Micro and Nano Robotics Group
| S.No | Name | Designation | Specialization | Contact Details |
| 1 | Dr Hamid Jabbar | Associate Professor | Piezo-MEMS | [email protected]
|
| 2 | Dr Muhammad Osama Ali | Assistant Professor | MEMS | [email protected]
|
| 3 | Dr Hassan Elahi | Associate Professor | Piezo-MEMS | [email protected] |
| 4 | Dr Danish Hussain | Associate Professor | Nano Robotics | [email protected] |
MNRTL is equipped with state-of-the-art facilities for the design, analysis, and testing of MEMS devices. We utilize advanced software tools and high-precision instruments to ensure the highest standards of research and development in MEMS technology.
Our lab also specializes in the synthesis, characterization, and testing of piezoelectric material-based sensors. Equipped with advanced synthesis techniques and characterization tools, we focus on developing innovative piezoelectric sensors for various applications. These capabilities allow us to push the boundaries of piezoelectric sensor technology, contributing to advancements in various fields including biomedical applications.
Featured Projects
Funding
- ICRG Funding: Development of Nanomaterials based Tactile Sensors for Tele Manipulation in Robotic Surgery-Joint funding (96 MN PKR) of HEC (43.967 Mn PKR) and British Council (52.481 Mn PKR)
Design, Analysis and Test Facilities
Softwares
- MEMS+
- Coventorware
- Matlab
- COMSOL
- ANSYS
Specialized Test Equipment
- C-6 Probe Station
- Optical Microscope
- Dynamic Signal Analyzer
- Data Acquisition Cards
- LCR Meter (Matrix-MCR-6200A)
- High-Temperature Fryer (6L TRS)
- Horizontal Rolling Ball Mill
- Heat Press Machine (CR1704)
- Vacuum Drying Oven (DZF-6010-Henan Laphan Industry Co., Ltd)
Other Testing Equipment:
- Power Supplies: DP832 (Rigol), TN305D (TITAN)
- Digital Multimeters: 3136 (Escort), UT801 (UniT)
- Oscilloscopes: MPO6084D (Hantek),DSO5202P (Hantek),XDS3202E (Owon)
- Digital Force Gauges 300 mN to 50 N.
DC HV Power Supply (IPS-ATDP10000-0.12):