Dr. Rubaiyet Iftekharul Haque

Main Responsibilities: Development of ice lithography setup with new gas injection system and cryogenic stage. Design and development of 3D micro-coil neural prosthetic using nanoscale 3D printing technique, namely, ice lithography. Characterization of the neural prosthetic.

Main Responsibilities: Synthesis, study and optimization of carbonblack-silicone composites for their piezoresistive properties. Design and development of smart shoe insole with piezoresistive sensors for gait analysis along with the development of readout electronics.

Main Responsibilities: Design and development of wearable sweat sensors. Use of paper fluidics and flexible microfluidic. Developing fabrication methods for flexible sensor prototypes.

Main Responsibilities: Design and optimization of the capacitive sensor suitbale for detecting foil position and foil edges gap or overlapping. Development of the sensor using inkjet printing technique.

Main Responsibilities: Design and development of triboelectric device to harvest wind flow energy in the pipes. Development of wind flow setup and characterization of generator.

Main Responsibilities: Design and development of triboelectric device to harness mechanical/kinetic energy from human body motions. Development of mechanical and electrical characterization setups to study the triboelectric properties.

Main Responsibilities: Designing of capacitive acoustic resonant sensors. Developing the fabrication process flow employing printed electronics method.

Main Responsibilities: Synthesis of advanced functional nanostructure of 1D nano lead free ferroelectric (FE) and multiferroic composites with CNTs. Exploitation of low cost hydrothermal / chemical methods to grow FE on CNTs.

Main Responsibilities: Development of cold extrusion system. And test of deposition of single-phase channel waveguides based on sol-gel process.