Search Results

This paper describes the use of axiomatic design to create an academic program which targets the needs of the automotive industry-especially local industry. Creative and innovative engineers and technicians are needed to design, develop, and maintain the vehicles and transportation systems of the future. The design of a new program is presented using axiomatic design to establish multiple levels of customer needs, functional requirements (FRs), associated design parameters (DPs), and resulting design matrices (DMs) that clearly define the program. The curriculum for a two-year automotive technology program is enhanced by partnering with a four-year mechanical engineering program, local and national industries, and local secondary school programs. The paper also discusses potential complexities of the proposed program design and implementation and mitigation strategies.

With shrinking energy reserves, and rising concerns for the environment, the need for clean-burning, fuel-efficient vehicles is greater than ever. The Texas Tech FutureCar project is part of a nationwide effort to develop the car of tomorrow. Texas Tech University has chosen to develop a hybrid electric vehicle (HEV) using a Proton Exchange Membrane (PEM) fuel cell as its primary power source. The system includes on-board batteries for energy storage, as well as a 140kW (188hp) dual AC Induction Motor drive system. This paper discusses the design and implementation of the 1998 Texas Tech FutureCar.