Problem Solver
Bharathidasan Sugumaran
Areas Bharathidasan Sugumaran is Knowledgeable in:
- Microstrip antenna design
- Antenna design using fractal geometry
- Millimeter wave Antenna design
- On Chip antenna design
- High impedance surfaces for antenna and chip applications
- Microwave and millimeter wave Photonic Band Gap structures
- Photonic Band Gap filter design
- Microstrip filter design
- Training engineers in antenna design, fabrication and measurement
- Antenna design using fractal geometry
- Millimeter wave Antenna design
- On Chip antenna design
- High impedance surfaces for antenna and chip applications
- Microwave and millimeter wave Photonic Band Gap structures
- Photonic Band Gap filter design
- Microstrip filter design
- Training engineers in antenna design, fabrication and measurement
Techniques Bharathidasan Sugumaran Uses:
- Microwave theory, antenna theory, transmission line theory and journal's to formulate a mathematical model
- Computational electromagnetic packages to design, simulate and optimize
- Network analyzer and anechoic chamber to test the device
- Computational electromagnetic packages to design, simulate and optimize
- Network analyzer and anechoic chamber to test the device
Bharathidasan Sugumaran's Problem Solving Skills:
- Research and development of High impedance surfaces , Photonic band gap structures, Bi-anisotropic media
- Computational electromagnetic packages - Ansoft HFSS, Zeland IE3D, CST Microwave studio, Agilent ADS
- Training engineers and students in computational electromagnetic packages, planar antenna design, fabrication and measurments
Bharathidasan Sugumaran's Problem Solving Experience:
- - Designed a 60 GHz microstrip ring bandpass filter for high speed wireless links
- - Developed a method to extract the effective dielectric constant and relative permeability of a multi layer substrate over a wide frequency range
- - Developed a microstrip fractal ring antenna using a novel feeding technique, that provides multiple frequency band over a wide frequency range for secured wireless applications.
- - Developed a 60 GHz antenna on a CMOS 65nm process technology for WPAN applications
- - Developed a model to quantify the performance of the antenna on Chip, fabricated on CMOS 65nm process technology