Project: Effects of niobium substitution on the structural, mechanical, electronic, and electrochemical properties of sodium-based perovskite for battery applications
Funded by: This research project was supported by the NSU CTRGC research grant fund [CTRG-24-SEPS-01] from North South University.
Objectives: Density Function Theory (DFT) simulation to study the impact of substituting niobium on the energy calculation for band gap and density of states, NMR, cycling, ion or molecular transport of perovskite. Then, the results will be compared with the experimental observation.
Project: Comparative study of the structural, mechanical, electronic, optical and thermodynamic properties of superconducting disilicide (T= Ga, Ni, In, Rh, Ta, Ir) by DFT simulation
Funded by: This research project was supported by the NSU CTRGC research grant fund [CTRG-23-SEPS-06] from North South University.
Objectives: Density Functional Theory (DFT) simulations to explore the structural, mechanical, electronic, and superconducting characteristics of Cesium-based ternary compounds CsT2Si2 (T=Ni, In, Ga, Rh, Ta and Ir). And studied their crystal phase, thermodynamic and dynamical stability.
Project: μCoilImpant: Additive Manufacturing for Implantable 3D Micro-Coil Array for Cortical Activation
Funded by: EuroTechPostdoc program, partially funded by the European Commission Marie Skłodowska-Curie Actions under Horizon 2020
Objectives: 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.
Project: D-SENSE - Digital Manufacturing of 3D Printed Wearable Sensors.
Funded by: Strategic Focus Area (SFA) Advanced Manufacturing program.
URL: Link
Objectives: 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.
Project: WeCare - Cognitive-multisensing wearable sweat biomonitoring technology for real-time personalized diagnosis and preventive health care.
Funded by: Swiss National Science Foundation (FNSNF).
URL: Link
Objectives: Design and development of wearable sweat sensors. Use of paper fluidics and flexible microfluidic. Developing fabrication methods for flexible sensor prototypes.
Project: Feasibility study of a use of capacitive sensor to detect the position and gap of foil overlapping
Funded by: Industrial projects.
Objectives: 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.
Project: Wind energy harvesting using triboelectric effect
Funded by: Industrial projects.
Objectives: Design and development of triboelectric device to harvest wind flow energy in the pipes. Development of wind flow setup and characterization of generator.
Project: "Body Powered SenSE"
Funded by: Swiss National Science Foundation (FNSNF).
URL: Link
Objectives: 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.
Project: SPINNAKER: Item-level sensing, anywhere anytime
Funded by: OSEO, France.
URL: Link
Objectives: Designing of capacitive acoustic resonant sensors. Developing the fabrication process flow employing printed electronics method.
Project: Project PTDC/CTM/104186/2008: "Ferroelectric - carbon nanotube (CNT) composites towards the fabrication of advanced functional devices"
Funded by: FCT, Portugal.
URL: Link
Objectives: 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.
Project: Low-cost cold extrusion system for single-phase channel waveguides based on sol-gel process
Funded by: Internship project
Objectives: Development of cold extrusion system. And test of deposition of single-phase channel waveguides based on sol-gel process.