Professor and Chair, Department of Technology
NIU Presidential Engagement Professor (2011)
- Ph.D. Mechanical Engineering, University of Illinois at Chicago, 1990
- M.S. Mechanical Engineering, University of Illinois at Chicago, 1987
- B.S. Mechanical Engineering, University of Rochester, Rochester, NY, 1983
Manufacturing analysis, Micro-machining; Automation and robotics, Finite element analysis, Kinematic Analysis, Mechanical Design, and Industrial Outreach
- Department of Technology, Northern Illinois University, 1999-present
- Department of Mechanical Engineering, Wilkes University, 1991-1999
- Motorola, Inc., 1983 – 1985
Professional Associations and Honors
- Member of Society of Manufacturing Engineers
- American Society of Engineering Education
- Served as expert witness for seven different legal cases
- Served as an engineering consultant for over twenty companies in the areas of structural integrity and design
- Has made numerous invited presentations to industrial groups on topics including analysis of plastic closures, technical writing, design and analysis of staging systems
- Awarded four patents
- Target Faculty Advisor Award, May 2010
- NIU representative to Illinois Board of Higher Education, Technology Articulation Panel, 2001-present (Committee Chair 2002-present)
- Member, Development Committee for the Institute for the study of Environment, Sustainability and Energy, 2009-present
- Sits of five community college advisory boards
- Plastic Analysis-Design of Bottle Closures Using Finite-Element-Analysis. Presented at Southwestern Missouri State University, April 2002
- Technology Education-Invited presentation made to the Tooling and Manufacturing Association on educating students in the areas of manufacturing, presented at TMA, November 2010
- SMMA-The Motor & Motion Association and Electric Motor Education & Research Foundation University Roundtable-Invited presentation on use of motors and motion control in Undergraduate Engineering and Technology Education-And Industry/Academic Partnership. Presented at SMMA Annual Conference, Charlotte, NC, November 2011 and May 2012
Funded Research Projects
- Project SMILE, Funded by Verizon Foundation. 12/04 – 12/08. Developed and offered a series of engineering content modules offered to students at regional junior high schools to provide information and interest in careers in engineering. Total amount awarded - $50,000
- Research and Development of Micromachining concepts and Equipment. Funded through a grant from the U.S. Army, TACOM (Obtained through College). 5/05-5/06. This project was one of a group of projects involved in the micromachining realm. Served as the project manager and researcher in the development of a light-weight machining platform to support micromachining center. The platform uses a combination of materials with passive and active damping to remove all vibration from this precise application – Total amount awarded - $200,000 (Approx).
- Aurora Teacher Education Training. Funded through Illinois Board of Higher Education (with Zollman and Otieno), 4/05 – 4/06. Partially developed and administered summer training program for 20 middle school teachers in the area of math and science. Total amount awarded - $125,000.
- Glen Ellyn Teacher Education Training. Funded through Illinois Board of Higher Education (with Zollman and Otieno), 4/05 – 4/06. Partially developed and administered summer training program for 38 school teachers in the area of math and science. Total amount awarded - $140,000.
- Development of Technical Writing Skills Training. Funded by Baxter Healthcare (with Otieno and Jacky), 5/06-12/06. Developed a series of short courses and on-line courses for Baxter on the topic of technical writing. The short courses were delivered to groups of their technical employees. Total amount awarded - $60,000.
- Research and Development of Micromachining Concepts and Equipment. Funded through a grant from the U.S. Army, TACOM (obtained by College). 8/07-present. This project was a sub-project within the federal grant received by NIU and it is involved in the micromachining realm. Served as the project manager and lead researcher in the development of a low cost micromilling machine. The machine was developed using state of the art hardware and software to create 3-D parts with 2-3 micron accuracies. Project also utilizes dimensional metrology techniques to ensure needed manufacturing accuracy. Total amount of sub-project - $250,000.
- Research and Development of Energy Efficiency in the Railroad Industry. Funded through a grant from the U.S. Department of Energy. 8/08-12/09. Serve as the PI (with Vohra) on this project which seeks to develop energy efficiency in this industry. This project deals with bio-based fuels, fuel-cell application, thermal efficiency, novel uses of materials, and tribology. The overall goal is to utilize new technologies in an older established industry. This project includes 11 engineering and technology faculty, as well as 10 graduate and 8 undergraduate students. In addition, it is spawning undergraduate senior projects in both areas, as well as several masters theses. Total amount awarded - $1.0 Million.
- Research and Development of Energy Efficiency in the Railroad Industry (Phase 2). Funded through a grant from the U.S. Department of Energy. 9/10-6/12. Serve as the PI on this project (with Vohra) which seeks to develop energy efficiency in the railroad industry. This project deals with bio-based fuels and new fuel development and efficiencies through reduction in friction and wear on components. This project includes 6 engineering and technology faculty, as well as 15 graduate and many undergraduate students. Total amount awarded - $1.0 Million.
- Operation ETank: Moving Toward a Sustainable World – Funded by the National Science Foundation, from 4/12 – 4/16 - An Undergraduate Educational Research Award (with Changnon, D., Freeman, L., Rigg, L., and Spears, J.). Developing research interests in Undergraduate STEM students from across the country. Total amount awarded - $515,542.
- Development of Engineering Technology program for University of Malaysia – Funded by the University of Malaysia, Pahang (with Ghrayeb and Vohra) from 6/12 – present – Developed complete model for undergraduate programs in Manufacturing Engineering, Electrical Engineering Technology, and Energy and Environmental Technology programs in Malaysia. Total amount awarded - $240,000 (first two phases).
- MacFarlane, Visser, Athinarayanan, and Mirman: Power Testing: Preliminary Validation of the PowerTool. Proceedings of the International Sport Biomechanics Conf., San Francisco, CA.,June, 2001.
- Mirman, C.R. and Sichler, T: An Automated Failure Detection System for Manufacturing Television Picture Tubes. Proceedings of the 5th Int. Conference on Engineering Design and Automation, Las Vegas, Nevada, August 2001.
- Mirman, C.R., and Otieno, A.: An Integrated Automation Laboratory Experience in the Manufacturing Engineering Technology Curriculum. Proceedings of the 5th Int. Conference on Engineering Design and Automation, Las Vegas, Nevada, August 2001.
- Otieno, A. and Mirman, C.R.: An Advanced Vision Laboratory for Manufacturing Engineering Technology Students. Proceedings of the 2002 ASEE Annual Meeting, Montreal, Canada, June, 2002.
- Mirman, C.R., Sawyers, D., and Smith, B: Design of a Self-Erecting Flip-Stage. ASEE Journal of Engineering Technology, Spring, 2002, Vol. 19, No.1, Pgs. 32 - 42.
- Otieno, A. and Mirman, C,: A Laboratory Based Programmable Logic Controller (PLC) Course for a Manufacturing Curriculum. Proceedings of the 2003 ASEE Annual Conference, Nashville, TN.
- Mirman, C.R., Pedapati, C., Wan, S., Zhang, I: Development of a Micro-Machining Support Platform. Proceedings of the 2006 IJME-Intertech Conference, New Jersey, September, 2006.
- Otieno, A. and Mirman, C.: Machine Vision Applications in Plastic Injection Molding: A Case Study of Automated Inspection. ASEE Journal of Engineering Technology, Spring 2006.
- Mirman, C.R., Kyselica, S., Johnson, R., Ocheriah, S., and Witte, D.: A Low-cost Approach to Micro Machining. Proceedings of the 2007 Defense Manufacturing Conference (DMC), Las Vegas, NV, December 2007.
- Mirman, C.R., Generose, E., Tatara, R., and Cesarotti, D.: Computer-Aided-Engineering of a New Generation of Plastic Bottle Closures. Journal of Engineering Technology. Spring 2008.
- Otieno, A. and Mirman, C,: Finite Element Analysis of Cutting Forces and Temperatures on Microtools in the Micromachining of Aluminum Alloys, Proceedings of the 2008 IJME Conference, Nashville, Tennessee, November 2008.
- Mirman, C. and Otieno, A.: Low-Cost Micromachining Development and Application for Engineering and Technology Education, Proceedings of the 2009 ASEE Annual Conference, Austin, TX, 2009.
- Otieno, A. and Mirman, C.: Micromachining: A New Concept for Manufacturing Engineering Education, Proceedings of SEFI (European Society for Engineering Education) 2009 conference, Rotterdam, Netherlands, July 2009.
- Chundurua, S.P., Kim, M.J., and Mirman, C.R.: Failure Analysis of Railroad Couplers of AAR Type E, Journal of Engineering Failure Analysis, volume 18, issue, January 2011.
- Otieno, A., Mirman, C.R., Sciammarella, F., and Cesarone, J.: Development of low cost micromachines and machinability studies at Northern Illinois University. Proceedings of the 5th International Conference on MicroManufacturing (ICOMM 2010), Madison, Wisconsin, April 2010.
- Mirman, C.R., Lenczewski, M. and Rigg, L.: An Approach to Developing Interdisciplinary Energy and Environmental Programs. Presented at the 2012 ASEE Annual Conference, San Antonio, TX., June 2012.
- Mirman, C.R., Otieno, A., and Schroeder, D.: Application of Solid Modeling and Computer-Aided-Engineering Concepts in a Manufacturing Engineering Technology Program. Presented at the CAD2012 Conference, Niagra Falls, Canada, June 2012.
- Mirman, C.R., Sussman, M., and Deegan, S.: A Technical Degree Completion Program which Promotes Partnerships with Industry and Regional Education Centers in Rural Locations – A Long-Term Case Study. Proceedings of the 10th PASCAL Conference, Brest, France. October 29, 2012.