- Functionalized 2D graphene and MXene nanocomposites-based prototype for CO2-to-C2 fuels electro-conversion with smart online monitoring sensor system.
Role: Lead Principle investigator Budget: 599k$
Grant number: NPRP11S-1221-170116.
- The Sunflower Effect: A Bio-Inspired Approach for Heat-Seeking 4D/3D Printed Solar Cells
Role: Principle investigator Budget: 599k$
Grant number: NPRP12S-0131-190030
- A noninvasive monitor to predict hypoglycemia in diabetes patients. Principle investigator.
Role: Principle investigator Budget: 599k$
Grant number: NPRP11S-0110-180247.
- Non-invasive method for early detection of Heart failure from MEMS based Biomedical sensors
Role: Lead principle investigator Budget: 60k$
Grant: IRCC_126-2020
- Manipulating reusable and self-disinfecting gloves to prevent COVID-19 transmission and designing an e-dustbin for gloves and masks
Role: Lead principle investigator Budget: 20k$
Grant number: RRC-2-063.
- Glycan profile analysis and enrichment towards diagnostics of breast cancer using advanced detection of cancer biomarkers.
Role: Principle investigator Budget: 25k$
Grant: IRCC_128-2020
- Smart, Snap-on Device for Detecting Aggressive Behaviors in Children with Autism during Meltdown Events
Role: Principle investigator Budget: 30k$
Grant: M-CTP-CENG-2020-4
- In Situ Mechanical and Electrical Characterization of Chalcogenide Thin films for High Temperature and Humid Climates Using Synchrotron Radiation
Role: Principle investigator Budget: 120k$
Grant: IRCC_2021 (Accepted from QU)
Role: Primary Research Mentor Budget: 5k$
Grant number: UREP23-116-2-041.
- An integrated NFC sensor for monitoring of concrete structures life span and oil/ gas pipeline leakage
Role: Primary Research Mentor Budget: 10k$
Grant number: UREP24-133-2-036
- Quantifying Reactive Oxygen Species (Like Nitric Oxide and Hydrogen Peroxide) in Exhaled Breath as Bio Fingerprints for Detection of Coronavirus
Role: Primary Research Mentor Budget: 30k$
Grant number: UREP 27-044-3-016
- 3D printed MXene based sensors for biomedical applications, Qatar University, Lead principle investigator.
Role: Lead Principle investigator Budget: 6k$
Grant number: QUST-1-CAM-2019-8.
- Fabrication of the heart rate sensor using photopolymer resin with 3D printing technology.
Role: Primary Research Mentor Budget: 5k$
Grant number: HSREP02-1227-190017
- Hydrogel sensors for the agricultural applications
Role: Lead Principle investigator Budget: 6k$
Grant number: QUST-2-CAM-2019-4
- IOT based Smart RFID Sensors for Detection of Volatile Organic Compounds (VOCs)
Role: Lead Principle investigator Budget: 5k$
Grant number: QRDG_2020
- Prediction of COVID-19 using Colorimetric sensor via smartphone app
Role: Lead Principle investigator Budget: 13k$
Grant number: QUCD-ER-CAM-2020-1
- Non-invasive wearable multisensory solutions towards diagnosing metabolic disorders: Diabetes, Hypertension, and Hyper Cholesteremia.
Role: Lead Principle investigator Budget: 83k$
Grant number: QUCG-ER-CAM-2021
- QSCare: A Smart Wearable AI-Based Cardiovascular Disease Detection System
Role: Principle investigator Budget: 130k$
Grant number: QUHIG-ER-CENG-2022
- Solar Cell Efficiency Improvement via Solar Panel Cleaning Though Automatic Robotic System Equipped with Self Powered Provision Using Wind Energy
Role: Lead Principle investigator Budget: 40k$
Grant number: QUH3P-ER-CAM-2022