This field of study is concerned with the applications of physics principles to develop innovative technological solutions for industrial, scientific and medical purposes. Specific research in this field includes theory, simulation, and instrumentation of electromagnetic wave propagation at microwave frequencies focusing on the development of microwave sensors for agricultural applications. There are also interests in the design and analysis of RF and microwave passive devices that include work on material selection and characterisation, circuits design, fabrication and testing of the final device.
Other research interests include fabrication and characterisation of photonic materials and sensors that are important in optical communication and medical and bio-photonics applications. Other emerging research work includes the development, simulation and analytical study of novel mid-infrared fibre laser sources that can emit laser at mid-infrared (2000 nm up to 3000 nm) wavelength regimes. Laser at these wavelengths have various newly emerging applications in the eye-safer region such as free-space optical communications, laser range-finding, bio-photonics optical sensing as well as in the military.
Direncanakan September 2024
Universiti Putra Malaysia
SERDANG,
Selangor,
43400, Malaysia
Master degree with thesis in the same field applied
Master degree with thesis in a related field applied
Master degree without thesis
An outstanding Bachelor's degree with minimum CGPA 3.750 or equivalent to a First Class degree.
For applicants with one of the following
550 for the TOEFL Paper-based Test (Academic Version); or
Band 6.0 for IELTS (Academic Training); or
79-80 for TOEFL Internet-based Test (Academic Version); or
Level 109 for CIEP at ELS Language Centre; or
Any English Language Test which is equivalent to B2 in Common European Framework of Reference for Languages (CEFR)