Engineering concepts and methods used with biology, medicine & health sciences to effect solutions to biological, medical & healthcare problems.
Industrial and manufacturing theory and applications of electronics, controls, communications, instrumentation, and computational intelligence.
Advance knowledge in the theory, methodology and practice of measurement, and in the design, development and evaluation of measurement systems.
The fundamental development, design, and application of magnetic devices including magnetic materials and phenomena.
RF, microwave, guided wave and wireless technologies, for wireless, sensing, digital, medical, and integrated smart and phased array antenna systems.
All aspects of opto-electronic and photonic materials, devices, and systems; from R&D to design, manufacture and applications.
Attaining reliability, measuring, and maintaining it through the life of the system; availability, liability, quality, and system safety.
Applied and theoretical issues in robotics, intelligent machines and automation, emphasizing efficiency, productivity, quality, and reliability.
Design, implementation, and application of solid-state integrated circuits; including computers, communications, signal processing, optoelectronics.
Integration of the theories of communication, control, cybernetics, systems, and human-factors engineering.