Bahria University

Discovering Knowledge

DR. NADIA SULTAN

Faculty Photo
PERSONAL INFORMATION
Faculty Photo
Email nadiaimran.buic@bahria.edu.pk
Phone Ext. 9259500 Ext3174
Research Areas / Expertise Linear & Nonlinear Control Systems, AI Medical Diagnosis, Rehabilitation Robotics & Automations
QUALIFICATION
Degree Passing Year Majors University
Bachelor of Electrical Engineering 0 Telecom UET Peshawar
Master of Science in Compute Engineering 0 Control Systems UET Texila
PhD Electrical Engineering 0 Nonlinear Control Systems (Rehabilitation Robotics) Bahria University
TEACHING EXPERIENCE
Designation From To Organization
Lecturer 01-Sep-2006 01-Aug-2010 Fatima Jinnah Women University
Assistant Professor 01-Feb-2012 01-Jan-2015 Hamdard University
Senior Assistant Professor 01-Jan-2016 01-Jan-2026 Bahria University, Islamabad, Pakistan
Associate Professor 01-Jan-2026 Present Bahria University Islamabad, Pakistan

Publications

Journals
  • Nonlinear robust compensator design for postural control of a biomechanical model with delayed feedback | Measurement & Control
  • Nonlinear postural control paradigm for larger perturbations in the presence of neural delays | Biological Cybernetics
  • High-gain observer-based nonlinear control scheme for biomechanical sit to stand movement in the presence of sensory feedback delays | PLOS ONE
  • INNOVATIVE HIP-KNEE HEALTH EVALUATION: LEVERAGING POSE ESTIMATION FOR SINGLE-LEG STANCE POSTURAL STABILITY ASSESSMENT | Measurement & Control
  • Bond Graph Analysis of a Three-Link Physiological Motor Control System: Integrating Simulation and Muscle Behavior | Biological Cybernetics
  • ENHANCING POSTURAL STABILITY MODELS: INTEGRATING MUSCLE DYNAMICS AND CNS SIMULATION USING BOND GRAPH MODELING | Measurement & Control
  • From CBC to clarity: Interpretable detection of beta-thalassemia carriers in imbalanced datasets | PLOS One
  • Enhancing the efficacy of hormone therapy in prostate cancer through Conditional Super-Twisting Sliding Mode Control and Redfox optimization | Biomedical Signal Processing and Control
  • Trustworthy deep learning for malaria diagnosis using explainable artificial intelligence | Scientific Reports
  • THALASSEMIA CARRIER IDENTIFICATION FROM BLOOD MICROSCOPY IMAGES: A COMPARATIVE ANALYSIS OF ML AND DL APPROACHES | Spectrum of Engineering Sciences
  • Postural stability analysis through model predictive control | Frontiers in Neurorobotics
  • Balancing noise reduction and neural signature preservation in EEG biometrics | Scientific Reports
  • Robust nonlinear control of an isolated boost converter with voltage doubler for high-performance regulation and disturbance rejection | Energy Reports
  • Bridging the Gap: Real-Time American Sign Language Recognition Using a Somatosensory Glove | Journal of Computing Biomedical Informatics
Conferences
  • Postural Stability of a Single Link Bio Mechanical Model using Feed Back Linearization | International Conference on Advanced Modelling and Simulations (NUST) EME
  • Control synthesis of single link biomechanical model using feedback linearization | ICOMET , IBA sukkar, Pakistan
  • Nonlinear Control Synthesis of Biomechanical Sit to Stand Movement | 22nd ICSTCC, Sinaia Romania.
  • Postural Control During Standing Posture for Small Perturbations with Feedback Linearization | 18 IEEE Mechatronika, Brno Czech Republic
  • Postural Control of Upright Stance with Robust Nonlinear Compensator in the Presence of Multiple Delayed Feedback | 22nd IEEE INMIC, FAST Islamabad
  • Postural Regulation with Feedback Linearization and H-infinity Augmentation in the Presence of Multiple Delayed Feedback | IEEE 15th ICET , FAST Peshawar
  • Postural Control of Standing Posture With Robust Nonlinear Compensator in the Presence of Delayed Feedback | 17th IBCAST, NCOP Quaid e Azam Universiry Islamabad
  • Medical Aid for Parkinson’s Patient Experiencing Episodes of Gait Freezing | 2022 IEEE International Conference on Electrical Engineering and Sustainable Technologies (ICEEST), Lahore, Pakistan
  • Improving Postural Stability: A Quasi-Sliding Mode Control Approach for Bio-Mechanical System | 12th IEEE 12th International Conference on Control, Mechatronics and Automation (ICCMA 2024) UK
  • Physiologically Consistent Postural Control via EHGO-Augmented Nonlinear Compensation | 2025 Horizons of Information Technology and Engineering (HITE), Lahore, Pakistan, 2025, pp. 1-6
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