Andrew W. Otieno

Professor, Technology
Email:
otieno@niu.edu
Tel: 815-753-1754

Education

  • M.S. (1985) in Industrial Engineering, University of Sierra Leone
  • Ph.D. (1994) in Mechanical Engineering, The University of Leeds, UK

Research Interests

Machining analyses/experimental studies; Micro-machining; Automation; Finite element modeling, Structural health monitoring, Machine Vision applications.

Work Experience

  • Department of Technology, NIU (2000-present)
  • Intelligent Systems Center, University of Missouri-Rolla (1998-2000)
  • Lecturer/ Senior Lecturer, University of Nairobi, Kenya (1985 -1998)

Professional Associations and Honors

ASEE, ASME, SME, NSBE, EPT.

Selected Publications

  • K.A. Rosentrator and A.W. Otieno (2006) Considerations for Manufacturing Bio-Based Plastic Products, Journal of Polymers and the Environment, 14(4), pp. 335 - 346.
  • A. Otieno, C. Pedapati, X. Wan and H. Zhang, (2006) Imaging and Wear Analysis of Micro-tools Using Machine Vision, 2006 IJME-INTERTECH International Conference, October 19-21, 2006, Kean University, Union, N.J.
  • Otieno and C. Mirman (2006) Machine Vision Applications in Plastics Injection Molding : A Case Study of Automated Inspection, J. of Eng. Technology, Spring 2006, pp.26 - 31.
  • Otieno, A., Azad, A.K.M. and Balamuralikrishna, R. (2006) Creating a Bridge to Simulate Simultaneous Engineering Experiences for Senior Undergraduate Students - Description and Reflection on a Case Study at Northern Illinois University, European J. of Eng. Ed., 31(2), pp. 181 – 189.
  • H.O. Nyongesa, A.W. Otieno and P.L Rosin (2001) Neural Fuzzy Analysis of Delaminated Composites from Shearography Imaging, Composite Structures, 54, pp. 313-318.

Research Projects

  • More than $75K in grants and research activities since 2000.
  • Illinois Science and Math Partnership (IMSP) for summer in-service activities with middle and elementary school teachers
  • Verizon Foundation SMILE project for middle and high school summer educational activities
  • Tool imaging and machinability studies for micromachining applications under the ROCK project
  • Manufacturability of plastics filled with ethanol processing corn co-products funded by USDA

Other Significant Projects/Interests

  • Consulting with local companies (analysis of wind loads on gates; design and installation of an automated sled)
  • Thin film thermocouple applications for measurement of temperature in high speed machining (in collaboration with T. Obikawa at Tokyo University)
  • Analysis of tool wear in near dry machining of difficult to machine materials (in collaboration with T. Obikawa at Tokyo University)

 

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