Trainees in this program will combine the disciplines in order to attend to intricate problems with human-centered options.
The Design Group's viewpoint combines an emphasis on imagination, innovation and style method with an issue for human worths and the needs of society. Diversity, among the Design Group's strengths, is needed to keep a leadership position in the quickly altering world of design and manufacturing. The Style Group's varied interests are reflected in the following areas of teaching and research: assistive technology human-machine user interfaces bio-inspired style scientific instrument design biofluid dynamics concept visualization computer-aided design interaction style controls kinematics creativity life-cycle engineering design analysis device design style for manufacturability & quality production technology design theory & approach medical gadgets dynamics & simulation micro-electromechanical systems (MEMS) vehicle dynamics optimization engineering education organizational development speculative mechanics & stress analysis product style tiredness and fracture mechanics rapid prototyping finite element analysis rehab haptics robotics high-speed devices robust design optimization.
Info about the Lee College of Engineering's Multidisciplinary Senior citizen Style Program can be found on the Senior Design Website.
The Mechanical Engineering Technology program is certified by the Engineering Technology Accreditation Commission of ABET, . This program includes courses that are directed at both computer-aided manufacturing and computer-aided style and drafting. Individuals thinking about producing technology apply fundamental concepts of mechanical style and production processes to new and existing production systems.
Computer-aided design and drafting is a vital element of the style treatment; courses focus on computer system graphics and applied mechanical design. The goal of the Mechanical Engineering Technology significant is to provide trainees with a well-rounded, fundamental and application-oriented education concentrated on the knowledge of existing and new advancements in Mechanical Engineering Technology.
To accomplish this objective, the Mechanical Engineering Innovation program is committed to achieving the following goals for all students. Offer product development company -oriented program that prepares trainees for productive employment. Emphasize the most recent technological developments in computer-aided drafting, computer-aided style, and computer-aided manufacturing. Students should be able to use analytical strategies and vital thinking abilities at the level needed for their expert practice.