Large Scale Microfluidic Integration
Miniature Microscope
On-chip Valves
Automated Chip-to-World Fluidic Connectors
Hardware and Software for Microfluidics Control
Scalable and Automated Cell Culture Systems
On-chip Temperature Controllers
Reusable Chips
Nanopores for Molecular Filtration
Electrical Controlled Selective Filtration in Nanoporoous Graphene
Integration of Nanoporous Graphene Membranes in Microfluidics
Plannar Patch Clamps for Ion-Channel Measurements
Through Holes in Ultra-Thin Glass
High-Bandwidth Measurements of Small Currents
Multi-Layered Devices With Ultra-Thin Glass
Others
Machine Learning for Image Analysis and Reconstruction
Our work has been supported by grants from DST-Nanomission, SERB and IITH internal funding. The respective grants have been listed below along with the projects.
| Grant No. | Project | Funding | Duration |
|---|---|---|---|
| DST-Nanomission | Graphene Nanopores for Selective Molecular Filtering | 25L | 2018-2021 |
| SERB | A scalable and automated cell-culture system | 54 L | 2021-2024 |
| IITH SOCH-2 | (Jointly with Prof. Anamika Bhargava) Planar Patch-Clamp System | 36 L | 2022-2024 |