Engineering Education - What We Do
Five Core Technologies
To promote strategic growth, Engineering Education is focused on creating and supporting programs and initiatives that support ASME’s Five Core Technologies:
Pressure Technology: The technologies applicable to the design, materials, fabrication, examination, installation, commissioning, and maintenance of pressure equipment
Clean Energy: The technologies for electric power generation, storage, distribution and usage, while minimizing the impact on the environment
Bioengineering: The technologies associated with application of the engineering processes in developing products, pharmaceuticals, biologics, cosmetics, food supplements, the prevention and treatment of disease
Robotics: The technologies for industrial machine systems and emerging areas, such as service robots, drones, and autonomous vehicles
Standing Committees: The standing committees for ASME Engineering Education provide great opportunities to engage in outreach and advocacy for mechanical engineering. These committees include:
- Committee on Engineering Education (CEE)
- Committee on Engineering Accreditation (CEA)
- Committee on Engineering Technology Accreditation (CETA)
- Mechanical Engineering Department Heads Executive Committee (MEDHExCom)
- Mechanical Engineering Technology Leadership Committee (METLC)
Awards & Fellowships: ASME offers several engineering education-based awards and fellowships for the mechanical engineering community. These awards and fellowships include: