DrMuhammad Parambath
Post Doc Research Fellow Lvl I
School of Mechanical and Materials Engineering
- Post Doc Research Fellow Lvl ISchool of Mechanical and Materials Engineering
- University College Dublin, School of Mechanical and Materials Engineering
RESEARCH INTERESTS
His core research interests include:
Solid-State Nanopores & Micropores: Designing, fabricating, and optimizing solid-state pore chip technologies for biomolecular sensing, including advanced DNA sequencing and topology studies.
Advanced Nanofabrication & Scalability: Developing novel, high-throughput manufacturing methodologies to bypass traditional cleanroom bottlenecks and drastically reduce production time and costs.
Device Reliability & Yield Engineering: Utilizing systematic Root Cause Analysis (RCA) and failure analysis to identify electrical, thermal, and structural failure points in ultra-thin membranes and microheaters, optimizing them for commercial viability.
In-Situ Thermal & Conductance Modulation: Integrating localized micro-heating elements and stimuli-responsive mechanisms into nanoscale architectures to dynamically control molecular translocation and transport phenomena.
Localized Electrometry & Predictive Modeling: Developing alternative, high-sensitivity readout techniques (such as localized electric field sensing) through a combination of experimental workflows and multiphysics finite element analysis (COMSOL).
Translational Microfluidics: Optimizing the seamless structural and electrical integration of semiconductor chips into microfluidic flow cells for high-throughput, real-world biomedical and liquid biopsy platforms.