Dr. Erlandson has a Ph.D. in Biomedical Engineering from Case-Western Reserve Univeristy and a B.S. degree in Electrical Engineering from Wayne State University. Dr. Erlandson directs the efforts of the Enabling Technologies Laboratory. These include:
- research on the development and application of accessible design principles and strategies
- workshops and seminars on process improvement techniques and their relationship to accessible design
- workshops and seminars on agile/flexible devices and their relationship to accessible design
- community service and consultation with respect the application and utilization of accessible design principles in vocational and educational settings
- student design projects that design and deliver products and services addressing community needs
- development of accessible design curriculum material for undergraduate engineering programs
Current financial support for the ETL is from a contract with Region IV, the eight Intermediate School Districts in southeastern Michigan: Jackson, Lenawee, Macomb, Monroe, Oakland Schools, St. Clair, Washtenaw, and Wayne RESA; and three NSF grants: 1) BSE 9707720, from the Bioengineering/Rehabilitation Program for Student Design Projects, 2.) DUE 9972403 pilot study for the development of accessible design material, 3.) DUE 0088807 for the development of accessible design curriculum material.
Dr. Erlandson’s other research activities involve the theory and application of decision-making methodologies as well as data analysis techniques. Applications areas for the decision-making and data analysis research include: sleep disorders, analysis of electromyographic signals, and resource allocation in public school systems. He has pioneered the use of service robots for use in rehabilitation therapy. He has also worked on the design and development of bio-instruments. More recently, he has been working on the development of decision-making methodologies utilizing multi-valued logic and non-parametric techniques. Dr. Erlandson was also guest editor for a special section on rehabilitation robotics in the IEEE Transactions on Rehabilitation Engineering, March 1995.
Dr. Erlandson is Chairman of the ECE Department’s Undergraduate Committee. In addition to teaching introductory circuit courses, Dr. Erlandson teaches design classes (ECE 5370 and ECE 5380) and an enabling technology class (ECE 6100) cross-listed among – Electrical and Computer Engineering, Biomedical Engineering, Occupational Therapy, and soon Education.
Dr. Erlandson has received numerous awards for his teaching and educational activities, including Teaching Excellence Awards in 1994 and 1998. Most recently, Dr. Erlandson and the ETL were awarded the 2000 Michigan Campus Compact Faculty/Staff Community Service-Learning Award. This award is given to recognize exceptional programs at the 31 participating Michigan colleges and universities, that engage or influence students to be involved in community service or service-learning through modeling, influence, or instruction.
In addition to his academic experience, Dr. Erlandson has worked at Bell Telephone Laboratories where he was actively involved in their “In-Hours Continuing Education Program” and worked in the Advanced Software Systems Group. He was also on loan from the university to serve as Vice President for Research and Technology Development for the Metropolitan Center for High Technology, one of three economic development centers established by the State of Michigan.
Mechatronics, enabling technology