Dr. Muhammad Kehnemouyi
Dr. Muhammad Kehnemouyi holds an MS and PhD in mechanical engineering from The George Washington Universitynew window and a BS degree in chemical engineering from Tehran Polytechnic Institute. He is a registered professional engineer (PE) since 1988. In 1983, he joined Montgomery College's Department of Physics, Engineering, and Geosciences. He became the chair of that department in 1999. He is currently collegewide dean for Science, Engineering, and Technology.
Kehnemouyi has brought national recognition to the engineering program at Montgomery College. Under his leadership, there has been considerable growth in engineering enrollment during the past several years. His leadership has contributed significantly to the articulation agreements in place with many of Montgomery College’s regional receiving schools of engineering. He helped developed memoranda of understanding with Montgomery County Public Schoolsnew window, Georgia Institute of Technologynew window, and George Washington Universitynew window. He has served for five years as the Academic Program Director of the Johns Hopkins Universitynew window Summer Program for Engineering, further demonstration of organizational and project management skills.
Kehnemouyi has considerable experience as a process engineer (chemical) for the Iran aircraft industry, as consulting engineer in the private sector, as an adjunct professor at Johns Hopkins Universitynew window, and George Washington Universitynew window, and as curriculum and materials developer, focusing on modifying and revising Montgomery College’s engineering courses to reflect changes at University of Maryland College Parknew window, Georgia Institute of Technologynew window, and other four-year universities. He is an active member of the American Society of Engineering Education (ASEE)new window and the American Society of Mechanical Engineers (ASME)new window, conducting numerous presentations at the ASEE national and international meetings.
A recipient of the NISOD (National Institute for Staff and Organizational Development) Excellence award and the Montgomery College outstanding faculty award, Kehnemouyi was a nominee for the 2005 David R. Pierce Faculty Technology Award sponsored by American Association of Community Colleges (AACC) and Cisco Systems and has been recognized by MCPS several times for outstanding volunteer service. He has taught most of the engineering courses including: Introduction to Engineering Design, Statics, Dynamics, Mechanics of Materials, Thermodynamics, Fluid Mechanics, Heat transfer, Numerical Analysis, and Engineering Physics sequence.
Kehnemouyi is the author of several publications in the field of engineering education. He is currently serving a five year term as member of advisory board of Journal of Engineering Education (JEE)new window. He has been a project team member in an ASEE initiative to promote broad-based discussions on the role and importance of engineering education within the society. The report entitled "Creating a Culture for Systematic and Scholarly Engineering Education Innovation"new window is currently posted on the ASEE website.
Kehnemouyi helped to obtain $406,720 in federal funding from U.S. Department of Education to equip six set up of wireless mobile classrooms to serve the engineering and computer science programs both on and off campus. He served as the principle investigator for the Fund for Improvement of Post Secondary Education (FIPSE) grant. This $471,142 grant from U.S. Department of Education focused on increasing the number of underrepresented students in engineering. The project was highlighted in the FIPSE Newsletter (PDF, ) , a national newsletter published in August 2010. Kehnemouyi's leadership, as co-principle investigator, also helped to secure two four-year, $600,000 grant from the National Science Foundation (NSF) Scholarships in Science, Technology, Engineering, and Mathematics (S-STEM) for “ACCESS Engineering and Computer Science” (Achieving Community College Excellence, Success, and Scholarship in Engineering and Computer Science). Each year, this scholarship program supports over fifty promising engineering and computer science students at Montgomery College as well as a select group of MC transfer students.
- BS, Chemical Engineering, Tehran Polytechnic Institute, 1976
Thesis Topic: An estimate of oil gas reserves and profitability analysis using Monte Carlo Techniques
- MS, Mechanical Engineering, The George Washington University, 1979
- Ph.D. Mechanical Engineering, The George Washington University, 1996
Dissertation Topic: Theoretical and experimental investigation of the steady flow Ejector-Compression Refrigeration System utilizing steam as working fluid
- Registered Professional Engineer (PE) since 1988
- Recipient of NISOD (National Institute for Staff and Organizational Development) Excellence Award
- Recipient of Montgomery College Outstanding Faculty Award
- Nominated by Dr. Charlene Nunley for the 2005 David R. Pierce Faculty Technology Award sponsored by American Association of Community Colleges (AACC) and Cisco Systems
- Recognized by MCPS several times for outstanding volunteer service
- Co-principle investigator for the CyberCorps Scholarship for Service (SFS)
- CyberCorps scholarship provides four (4) qualified students with $22,500/year each for full tuition, book costs, professional development funds, and living stipend for their final year at Montgomery College and then for two years at the UMBC.
- Obtained $406,720 in federal funding (Department of Education) to equip six set up of wireless mobile classrooms to serve the engineering and computer science programs both on and off campus. November 2004
- The principle investigator for the FIPSE (Fund for Improvement of Post Secondary Education) grant. A $471,142 grant from U.S. Department of Education to increase the number of underrepresented students in engineering. December 2006
- Helped obtain two four-year $600,000 grant, as co-principle investigator, from the National Science Foundation (NSF) Scholarships in Science, Technology, Engineering, and Mathematics (S-STEM) for “ACCESS Engineering and Computer Science” (Achieving Community College Excellence, Success, and Scholarship in Engineering and Computer Science).
- Co principle investigator for the NSF CSEM grant.
- Co principle investigator for the NSF TUES grant with UMD, Mechanical Engineering Department entitled” A Structured Course Series for Enhancing Student Interest in STEM Subjects and Inspiring Students to Succeed in STEM Careers” submitted to NSF, May 26th, 2010
- Co principle investigator for NSF CCLI Phase 1 grant entitled: Title: “Feasibility of an Engineering Science Associate’s Degree for Migration from 2-Year to ABET 4-Year Engineering Programs. A model community college associate’s degree program”. Submitted to NSF July 2009
- Community College as the Starting Point. In the article entitled "STEM and the Community College (PDF, ) ," which appears in the Digital Edition College Planning & Management, Dr. Muhammad Kehnemouyi, Professor and Chair, points out the advantages Montgomery College's small class sizes taught by professors rather than TAs. Gone is the stigma of spending the first two years of college at a community college, as Montgomery College produces an impressive rate of transfer to four-year institutions, including University of Maryland, Georgia Tech., MIT, and The George Washington University.
- Montgomery College engineering program featured, in engineering journal, as " largest engineering transfer program in the nation". The article is entitled, "Community Colleges Gain Larger Role in Developing Engineering Talent" and is in the April '09 Edition of , PE, the Magazine for Professional Engineers, published by the National Society of Professional Engineers. In the article, Dr. Muhammad Kehnemouyi, Professor and Chair, comments on the high success rate of engineering transfer students from Montgomery College to four-year institutions.
- Montgomery College engineering program featured in PRISM journal, as a community college that is "Geared To Busy Lives" and "Eases the Transition". Prism, the online journal of the American Society for Engineering Education (ASEE), features comments on aspects of Montgomery College's role in engineering education from Dr. Muhammad Kehnemouyi, Professor and Chair, and retired professor (now part-time) transfer advisor, Dr. Donald Day.
- MC Engineering Program featured in the Chronicle of Higher Educationnew window. Community colleges are working to fill a growing need for engineers by creating programs that help students go on to four-year programs. The article highlighted Montgomery College's own efforts to work with other colleges and universities to create a statewide transfer agreement and to advise and prepare students.
- On October 30, 2018 at the NAE annual meeting in DC, Montgomery College was accepted as the first community college to have a Grand Challenges Scholars Program. Dean Muhammad Kehnemouyi spoke at the conference about the demands and rewards of developing a GCSP at a two-year institution.
- “Successes and Challenges for a Model Two-Year College Engineering Transfer Program in Supporting Student’s Completion of an Associate of Science Degree” Maryland Association of Community Colleges Summit, Dec 2013
- Co-presented paper titled: "The Value of ASEE Membership Especially Relate to Faculty at Two-Year Institutions", ASEE mid-Atlantic Meeting, NYC, NY, April 27, 2013
- “Student success and degree completion of underrepresented groups in STEM programs via grant-funded projects”, Maryland Association of Community Colleges Summit, Dec 2011
- Journal of Engineering education meeting, ASEE annual meeting Louisville, KY, June 2010
- The first annual PLTW national innovation summitnew window, Washington DC, Oct 20-22, 2010
- Presented paper titled: “Engineering your future” at ASEE annual meeting in Austin Texas, (June 2009)
- ASEE Engineering Dean’s Council Public Policy Colloquium, Washington DC, Feb 17, 2009
- Presented a paper at the ASEE international meeting in Sydney, Australia titled: “Bringing engineering to high school honor students”. (Oct 2005)
- Presented a paper at the AMSAT-NA 23rd space Symposium and annual meeting in NASA Goddard titled: “Montgomery College’s Parabolic Antenna Project” (May 2005)
- National Academy of Engineering, July 2004. The three day workshop entitled “Enhancing the Community College Pathway to Engineering Careers”
- “Montgomery College Engineering Ambassadors and Teachers (M.E.A.T) Program for K-12 students”, Kehnemouyi, Abanulo. ASEE annual conference and exposition, Indianapolis June 2014
- “The Value of ASEE Membership Especially Relate to Faculty at Two-Year Institution” Kehnemouyi, Walter W. Buchanan, Texas A & M. ASEE Mid-Atlantic conference, New York, April 2013
- “A Successful Engineering Program Story” , Kehnemouyi, Hou. Poster session at Stemtech conference, Atlanta October 2013
- “Engineering your future project for High School Students”, Kehnemouyi, Abanulo. ASEE annual conference and exposition Austin, June 2009
- “Use of 3D Printing in Teaching Engineering Design”, Kehnemouyi, Schuster, Zhang
- “Bringing Engineering to High School Honor Students”, Kehnemouyi, Storck, Sharon, ASEE Global Colloquium, Sydney, Australia, Oct 2005
- "The Value of ASEE Membership Especially Relate to Faculty at Two-Year Institutions", co-authored along with Prof. Walter W. Buchanan, Texas A & M, ASEE, April 2013
- Introduction to Engineering Design Laboratory Manual (Montgomery College, August 1997)
- Introduction to Excel 4.0 for Windows, Student Manual (Technical Assistance & Training Corporation, January 1993)
- Role of Electronic Spreadsheet in Mechanical Engineering (ASME, September 1992)
- Thermal Performance Characteristics of a 208 PGA Package as a Function of Design Parameters (Applied Computations, Inc., September 1992)
- Stress Distribution on the Silicon Die (Applied Computations, Inc., August 1991)
- An FEA report on the mother board summarizing the stress distribution as a function of the resonant frequency (Applied Computations, Inc., March 1997)
- Life cycle analysis comparing the fatigue life of TQFP solder joints with copper and alloy 42 lead frames (Engineering Analysis Technology, March 1997)