Muhammad Osama Ali

Assistant Professor
College of Electrical & Mechanical Engineering
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About

Dr. Muhammad Osama Ali is working as Assistant Professor in the College of Electrical & Mechanical Engineering. Dr. Muhammad Osama Ali has a PhD in MEMS Microfabrication . Dr. Muhammad Osama Ali has published 8 research articles & conference papers having a citation count of 32 , carried out 1 projects and filed 0 intellectual property.

Research Tags

Agricultural AI and Robotics MEMS Piezo based Energy harvesters Sensors and Actuators

Research Projects

1

Industry Projects

0

Amount Granted

43.1 M

Publications

8

Citations

32

Intellectual Property

0
Publication Types
Project Types
Publications by Year
Projects by Year

Research Collaborators

Collaborator Image

Amir Hamza

College of Electrical & Mechanical Engineering
2 Collaborations
Collaborator Image

Muhammad Mubasher Saleem

College of Electrical & Mechanical Engineering
2 Collaborations
Collaborator Image

Hamid Jabbar

College of Electrical & Mechanical Engineering
2 Collaborations
Collaborator Image

Mohsin Islam Tiwana

College of Electrical & Mechanical Engineering
2 Collaborations
Collaborator Image

Tahir Habib Nawaz

College of Electrical & Mechanical Engineering
1 Collaboration
Collaborator Image

Nasir Rashid

University Main Office (UMO)
1 Collaboration

Education

PhD MEMS Microfabrication 2013- 2019
Carleton University , Canada
MS MEMS Microfabrication 2009- 2011
University of Texas at Arlington , United States
BE Mechatronics 2003- 2007
College of Electrical and Mechanical Engineering , Pakistan

Experience

Assistant Professor 2022- Present
College of Electrical & Mechanical Engineering , NUST
Assistant Professor 2022- 2022
College of Electrical & Mechanical Engineering , NUST
Assistant Professor 2021- 2022
PAF-IAST , Mung Haripur ,
Technology Innovation Lead 2020- 2020
Gem Learning , F-8 ,
Associate RF Engineer 2011- 2012
Global Wireless Solutions , Virginia USA ,
Associate RF Engineer 2010- 2010
3S Network , Dallas Texas USA ,

Awards

Memberships

1
Research Projects
0
Industrial Projects
1
National Projects
0
International Projects
43.1M
Total Funding (PKR)
Development of Nano-Materials Based Tactile Sensors for Tele-Manipulation in Robotic Surgery 2021
Muhammad Osama Ali
Mohsin Islam Tiwana
Project Status: Completed Rs: 43.1 M Approval Date: 2021-03-03 Completion Date: 2024-06-04
Funding Agency: HEC and British Council
8
Research Articles
0
Conference Proceedings
0
Books
0
Book Chapters
0
Editorial Activities
Robust neuromorphic MEMS tuning fork gyroscope with integrated sensing and tunable physical reservoir computing for fall detection in wearable systems 2026
FA
Faraz Javaid
Amir Hamza
Muhammad Osama Ali
MU
Muhammad Mubasher Saleem (Dublin City University)
Journal: Measurement, Volume:268, Article Number 120698
Impact Factor: 5.600 Citations: 0 Quartile: 1
SDG 3 SDG 9
Surgical Palpation Probe with Capacitive Tactile Sensing Array for Tumor Localization in Minimally Invasive Surgery
AD
Adeel Arshad
Muhammad Mubasher Saleem
Muhammad Osama Ali
Hamid Jabbar
Journal: IEEE Sensors Journal, Accepted
Impact Factor: 4.500 Citations: 0 Quartile: 1
SDG 3 SDG 9
System-level design of a thermally stable, highly robust MEMS tuning fork gyroscope with enhanced sensitivity for wearable and robotic applications 2025
FA
Faraz Javaid
Amir Hamza
Mohsin Islam Tiwana
Muhammad Osama Ali
Muhammad Mubasher Saleem
UZ
Uzair Bashir (Beaconhouse National University Lahore)
Journal: AIP Advances, Volume:15, Issue:8, Article Number 085203
Impact Factor: 1.400 Citations: 0 Quartile: 4
SDG 3 SDG 4
InterAcT: A Generic Keypoints-Based Lightweight Transformer Model for Recognition of Human Solo Actions and Interactions in Aerial Videos 2025
MU
Mubashir Shah
Tahir Habib Nawaz
Nasir Rashid
Muhammad Osama Ali
RA
Rab Nawaz (Capital University of Science and Technology)
Journal: PLOS ONE, Volume 20(5), Article Number e0323314
Impact Factor: 2.900 Citations: 0 Quartile: 1
SDG 9 SDG 11
Direct thermal emission testing of aperiodic dielectric stack for narrowband thermal emission at mid-IR 2020
JO
Joseph Botros (Carleton University)
Muhammad Osama Ali
R.
R. Niall Tait (Carleton University)
RO
Rony E. Amaya (Carleton University)
SH
Shulabh Gupta (Carleton University)
Journal: Journal of Applied Physics, Volume 127, Issue 11, Article Number 114502
Impact Factor: 2.546 Citations: 9 Quartile: 2
SDG 3 SDG 7
High-Q all-dielectric thermal emitters for mid-infrared gas-sensing applications 2017
Muhammad Osama Ali
NI
Niall Tait (Carleton University)
SH
Shulabh Gupta (Carleton University)
Journal: Journal of the Optical Society of America A: Optics and Image Science, and Vision, Volume:35, Issue:1, Page:119-124
Impact Factor: 1.566 Citations: 21 Quartile: 3
SDG 3 SDG 7 SDG 9
Conductor-backed dielectric metasurface thermal emitters for mid-infrared spectroscopy 2020
Muhammad Osama Ali
R.
R. Niall Tait (Carleton University)
SH
Shulabh Gupta (Carleton University)
Journal: Journal of Applied Physics, Volume 127, Issue 3, Article Number 033105
Impact Factor: 2.546 Citations: 2 Quartile: 2
SDG 3 SDG 9 SDG 11 SDG 13
Enhancing Ocular Precision: A Tactile Force Feedback-Enabled Handheld Cyclodialysis Spatula for Eye Surgery 2025
AD
Adeel Arshad
MU
Muhammad M. Saleem (Maynooth University)
Hamid Jabbar
Muhammad Osama Ali
Mohsin Islam Tiwana
RE
Rebecca Cheung (University of Edinburgh)
Journal: IEEE Sensors Journal, Volume 25, No. 2, Article Number 3220-3229
Impact Factor: 4.300 Citations: 0 Quartile: 1
SDG 3 SDG 9
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0
Total Supervisions
0
PhD Supervisions
0
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