44. Paul R. and Anand S. “A Translator For Converting CAD Models To Second Life.” Proceedings of the 2010 ASME Computers and Information in Engineering Conference, Montreal, Quebec, Canada, 2010

45. Paul R. and Anand S. “Optimal Part Orientation in Rapid Manufacturing Process for Achieving Geometric Tolerances, Proceedings of the 39th NAMRC Conference, Corvallis, Oregon, USA. 2011.

46. Navangul G, Paul R, Anand S. (2011). A Vertex Translation Algorithm for Adaptive

Modification of STL File in Layered Manufacturing. Proceedings of 2011 ASME MSEC Conference, Corvallis, OR, 2011.

47. Paul, R. and Anand, S., 2013, "Material Shrinkage Modeling and Form Error Prediction in Additive Manufacturing Processes," Proceedings of 41st NAMRC, Madison, WI.

48. Santosh, A. R. S., Paul, R. and Anand, S., 2013, "A New Additive Manufacturing File Format using Bezier Patches," Proceedings of 41st NAMRC, Madison, WI.

49. Panhalkar, N., Paul, R. and Anand, S., 2013, "Adaptive Layering in Additive Manufacturing Using a k-d Tree Approach," Proceedings of 41st NAMRC, Madison, WI.


50. Panhalkar, N., Paul, R. and Anand, S., 2013, "A Novel Additive Manufacturing File Format for Printed Electronics", Proceedings of 2011 ASME IMECE Conference, San Diego, CA.

51. Paul, R. and Anand, S., 2012, "Process Energy Analysis and Optimization in Selective Laser Sintering," Proceedings of 40th NAMRC, Notre Dame, IN.

52. Navangul, G., Paul, R. and Anand, S., 2011, "A Vertex Translation Algorithm for Adaptive Modification of STL File in Layered Manufacturing," In Proceedings of 2011 ASME MSEC Conference, Corvallis, OR.

53. Paul, R. and Anand, S., 2011, "Optimal Part Orientation in Rapid Manufacturing Process for Achieving Geometric Tolerances," Proceedings of 39th NAMRC, Corvallis, OR.

54. Das P.*, Chandran R.*, Samant R.*, Anand S., Optimum Part Build Orientation in Additive Manufacturing for Minimizing Part Errors and Support Structures, Proceedings of the 43rd North American Manufacturing Research Institution of SME, 2015.

55. Zha W*. and Anand, S., Geometric Approaches to Input File Modification for Part Quality Improvement in Additive Manufacturing, 43rd Proceedings of the North American Manufacturing Research Institution of SME, 2015.

56. Ranjan R.*, Samant R.*, and Anand S.., Design for Manufacturability in Additive Manufacturing using a Graph Based Approach, ASME Manufacturing Science and Engineering Conference, 2015.

57. Chowdhury S., Anand S., 2016, “Artificial Neural Network Based Geometric Compensation for Thermal Deformation in Additive Manufacturing Processes”, ASME 2016 International Manufacturing Science and Engineering Conference, Blacksburg, VA.

4.4 OTHER PUBLICATIONS

1. Subramanyam N., A. Houshmand, and S. Anand, "Simultaneous Representation of Multivariate and Corresponding Univariate X charts." Presented at the TIMS/ORSA conference 1992.

2. R. Huston, S. Anand, G.E. Seidman, “University/Industry Design Clinic – A Decade of

Experience with an Innovative Capstone Design Course”, Paper presented and Published in the Conference Proceedings of the 6th Inter American Conference on Engineering and Technology Education, June 2000, Cincinnati, OH.

4.5 BOOKS EDITED


1. "Handbook of Expert Systems in Manufacturing: Structures and Rules" edited by A. Mital & S. Anand, Chapman and Hall Publications, 1993.

5. PRESENTATIONS 5.1 INVITED TALKS

1. Anand S., and V. Allada*, "A Quick Method for Detecting the Vertices of Two Dimensional Polygonal Objects," paper presented at the First Industrial Engineering Research Conference, May 1992, Chicago, Illinois.

2. Anand S., "Computer-Aided Inspection of Geometric Tolerances and Representation of

Geometric Tolerances in Solid Models," Invited Presentation, Department of Industrial and Manufacturing Engineering, The Pennsylvania State University, University Park, PA 16802. Nov. 10, 1994.

3. S. Anand, Computational Tools for Pre and Post Processing in Additive Manufacturing, Special Presentation at the 2016 PACE Global Forum, University of Cincinnati.

5.2 CONFERENCE PRESENTATIONS ONLY

1. Anand S., and Knott K., "Use of Hough Transform for Dimensional Inspection of Parts," Paper presented at the 8th Annual Conference on Computers and Industrial Engineering, Orlando, Florida, and March 19-21, 1986.

2. Mital A., S. Anand, and P. Kopardekar*, "A Usability evaluation of three CAD

softwares," Paper presented at the Annual International Industrial Ergonomics and Safety Research Conference, held at Denver, Colorado, June 1992.

3. S. Anand & T. Benjamin*, “Evaluation of Sphericity Error using a Selective Data

Partition Approach” paper presented at the Industrial Engineering Research Conference, May 1999, Phoenix AZ.

4. S. Anand, S. Chepuri*, Non-Linear Optimization Methods for Evaluation of Datum

Features of Size, paper accepted for presentation in the Industrial Engineering Research Conference 2000, Cleveland, May 2000.

6 FUNDED RESEARCH 6.1 RESEARCH GRANTS AND CONTRACTS AWARDED


S. Anand "CAD/CAM Integration using Optimal Cutting Stock Layout," projects with International Trailer Inc., Total funding: $8,929.44; September 1 - Nov. 30, 1991.

Mital & S. Anand, "Design and Development of Ergonomic Intervention Strategies for Cumulative Trauma Disorders at CINPAC" - CINPAC Corporation - Total funding $37,071: October '91 - March 1992.

A. Mital & S. Anand "An Ergonomic Evaluation of Metallic and Composite Manhole Covers," Fibersec Ltd., Total Funding $20,000: April 1992 - July 31, 1992.

S. Anand & A. Mital "Development of an Engineering Model for Twist Locking of Cylindrical Bearings," Ford Motor Company, Total Funding $7,500: Start Date: May 1992.

J. Arantes, A. Houshmand, S. Anand, "Evaluation and Analysis of the Hamilton County Jail System", Hamilton County,OH : Total Funding $5805.09; Start Date: June 1992.

E. Hall "Development of a Test Plan for Remote Excavation and Contaminated Soil Remediation," Westinghouse Environmental Management Company of Ohio," Total Funding $ 20,000; S. Anand - Investigator; March 1992 - August 1993.

A. Houshmand, S. Anand and A. Mital, "Industrial Engineering at CBIS Corporate Quality,” Cincinnati Bell Information Systems, Total Funding $24,000: Start Date June 1992.

S. Anand, A. Mital, A. Houshmand, "IE Methods for the Analysis and Improvement of Lab Operations at Lenscrafters," Lenscrafters Inc. Total funding $ 22,734.55, Start Date: Jan 1993.

S. Anand, A. Houshmand, A. Mital, "IE Methods for Determining Alternative Cost Options at Cincinnati Bell," Cincinnati Bell Telephone, Total funding $24,523.38, Start Date: February 1993.

S. Anand & A. Mital, "Design and Implementation of a Manufacturing Database Management System," Lenscrafters Inc., Total Funding $5,058: Start Date: June 1993.

S. Anand & A. Mital, "Design and Implementation of an Integrated Manufacturing and Product Information System," Lenscrafters Inc. Total Funding $36,191: September 1993 - April 30, 1994.

A. Mital, R. Huston and S. Anand, "A Workshop on the Role of Ergonomics in Designing for Manufacturability and Humans in General in Advanced Manufacturing Technology," National Science Foundation, Total Funding $ 10000. The workshop was successfully conducted in November 1993 at the Vernon Manor Hotel and included participants from industry and university: Workshop held: November 1993.

S. Anand & A. Mital, "Application of Concurrent Engineering Methods for the Design and Manufacture of Tool Boxes," MAC Tools Inc. (Stanley Tools), Total Funding $ 89,265. March 1994 - April 30, 1995.


S. Anand & A. Mital, "Evaluation of Sheet Metal Manufacturing Practices Leading to Upper Extremity CTD's," MAC Tools Inc. (Stanley Tools), Total Funding $7680.96: March 1994 - June 1994.

S. Anand, "Integrated Lens Manufacturing Information System," Lenscrafters Inc., Total Funding $ 33,019: March 1994 - January 1995.

S. Anand & Christopher McCord (Prof. of Math, UC), "A New Approach to Two-Dimensional Irregular Shape Cutting Stock Problem," UC Research Challenge Grant, Total Funding: $ 26902: Start Date: August 1994 - June 1995.

S. Anand, "Literature Review and Feasibility Study for the Design of a Preheater for Plastic Molding Process" Kurz-Kasch Inc. Total Funding: $10716.67: September 1994 – June 1995.

S. Anand, "Design and Implementation of Integrated Quality Control Methods at Lenscrafters," Lenscrafters Inc., Total Funding: $18,100; September 1994 - August 1995.

S. Anand, Design and Implementation of a Manufacturing/Product Cost Estimation Methodology for Plastics Manufacturing using Activity Based Costing, Kurz Kasch Inc. Total Funding: $10,669: Start Date: September 1994 – March 95.

S. Anand, "Automated Machine Vision Based Inspection of Inkjet Printer Cartridges" Lexmark International Inc, (former IBM), Total funding: $ 87,593.05: November, 1994 - October 1996.

S. Anand, "Manufacturing Automation and the Redesign of Processes, Material Flow and Tooling at a Railway Freight Car Manufacturing Facility," Trinity Industries Inc., Total Funding: $33,030.93: January 1995 - November 1995.

A. Mital and S. Anand, "Ergonomic and Engineering Intervention Strategies for Preventing Cumulative Trauma Disorders at Lucas Sumitomo, Lucas Sumitomo Corporation" Total Funding: $24,160: Start Date: January 1995.

S. Anand," An Integrated Manufacturing Approach for Improving the Efficiency and Productivity of Assembly Operations at a Tool Box Manufacturing Company," MAC Tools Inc. (Stanley Tools), Total Funding: $ 40,800: March 1995 - November 1995.

S. Anand & W. Wood, "An Integrated CAD-Directed Product Costing Model using Activity Based Costing," Seed Grant (College of Engineering and College of Business)- Univ. of Cincinnati - Total Funding $ 5000; 1995.

A. Mital and S. Anand, "A Follow-up Workshop on the Role of Ergonomics in Designing for Manufacturability and Humans in general in Advanced Manufacturing Technology," National Science Foundation, $ 5,000, 1995.


S. Anand, "A Hough Transform Based Approach for Accurate Evaluation of Geometric Tolerances," National Science Foundation, Total Funding. Total Funding: $60,391.11. Duration: Jan. 1996 - June 1997.

S. Anand & Christopher McCord, "An Integrated Machine Vision-based System for Solving the Irregular Shape Cutting Stock Problem in the Leather Industry," National Science Foundation: Total Funding: $110,000. Duration: Jan. 1996- Dec. 1997.

S. Anand and B. Beamon, An Integrated Approach for the Assessment of Performance and Productivity at Lenscrafters, Lenscrafters Inc., Total Cost of Project: $25,639.36 - Duration: Feb 96 - August 1996

A. Mital and S. Anand, Ergonomic and Engineering Intervention at Miller Brewing, Miller Brewing Company: Total Funding: $24,620, Sep. 97 – March 98.

S. Anand, B. Shultes, A. Houshmand, “Benchmarking and Productivity Improvement,” Health Alliance of Greater Cincinnati, Total Funding $ 92,240 April 1998 – June 2000.

S. Anand, Design and Development of a CAD based Manufacturing Process Planning System, AgilTech Inc, Total Funding $57,609; Duration June 98 – June 99.

S. Anand & D. Kelton, Plant Layout and Simulation Based Improvement of Manufacturing Functions at a Metal Stamping Facility, Select Tool and Die Corp., Total Funding $ 40,653; Duration Dec. 98 – July 99.

S. Anand, An Integrated Approach to Facilities Layout and Manufacturing Systems Analysis and Improvement at Ford Transmission Plant, Ford Motor Company, Total Funding $44,711; Duration: Dec. 99 - May 2000.

S. Anand & D. Thompson, Analysis and Design of a Machine Tool Pallet Register System, Ford Motor Company, Total Funding: $35,841; Duration Feb – July 2000.

S. Anand, U. Ghia, Dislocated Worker Manufacturing Technology Demonstration Program – “Accelerated Training Program in Computer Integrated Manufacturing”, U.S. Department of Labor/City of Cincinnati, Total Funding $ 810, 620; Duration: Sept 1999 – July 2001.

S. Anand, B. Shultes, Benchmarking and Productivity Improvement, Health Alliance of Greater Cincinnati, Total Funding: $56,240; Duration: July 2000 – June 2001.

C. McCord (Dept. of Mathematical Sciences), S. Anand & A. J. Perzigian, Manufacturing and Mathematics, National Science Foundation: Total Funding $ 99, 202; Duration: July 2000 – June 2001.

S. Anand & Eugene Rutz, “World Class Manufacturing – Web Based Engineering Education” Ohio Learning Network, Total $ 250,000; Duration: Jan. 2001 – Dec. 2002. (In Collaboration with Ohio State University, Wright State University and Cleveland State University).


S. Anand & C. McCord, An Integrated Approach to Prediction, Assessment and Inspection of Form Errors in Machined Parts, National Science Foundation, Total Funding $75,134. Duration: Sept. 2002 – August 2003.

A. Lin & S. Anand, Effects of Using IntelliFill I.V. Robot System, Children's Hospital Medical Center, Total Funding: $34,996. Duration: July 2004 – June 2005

A. Lin & S. Anand, Analysis and Improvement of the Kroger Pharmacy Filling Efficiency, Kroger Corporation, Total Funding: $119,851. Duration: August 2004 – June 2005. A. Lin & S. Anand, Efficiency Analysis & Dispensing Errors Study of Kirby-Lister Pill Counting System, Thomsen Group, Total Funding: $40,066. July 2003 – January 2004.

S. Anand, Analysis and Redesign of a Cutting Press for Medical Blankets, Cincinnati Sub Zero, Total Funding: $22,637, Oct 2005- Jan. 2006

S. Anand, Optimization of Manufacturing Methods and Processes at a Job Shop Using Computer Simulation, General Tool Corporation, Total Funding: $19,158, Sep 2005 – Jan. 2006.

S. Anand, Automation of Manufacturing Processes at a Solid State Fermentation Plant, July 2006 – April 2007, Alltech Inc, Total Funding $99,500.

S. Anand. Concept Testing and Validation of Automation Solutions of a Solid State Fermentation Plant, Alltech, Inc, February 2008 – September 2008, Total Funding: $132,908.

S. Anand, Translator for Conversion of Siemens PLM Software JT Models into Second Life Prims, Siemens PLM, $ 20,000 Gift related to research work on JT to SL conversion.

S. Anand, Feasibility Study of Applying Design for Manufacturing (DFM) Approaches to Low Cost Equipment Sourcing at P&G, Procter and Gamble, June – October 2008, Total Funding: $67,364.

S. Anand, Validation of Design for Low Cost Suppliers (DFLCS) Approach and Development of Conceptual Design Framework, Procter and Gamble, December 1, 2008 – June 30, 2009. Total Funding: 93,855

S. Anand, Investigation of Transitioning of P&G’s Design Operations to Siemens PLM NX, Procter and Gamble, April 2009 – June 2009. Total Funding: $20,090

T. Lim, M. Montrose, S. Anand, “Global Product Design and Manufacturing” Choose Ohio First (COFSP), State of Ohio award: “Coming out of the Pipeline: The UC Interdisciplinary Pathway to stem Professionals” Total Award: $3 million.


S. Anand, Design for Low Cost (DFLC) Approach for Unit Ops and Feature Frames at P&G, Proctor and Gamble, July 1, 2009 - June 30, 2011. Total Funding: $274,576. S. Anand, Design and Analysis & Testing of Diaper Folding Mechanism, Procter & Gamble, January 1, 2010 – July 10, 2011, Total Funding: $198,718. S. Anand, Design and Development of Machine Design and Documentation Standards System, Proctor & Gamble, October 6, 2010 - July 11, 2011, Total Funding: $61,781.

S. Anand, Optimal Frame Design using Design for Low Cost Approach, Procter & Gamble, February 4, 2011 – August 5, 2011, Total Funding: $56,856. S. Anand, Design and Development of Machine Design and Documentation Standards System, Proctor & Gamble, February 7, 2012 - Sept. 30, 2013, Total Funding: $59,014. S. Anand, Assembly Innovation - Assembly Analysis and Optimization of the P&G Baby Care Converter Line, Procter & Gamble, March, 5, 2012 - June 30, 2014. Total Funding: $479,544. S. Huang, S. Anand, M. Kumar, Seamless Transition from Academia to Real-world (STAR): A Collaborative Partnership to Producing Industry Ready Graduates, National Science Foundation, May 1, 2012 - April 30, 2014, Total Funding: $199,999. S. Anand, Optimization of Process Parameters in Additive Manufacturing for Minimizing Part Errors - Phase I, GE Power & Water, September 15, 2013 - December, 21, 2013. Total Funding: $ 120,315. S. Anand (UC PI): Partnered with GE Aviation on a 3rd Frontier Facility proposal ($2.5M) for building GE Additive Development Center (ADC) in Cincinnati. S. Anand," Optimal Selection of Additive Manufacturing Part Orientation based on Support Structure Accessibility - Algorithms and Software Development, GE Power & Water, April 2014 – March 2015, Total Funding: $169,759.

S. Anand, Manufacturability Analysis of Designs And Development of Neural Network Based Compensation Algorithm for Reduction of Shrinkage and Deformation in Laser Based Additive Manufacturing Processes GE Aviation, April 2015 – December 31, 2015, Total Funding: $100,000.

S. Anand, UC PI, Virtual Modeling and Certification Toolset for Metal Powder based Additive Manufacturing, Digital Manufacturing Design Innovation Institute (DMDII) Grant, 2016, in collaboration with GE Global Research Center, University of Illinois, Urbana Champaign, TechSolve, June 2016 – May 2018, Funding: $1.5M, UC’s Share $302,000. S. Anand, Application of Group Technology for Agile Manufacturing of Converter Kits, Procter & Gamble, Total funding $260,000; March 2016 – March 2017.


E. Rozier, J. Shi, S. Anand & S. Huang, DMDII Proposal approved for funding, “Intelligent Threat Detection, Mitigation, and Isolation in Next-Generation Digital Manufacturing Systems”, other DMDII partners - Microsoft, P&G and Rockwell; Total Funding $1.3M, UC’s portion: $ 414K. S. Anand & Manish Kumar (UC Lead Institution), DMDII White paper approved for funding “Non-Invasive Computer Vision Toolkit (CVT) for Legacy Machines using MTConnect”, other DMDII partners are Raytheon, Faurecia, ITI, TechSolve and Matdan Fasteners: Total Funding: $765K, UC’s Portion: $389K. December 2016 – January 2018. S. Anand, Sole PI, “Tailorable Thermal Expansion Structures through Innovative Lattice Structures’ OFRN project approved with UDRI, Wright State University, Youngstown State, Ohio Univ and Case Western Reserve Univ; Total funding: $1.1M; UC Funding : $50K.

6.2 GIFTS

1. International Technishe Group (ITI) Gift of $100,000 for Prof. Anand’s lab and graduate students for research on Advanced Manufacturing.

2. Responsible for Working with ANSYS and Siemens in connection with the formation of new Center and associated gift. Prof. Anand was the lead faculty responsible for the Siemens Center Gift of $1.05M in Sep. 2016.

7. TEACHING Taught the following courses at University of Cincinnati: Undergraduate Courses: 1. Manufacturing Processes I 2. Manufacturing Processes II - Required Junior level course - Developed by Dr. Anand. 3. Production Planning and Control - Required Senior Level course 4. Introduction to Industrial Engineering - Required course for freshmen Graduate Courses: 1. Production Scheduling and Control 2. CAD for Manufacturing (20-INDS-725, 20-MECH-675, 20-MECH-6023) - Developed by Prof. Anand. 3. Computer-Aided Tolerancing and Metrology (20-INDS-726) – Developed by Prof. Anand 4. Precision Engineering and Metrology (20-MECH726, 20-MECH-7072) - Developed by Prof.. Anand. 8. GRADUATE STUDENTS ADVISED 8.1 PH.D. STUDENTS GRADUATED


8.1.1 MAJOR ADVISOR AND CHAIR OF DOCTORAL COMMITTEE OF THE FOLLOWING PH.D. STUDENTS: 1. Dr. Venkat Allada - Full Time Ph.D. student. Graduated : August 1994; Dissertation Title : "Feature-Based Modelling for Concurrent Engineering" Employment : Dr. Allada is currently employed as a full time, tenured

Full Professor (Manufacturing Concentration) at the Department of Engineering Management and Vice Provost of Graduate Studies at Missouri Institute of Science and Technology.

2. Dr. Yeanchu (Joe) Chu - Full Time Ph.D. student. Graduated : August 1994 Dissertation Title : "Object Oriented Feature Based Design for Manufacturing

Applications," Employment : Dr. Chu is currently working in Taiwan. 3. Dr. Karen Schmahl : (part time until August 1992 and fulltime student from September 1992 until graduation Spring 1994) Graduated : June 1994 Dissertation Title : "Longitudinal Study of the Implementation of a Decision

Support/Finite Scheduling System on a Low Volume Job Shop"

Employment : Dr. Schmahl was employed as a full time tenured Associate Professor at the Manufacturing Engineering Department at Miami University, Oxford, OH.

4. Dr. Albert Sun (Full Time Phd Student) Graduated August 1999 Dissertation Title : An Integrated framework for Coordinate Measuring

Machine (CMM)–Based Inspections of Flatness Tolerances Employment: Employed as Associate Professor, National Taipei

Institute of Technology, Taipei, Taiwan. 5. Behrad Moeinzadeh, (Full Time PhD Student). Graduated: August 2004 Dissertation Title: An Integrated Univariate and Multivariate Quality; Control

System. Employment: ERP Software Consulting, Los Angeles, CA. 6. Hemant Ramaswami (Full Time PhD student) Graduated: August 2010


Dissertation Title: An Integrated Framework for Virtual Machining and Inspection of Turned Parts

Employment: Hanes Brands, Winston-Salem, NC. 7. Ratnadeep Paul ( Full time PhD student) Graduated: August 2013 Dissertation Title: Modeling and Optimization of Powder Based Additive

Manufacturing (AM) Processes Employment: GE Global Research Center, Niskayuna, NY 8. Steven Turek Graduated July 2014 Dissertation Title: A Graph-based Early Design Environment for Generating Cost Effective Mechanical Designs Employment: MANTECH, Wright Patterson Air Force Base, Dayton,

OH. 9. Neeraj Panhalkar Graduated August 2015 Dissertation Tile Hierarchical Data Structures for Optimization of Additive

Manufacturing Processes Employment Siemens PLM, Milford, OH 8.1.2 CURRENT PH.D. STUDENTS (MAJOR ADVISOR):

1. Jeannette Geisler – Passed PhD Comprehensive Exam; currently developing proposal. 8.1.3 SERVED ON THE COMMITTEES OF THE FOLLOWING FULL TIME PH.D. STUDENTS

1. Robert Hoekstra - Full time Ph.D. student; Graduated 1992. Thesis Title: Design for Assembly

2. T. Kuo - Full Time Ph.D. student; Graduated 1993 Thesis Title: SmartQ: A Knowledge Based quality Assurance System

3. P. Kopardekar; Full Time Ph.D. Student; Graduated 1995 Thesis Title: Effect of Workload on Speech Parameters on Air Traffic Controllers

4. John Marvel; Full Time Ph.D. Student; Graduated 1995; Thesis Title: A Rule Based Expert System for Determining Inventory Location in a Distribution Warehouse

5. Shoepang (Frank) Cheng; Full time Ph.D. Student; Graduated 1997. 6. Kwabena Agyepong; Full Time PhD Student; Electrical Engineering- Graduated 1997.

Thesis Title: On Globally Feedforward Networks with Local lateral connections. 7. Amir Javaheri, Full Time PhD Student – Graduated 1998.

Thesis Title: Multivariate Ridge Residual Charts, 8. Gang Jing, Full Time PhD Student; Graduated 1998.


Thesis Title: Integrating the queuing theory and simulation into the analysis of controlled conveyer networks with merging configuration.

9. Arunkumar Pennathur, Full Time PhD Student – Graduated 1999. Thesis Title: A Theoretical Framework for increasing line worker mobility in discrete product manufacturing through skills and training.

10. T. Balachander, Full Time PhD Student; Electrical Engineering – Graduated 1999. Thesis Title: Local Subspace Classification

11. Thierry Joel, Full Time PhD Student; Graduated August 2000. Thesis Title: Integrating the Supply Chain Management and Continuous Quality Improvement Approaches for Organizational Effectiveness.

12. Xinyu Zhou, PhD Student in Mechanical Engineering Thesis Title: Computer Simulation and Low Cost Optimization of an Investment Bi-Metal Casting Process.

13. Anand Subramaniam: Graduated 2007 Thesis Title: Developing MTM modifiers for tasks performed by individuals with permanent partial disability of the fingers

14. Xuo Nu, Graduated 2007 Thesis Title: Aggressive dimensionality reduction for data-driven modeling

15. Kanthi Muthiah, Graduated 2006 Thesis Title: System level effectiveness metrics for performance monitoring and diagnostics

16. Rongsheng Gong, Graduated 2011. Thesis Title: A segmentation and Rebalancing Approach for Classification of Imbalanced Data,

17. Saurabh Sarkar, Graduated 2013 Thesis Title: Feature Selection with Missing Data

18. Tushyati Sai Maudgalya, Graduated 2014 Thesis Title: Occupational Health and Safety in Emerging Economies: An India based study of mindsets, behaviors and cultural context

8.2 FULL TIME M.S. STUDENTS (THESIS OPTION) GRADUATED

1. Nicholas Huffer - Employed at: Unigraphics/Intergraph; Graduated March 1992. Thesis Title "Transformation Algorithms for Objects represented by Linear Quadtrees" 2. Xiang Chang (Jenny) - Employed at: Oracle Corp.; Graduated Summer 1993. Thesis Title: Fast Collision Free Motion Planning of a Mobile Robot. 3. A. Pandian - Employed at: Concurrent Technologies Corp., PA.; Graduated Autumn

1993. Thesis Title: Checking Orientation Tolerances using Machine Vision. 4. Saibaba Sambaraju - Employed at: Manufacturing Software Company; Graduated

Summer 1993; Thesis Title; Graphic Simulation of Robotic Welding and Painting Cell using PHIGS (Programmer's Hierarchical Interactive Graphics System).

5. Yintung Sun (Albert) - Employed as Tenure Track Faculty; Graduated: Winter 1994. Thesis Title: Object Oriented Expert System for Feature-Based Process Planning. 6. Mohammed Sabri – Employed at: Roadway Express Inc.; Graduated: Summer 1994. Thesis Title: Optimal Robotic Path Planning using Djikstra's Algorithm.


7. B. Guha – Employed at: Airborne Express; Graduated: December 1994. Thesis Title: NC Tool Path Planning for Sculptured Surfaces. 8. Ravi Chandran – Employed at: Complete Business Solutions Inc.; Graduation:

September 1995. Thesis Title: Evaluation and Verification of Form and Orientation Tolerances using the Hough Transform

9. Sophia Fernando - Graduated: June 1995. Thesis Title: A Comparative Statistical Evaluation of Algorithms used for Determination of Roundness Tolerance

10. Edwin Gasparraj - Employed at: Structural Dynamics Research Corp. (SDRC); Graduated December 1995 Thesis Title: A New Three Dimensional Convex Hull Algorithm and its Applications in Flatness Evaluation.

11. Srinivasa Polaki – Employed at: Anthem/Blue Cross; Graduated December 1995. Thesis Title: Computer-Aided Inspection of Free Form Surfaces using Face Octrees. 12. Jerry Funchess – Employed at: Cummins Engine; Graduated December 1995. Thesis Title: Analysis and Improvement of Group Technology Based Just in Time System 13. Rajesh Paramaguru - Employed at: Structural Dynamics Research Corp. (SDRC);

Graduated March 1996. Thesis Title: Manufacturing Feature Recognition From B-Rep Based CAD Models. 14. Prema Damodaran – Employed at: American Airlines; Graduated: June 1996.

Thesis Title: A Statistical Study of Factors Affecting Circularity Algorithms 15. Mahendran Subbaraman Employed at: PeopleSOFT Corp.; Graduated: March 1997.

Thesis Title: CAD Directed on-line cost estimation using Activity Based Costing 16. Sridhar Jagannathan, Employed at: Caterpillar, Peoria, IL.; Graduated: June 1997.

Thesis Title: An Efficient Method for Accurate Evaluation of Circularity and Cylindricity Tolerances.

17. Lakshmi Srinivasa - Employed at: Parametric Technology Corp.; Graduated: June 1997. Thesis Title: Automatic Feature Recognition using Neural Network for Associate Memory.

18. Karthik Rajagopal, Employed at: I2 Corp.; Graduated: June 1997. Thesis Title: Efficient Algorithms for the Accurate Evaluation of Form Tolerances 19. Rohit Sharma - Employed at: Keane Corp.; Graduated: December 1997. Thesis Title: Optimal Tolerance Synthesis and Process Selection using Genetic Algorithms 20. Vikram Raghavan - Employed at: I2 Corp.; Graduated: March 1998. Thesis Title: A New Algorithm for the Orientation of Parts in Stereolithography. 21. Sasanka Velidandla - Employed at: General Motors; Graduated: December 1999.

Thesis Title: A Novel Graph Based Approach for Feature Extraction of Turned Parts: Towards an Integration of Design and Manufacturing.

22. Venkat Raman – Pursuing MS in Computer Science; Graduated: December 1999. Thesis Title: Feature Extraction and Process Sequencing of Rotational Parts. 23. Sreeram Mallikarjun; Employed: New York Software Firm; Graduated: March 2000 Thesis Title: A Design and Manufacturing Advisory System for Sheet Metal Parts. 24. Rahul Gudla - Employed at: Fujitsu Corp.; Graduated: June 2000 Thesis Title: Sculptured Surface Localization using Generalized Hopfield Networks


25. Shambaiah Chepuri - Employed at: Fujitsu Corp.; Thesis Defended: June 2000 Thesis Title: Evaluation of Flatness Tolerance and Datums in Computational Metrology 26. Thomas Benjamin - Employed at: ORACLE Corp; Graduated: August 2000; Thesis Title: Assessment of Sphericity Tolerance. 27. Kaushik Balakrishnan - Employed at: I2 Corp.; Graduated: August 2000

Thesis Title: Integrating Simulation and Design of Experiments To Identify Factors For Layout Design

28. Wang Zhuo – Pursuing MS in Comp. Sc.; Defended August 2000 Thesis Title: Modeling and Sampling of Surface Profiles for Form Error Testing

29. Satish Natarajan – Employed at: I2 Corp.; Graduated August 2000 Thesis Title: A Simple Algorithm for Tolerance Charting

30. Sangeet Uttam – Employed in Washington DC ; Graduated 2001 Thesis Title: Optimal tolerance synthesis for process planning with machine selection.

31. Nitin Maheshwari – Employed at United Airlines; Graduated 2001 Thesis Title: On the selection of CMM based inspection methodology for circularity tolerance.

32. Shantanu Chandra – Employed at Banc One: Graduated 2002 Thesis Title: Concurrent linear optimization model for design and manufacturing tolerances with process and machine selection incorporating scrap rates and machine breakdown.

33. Atul Modi – Employed at Bank of America: Graduated 2002 Thesis Title: A design of experiments based approach for optimal inspection of circularity tolerance.

34. Hemant Ramaswami – Pursuing PhD at UC ; Graduated 2002 Thesis Title: An Algorithm for Staircase Milling of Non-Convex Polygonal Pockets with Islands.

35. Sushilendra Deshpande: Working for SigmTek developing nesting software: Graduated 2002 Thesis Title: Feature extraction and intra-feature design advisor for sheet metal parts,

36. Shashikiran Hegde: Working for EDS, India; Graduated 2002 Thesis Title: A sheet metal design advisor: design rules and inter-feature design checking,

37. Sreeram Srinivasan: Pursuing PhD at Purdue Univ. Graduated 2003 Thesis Title: Simultaneous dimensional and tolerance synthesis in process planning,

38. Ashwin Ravindran: : Pursuing PhD at Purdue Univ.; Graduated 2003 Thesis Title: An octree based genetic algorithm for three-dimensional packing of irregular parts.

39. Yashpal Kovvur: Pursuing PhD at UC; Graduated 2003: Thesis Title: Design centering under conventional and sequential tolerance controls.

40. Navitha Parthasarathy: Working for GE; India, Spring 2004 Thesis Title: Minimum zone cylindricity evaluation using steepest descent method.

41. Sourabh Tambe: Working for Management Company, Columbus, OH; Graduated 2004 Thesis Title: Incorporating geometric tolerance information in solid models to build automated inspection system.

42. Sivamoorthy Shanmugam: Currently working for SAP; Graduated 2005 Thesis Title: Automatic Sub-assembly detection, disassembly sequencing and disassembly direction prediction for an assembly model.

43. Prakash Velayutham: Working at Cincinnati Children’s Hospital; Graduated 2005


Thesis Title: An efficient algorithm for converting polyhedral objects with winged-edge data structure to octree data structure.

44. Rohit Subramaniam: Currently working at HSBC: Graduated 2006. Thesis Title: A multivariate statistical approach for inspection of cylindrical features

45. Steven Turek: Currently pursuing PhD; Graduated 2006 Thesis Title: Cylindrical datum evaluation methods under maximum and least material condition specification

46. Mandar Joshi : Currently working at GE in India: Graduated 2008 Thesis Title: A Heuristic approach to inspection of sculptured surfaces using data localization

47. Raj Anand: Currently working as Operation Analyst at Bank of America; Graduated : 2008. Thesis Title : Static error modeling in turning operation and its effect on form errors

48. Sid Rajmohan: Currently working for Trinity Industries, LA, Graduated 2008. Thesis Title: Runout evaluation methods for cylindrical, tapered and flat surfaces

49. Ratnadeep Paul, Graduated 2009; continued on to his PhD with Dr. Anand and currently employed at GE Global Research Center. Thesis Title: JT-LSL Translator. Currently enrolled as Dr. Anand's PhD student.

50. Sagil James. 2010, Thesis Title: A Plastic Injection Molding part Feature Extractor and Design Advisory System,

51. Hemant Ramaswami: 2010, Thesis Title: A Novel method for Accurate Evaluation of Size of Cylindrical Components.

52. Anoop Verma, 2009, Thesis Option Minimizing Build Time and Surface Inaccuracy of Direct Metal Laser Sintered Parts: An Artificial Intelligence based Optimization Approach.

53. Rajendran Pullat, 2010, Thesis Option, Manufacturing Feature Recognition by 3-D Solid Model Slicing and Contour Based Geometric Reasoning," Currently working at Cummins, Indiana.

54. Gaurav Navangul, 2011, "Stereolithography (STL) file modification by vertex translation algorithm (VTA) for precision layered manufacturing" currently employed at TRW, Detroit, MI.

55. Santosh, A. R. S., 2013, "A New Additive Manufacturing (AM) File Format using Bezier Patches", MS Thesis, University of Cincinnati, Cincinnati, Ohio.

56. Siraskar, N., 2012, "Adaptive Slicing in Additive Manufacturing Process using a Modified Boundary Octree Data Structure", MS Thesis, University of Cincinnati, Cincinnati, Ohio.

57. Stephanie Brendt, 2013, Manufacturing Analysis and Process Optimization of Welded Parts, MS Thesis, University of Cincinnati, Cincinnati, Ohio.

58. Kunal Sharma, 2014, Slice Contour Modification in Additive Manufacturing (AM) for Minimizing Part Errors, MS Thesis, University of Cincinnati, Ohio.

59. Vipin Iyer, N., 2014, " Face Milling Simulation to Correlate and Predict the Effects of Machine Tool Geometric Errors on Part Flatness Tolerance”, MS Thesis, University of Cincinnati, Cincinnati, Ohio.

60. Shaleen Bhatia, 2014, "Effect of Machine Positional Errors on Geometric Tolerances in Additive Manufacturing” MS Thesis, University of Cincinnati, Cincinnati, OH.

61. Rajit Ranjan, MS, 2015: Design for Manufacturing and Topology Optimization in Additive Manufacturing.


62. Rutuja Samanth, MS, 2015: Support Structure Accessibility and Removal in Additive Manufacturing using Octree Data Structure.

63. Wentao Zha, MS, 2015: Geometric Approaches to Input File Modification for Part Quality Improvement in Additive Manufacturing.

64. Bharat Beltur, MS (Defended 2016 – Scheduled to graduate in Fall 2016), Thesis Title: Adaptive Slicing in Additive Manufacturing using Strip Tree Data Structures.

65. Deepak Sridhara, 2016: Additive Manufacturing Optimization within a Siemens NX CAD Environment. 2016, MS Thesis, University of Cincinnati, Cincinnati, OH

66. Paramita Das, 2016: Optimum Part Build Orientation in Additive Manufacturing for Minimizing Part Errors and Build Time, MS Thesis, University of Cincinnati, Cincinnati, OH.

67. Rohit Vaidya, 2016: Image Processing (IP) Assisted Tools for Pre- and Post-Processing Operation in Additive Manufacturing (AM), MS Thesis, University of Cincinnati, Cincinnati, OH.

8.3 MAJOR ADVISOR OF NON THESIS OPTION MS STUDENTS GRADUATED:

1. William Heyser - Part Time Student Project Title: Electric Discharge Machining 2. Scott Anderson - 3. Aarti Venkatraman: Project Title: Algorithm for spiral machining of non-convex

polygonal pockets with islands. 4. Vilas Tank: Project Title: Determination of conicity tolerance using superquadrics, 2004 5. Kedar Soman: Project Title: A selective zone search algorithm for evaluation of

sphericity tolerance 6. Kiran Aware: Project Title: Closest Point Correspondence in Localization of Parametric

Surfaces 7. Vinod Kumar Ramachandran: Project Title: Intersection checking algorithm for Inter-

feature design advisory system. 8. Deeraj Rhutia: Project Title : Mathematical model for Optimizing Composite Position

Error 9. Rajesh Rajendran: Project Title :Stochastic Simulation Based Approach for Incorporation

of Automated Guided Vehicles (AGVs) for Part Transfer in Heat Treatment Plant 10. Sudhon Kanagaraj : Project Title : An Inspection Advisor For Form Tolerances In

Cylindrical Features 11. Mike Finn : Project Title : In Process Measurement with Closed Loop System

Integration for Honing Long Workpieces on a CNC Turning Center, MS Non-Thesis, 2008.

12. Tarun Mannepalli. Non-Thesis Project. "Sphericity Tolerance of partial spherical components" Major Advisor and Chair of Committee

13. Raj Shaw,Non-Thesis Project, " Selection of Optimal set of Cutting Tools using Dynamic Programming for Machining Non-Convex Pockets with Islands" " Major Advisor and Chair of Committee

8.4 SERVED IN THE COMMITTEES OF THE FOLLOWING MASTER'S STUDENTS:

1. Manoj Ghaylod (Thesis Option) - Graduated; 1992 Thesis Title: A vision controlled mobile robot design


2. Jeff Neslon (Thesis Option) - Graduated; 1993 Thesis Title: An ergonomic evaluation of the primary hand flexibility and capability c changes with increases in examination/surgical glove thickness. 3. Dave Newman (Thesis Option) - Graduated; 1992

Thesis Title: Flexible production through rapid changeovers for the fixed-paced assembly line

4. Maria Makris (Thesis Option) - Graduated; 1992. Thesis Title: Simulation of Beverages Distributing Warehouse and Truck Loading Procedure

5. Sanjeev Mahajan (Non-Thesis Option). 6. Mahesh Krishnan (Thesis Option) – Graduated 1993.

Thesis Title: A Total Quality Approach towards Academic Excellence 7. Ravichandran (Thesis Option) - Graduated; Mechanical Engineering; 8. Makarand Nalgirkar (Thesis Option) – Graduated 1995

Thesis Title: A model and practitioner-oriented interactive software for 3D biomechanical analysis of industrial lifting tasks.

9. Mangesh Kulkarni (Thesis Option) - Graduated; 1995 Thesis Title: Robot design and engineering analysis software for underground storage tank cleaning operation

10. Andy Pajakowski (Non-Thesis - Project). 11. Sylvia C. Liles (Non-Thesis - Project); Graduated.

12. Steven Wentworth (Non-Thesis); Graduated 13. Kurt Wooley (Non-Thesis); Graduated. 14. Praveen Cherian- (Thesis Option) Graduated 1995 Thesis Title: CAD/CAM: a technology in transition

15. Mrithunjaya Telagi (Thesis Option) Graduated 1996 Thesis Title: Survey of control systems in manufacturing field and implementation of multilayer back propagation neural [i.e. neural] network for robot manipulation.

16. Aditya Thadani (Thesis Option) Graduated 17. Rajesh Desikan (Thesis Option) Graduated

Thesis Title: Path planning and obstacle avoidance for an unmanned autonomous mobile robot

18. Sarah Gross (Thesis Option) Graduated 1998 Thesis Title: A study in automatic splicing

19. Christopher Deters (Thesis Option) 1999; 20. Thesis Title: The improvement of robotic pathway navigation and obstacle avoidance by

simulation and strategic genetic algorithmic manipulation 21. Utkarsh Jain (Thesis Option) Graduated 22. Sharath Kumar (Thesis Option) : Graduated 1999

Thesis Title: An analytical approach to large-scale distribution system design 23. Kanthi Muthiah (Thesis Option): Graduated 2003

Thesis Title: Diagnostic Factory Productivity Metrics 24. Ronnie Mathew (Thesis Option): Study of the pulsed electrochemical micromachining of

ultra high aspect ratio micro tools. Graduated 2011. 25. Rongsheng Gong, A Knowledge Based Modelling Tool for Classification, Graduated

2006.


26. Kailun Yuan, A Study of Effectiveness of Feature Subset Selection in Classification Problems, March 2014

9. SERVICE AND PROFESSIONAL ACTIVITIES

• Currently Serving (since June 2016) as Associate Editor of ASME Journal of Manufacturing Science and Engineering.

• Served as Associate Editor for the Journal of Manufacturing Systems (July 2000 – 2003)

• Served as member of the Scientific Committee of the North American Manufacturing Research Institute (NAMRI) of SME – Reviewer for NAMRC conferences and NAMRI Transactions. ( 2002 – 2006)

9.1. REVIEWER FOR THE FOLLOWING ACTIVITIES 1. Reviewer for the following journals:

a. International Journal of Production Research b. Computers in Industrial Engineering c. IIE Transactions e. Robotics Research Transactions f. Journal of Manufacturing Systems g. Journal of Computer Integrated Manufacturing h. ASME Transactions – Journal of Manufacturing Science and Engineering i. Journal of Advanced Manufacturing Technology

2. Served as a panelist at National Science Foundation for reviewing research proposals at NSF (2016, 2014, 2013, 2010, 2009, 2008, 2007, 2005, 2003, & 1994) 9.2. PROFESSIONAL AFFILIATIONS Member of the following Engineering organizations:

- Member Tau Beta Pi Engineering Honor Society. - Senior Member of Society of Manufacturing Engineers (SME) - Member of American Society of Mechanical Engineers (ASME)

9.3. CONFERENCE SESSIONS CHAIRED

1. Panel Speaker in the session entitled "Research Opportunities in Flexible Assembly," at the ASME fourth conference on Flexible Assembly, ASME Design Technical Conferences, Sept. 1992, Phoenix, AZ.

2. Session Chairman for the Session "Flexible Assembly Process," at the ASME fourth Conference on Flexible Assembly, ASME Design technical Conferences, 1992, Phoenix, AZ 1992.

3. Chairman for the "Quality Control and Inspection Session" at the Second Industrial Engineering Research Conference, May 1993, Los Angeles, CA.


4. Chairman of the "Process Planning," session at the Third Industrial Engineering Research Conference, May 1994, Atlanta, GA.

5. Organized and Chaired the "Tolerancing and Inspection" session at the Fourth Industrial Engineering Research Conference, Nashville, TN, May 1995.

6. Was invited to chair the "Computer Aided Inspection and Testing" session at the Third International Conference on Computer Integrated Manufacturing & AUTOFACT 95,, July 1995, Singapore.

7. Chairman of the “Tolerancing” session at the 5th Industrial Engineering Research Conference (IERC), Minneapolis, MN, May 1996.

8. Chairman of “Tolerancing and Metrology” session at the 6th Industrial Engineering Research Conference, Miami Beach, FL, May 1997.

9. Organized and Chaired the “Tolerancing and Metrology” session at the 7th Industrial Engineering Research Conference, Banff, Alberta, Canada, May 1998.

10. Chairman of the “Tolerance Design” session at the Industrial Engineering Research Conference 2000, Cleveland, May 2000.

11. Chairman of the “Production Systems” session at the ASME 2000 Japan USA Symposium on Flexible Automation, University of Michigan, Michigan, Ann Arbor, July 2000.

12. Chairman of “Computational Geometry in Design and Manufacturing” session at the ASME IMECE Congress and Exposition, November 2004, Anaheim, CA.

13. Served as Session Chair of “Advances in Nontraditional/Hybrid Manufacturing 2” session at the ASME MSEC 2011 Conference, Corvallis, OR.

14. Served as Chair of “Additive Manufacturing” session at the SME, NAMRC 42 Conference, 2014.

15. Served as Co-Chair of “Advances in Additive Manufacturing” session at ASME MSEC conference, 2014.

16. Served as Co-Chair of “Electro-hydrodynamic Jet Printing” session at ASME MSEC conference, 2015.

17. Served as Co-Chair of “Process, Property, Performance Relationship in Additive Manufacturing” session at ASME MSEC and SME NAMRC conference, Virginia Tech, 2016.

18. Served as Co-Chair of “CAD/CAM Topics in Additive Manufacturing” session at SME NAMRC conference, Virginia Tech, 2016.

19. Served as Co-Chair of “Manufacturing Systems” session at SME NAMRC conference, Virginia Tech, 2016.

9.4. UNIVERSITY AND DEPARTMENTAL SERVICE

1. Served as the Chair of the “Academic Leave Committee”, November 2002 – 2004. 2. Served in the University Graduate Review Committee for Professional Programs,

December 2002 – 2004. 3. Served as the Director of Industrial Engineering Laboratories (1991 - 2001). 4. Served as “Industrial Engineering Program Director” from October 1999 –2002

Responsible for overall administration of the Industrial Engineering Program. 5. Served in the Search Committee for the “Ohio Eminent Scholar position in Advanced

Manufacturing” August 2000 – October 2004.


6. Served as the Director of Graduate Studies in Industrial Engineering 1996 – December 2000. – Responsible for all Graduate Affairs pertaining to the Industrial Engineering Program.

7. Served as the Co-Director of Engineering Design Clinic 1998 – June 2002 – Responsible for coordinating the activities of the senior capstone Design course for Industrial and Mechanical Engineering students.

8. Served as the Chair of the Faculty Search Committee for the “Quality/Production Control” position in Industrial Engineering. July 2000 – 2001.

9. Served as the Chair of IE Faculty Search Committee for “Operations Research” position May 1999 – December 1999.

10. Served as the Chair of IE Curriculum Committee May 1999- 2002 11. Served in the University committee on Human Research (from 1993- 1995 Summer). 12. Served in the MINE departmental Course and Curriculum Committee 1991 - 1993. 13. Member of the ABET committee for Industrial Engineering 1990 – 2003. 14. Served as the Faculty Advisor for Student Chapter of Institute of Industrial Engineers

(University of Cincinnati) from 1990 - 1992. 15. Served as chair of “PACE Design and Manufacturing” faculty search committee. 16. Served in the Dean’s advisory committee on College of Engineering and College of

Applied Science merger. 17. Served in the committee to reappoint ME Department Head, 2010. 18. Served in the Decanal Review Committee - 2010. 19. Serving in the Reappointment, Promotion and Tenure Committee of the College of

Engineering and Applied Sciences 2012 - 2013. 20. Serving as Chair of Reappointment, Promotion and Tenure Committee of the

College of Engineering and Applied Sciences 2013 - 2016. 21. Served as Chair of Materials Science faculty Search committee 2015- present

Documents

Sam Anand 2016 CV - Mechanical Engineering Anand_2016_CV.pdf · Sam Anand CV – Page 1 SAM ANAND Professor of Mechanical Engineering, Department of Mechanical and Materials Engineering