- Categoria
- Bolseiro
- Unidade Orgânica
- Department of Mechanical Engineering
- syedtahiralishah@ua.pt
- Ciência ID
- F712-C83E-0EFB
- ORCID iD
- 0000-0003-0001-1810
Syed Tahir Ali Shah is a multidisciplinary PhD researcher working at the intersection of Mechanical Engineering, Computer Science, and embedded Internet-of-Things (IoT) systems. He is currently a PhD student in Mechanical Engineering at the University of Aveiro (Portugal) and holds a PhD fellowship (BDANA track) supported by Fundação para a Ciência e a Tecnologia (FCT).
With a solid background in Computer Science, his work bridges hardware–software integration, wearable sensing, and edge intelligence. His current research focuses on developing emotion-aware and physiology-aware mobility systems, using data from wearable devices (e.g., heart rate and motion signals) together with embedded machine learning models to support safer, more adaptive, and human-centred smart mobility solutions. The aim is to enable real-time personalization and decision-making in mobility platforms through low-power sensing, on-device inference, and IoT connectivity.
His research interests include wearable-driven smart mobility, affective computing, physiological monitoring, embedded machine learning (TinyML/edge AI), and secure IoT data pipelines. He has contributed to scientific output through peer-reviewed publications and participation in academic events, demonstrating consistent engagement in applied research and technology development.
Overall, his work promotes the next generation of intelligent systems that respond to human needs in real time, combining engineering design, data science, and embedded computing to support more sustainable and user-aware mobility technologies
- 0financiamentos
- 0publicações
Financiamentos
BREUCA - Development of a high-precision Virtual Reality simulator designed to be used in a professional simulation and gaming environment associated with real events
06/30/2023
POCI-01-0247-FEDER-048257https://portal2.ipt.pt/pt/ipt/projetos/ficha_de_projeto_breuca/
AM2R - Mobilizing Agenda for business innovation in the Two-Wheel sector
12/31/2025
AM2R
Publicações
A Human Digital Twin Framework for Lifecycle Learning in Rider-Aware E-Bikes
Gabriel Constantinescu; Syed Tahir Ali Shah
IEEE ITSC 2026 | 2026Wearable Sensing for Electric Micromobility Safety (From Cycling Evidence to E-Scooter Rider Monitoring)
Gabriel Constantinescu; Syed Tahir Ali Shah
TEchMA 2026 – Engineering Sustainable Futures: Materials, Systems and Technologies for Society | 2026A Proof-of-Concept Physio-Digital Twin for Stress-Aware Shared Micro-Mobility: Public-Data Training, Federated Simulation, and ESP32 Edge Deployment
Syed Tahir Ali Shah
IEEE Conference on Intelligent Methods, Systems, and Applications (IMSA 2026) | 2026DIFFERENTIATING PHYSICAL EXERTION FROM PSYCHOLOGICAL STRESS IN MICRO-MOBILITY USING ATTENTION-BASED MULTI-TASK TINYML
Syed Tahir Ali Shah
EEITE 2026 (7th International Conference in Electronic Engineering & Information Technology) | 2026A PRIVACY-PRESERVING EDGE-IOT ARCHITECTURE FOR PHYSIOLOGY-AWARE SMART HOMES: DESIGN AND IMPLEMENTATION
Syed Tahir Ali Shah
EEITE 2026 (7th International Conference in Electronic Engineering & Information Technology) | 2026Tensile and Flexural Behavior of Biaxial Non-Crimp-Fabric Composites for Two-Wheeled Electric-Vehicle Chassis
Cardoso, João Manuel; Constantinescu, Gabriel; de Sousa Henriques, Mário Jorge; Oliveira Santos, José Paulo; Pereira, António Manuel de Bastos; Shah, Syed Tahir Ali
Fibers | 2026Physio-Digital Twin for Human-Centered IoT Mobility: A Proof-of-Concept Implementation on the E-Bike Platform (Best Paper Award)
Constantinescu, Gabriel; Fernandes, José Maria Amaral; Pereira, António Manuel de Bastos; Santos, José Paulo Oliveira; Shah, Syed Tahir Ali
2026 The 9th International Conference on Information and Computer Technologies (ICICT2026) | 2026Development of a new, lightweight, attractive, and efficient bike
Pereira, A. B.; Syed Tahir Ali Shah
2nd International Conference on Management, Engineering, Sciences & Humanities 2026 (MESH – 2026) | 2026The Micro-Mobility Sensing Gap: A Systematic Review of Physiological Safety Monitoring from Cycling to E-Scooters
António B. Pereira; G. Constantinescu; J. M. Fernandes; J. P. Santos; Syed Tahir Ali Shah
Sensors | 2026Spatio-Temporal Analytics of Traffic-Induced Stress: A Longitudinal Sensor Fusion Study in Real-World Micromobility Environments
António Manuel de Bastos Pereira; Gabriel Constantinescu; José Maria Fernandes; José Paulo Oliveira Santos; Syed Tahir Ali Shah
The 12th International Conference on Computing and Data Engineering (ICCDE 2026) | 2026Rider-Aware Smart E-Bikes Using Wearable Physiological Sensing and Embedded AI for Adaptive Micro-Mobility
Syed Tahir Ali Shah
Theveli International Conference 2026 Transformative Innovation in the 21st Century: Science, Technology, and Society. | 2026Smart E-bike systems: Integrating own rider information for improving riding experience
António Bastos Pereira; et al; Gabriel Constantinescu; José Maria Fernandes; José Paulo Oliveira Santos; José Paulo Santos; Mario Sousa Henriques; Syed Tahir Ali Shah
2025FROM NET-NEUTRAL TO NET-POSITIVE: A BLOCKCHAIN-ENABLED REGENERATIVE FRAMEWORK (BERF) FOR THE TOURISM-ENERGY NEXUS
Robaina, Margarita; Sumera Javaid; Syed Tahir Ali Shah
APEEN2026: 9th Annual APEEN Conference | 2025Gabriel Constantinescu; Horovistiz Ana; Syed Tahir Ali Shah, José Paulo Oliveira Santos; AntónioManuel de Bastos Pereira; Mario Sousa Henriques. Corresponding author:Gabriel Constantinescu. "Tensile Properties of Sustainable Biaxial Non-CrimpFabrics for 2- Wheeled Electrical Vehicle Chassis".
Syed Tahir Ali Shah
2025Tensile and flexural characterizations of biaxial non-crimp fabric composites for sustainable, two-wheeled electric vehicle chassis
ALVES, JOÃO PEDRO; António Manuel de Bastos Pereira; Gabriel Constantinescu; Horovistiz, Ana; José Paulo Oliveira Santos; Luís, Salomé; Mario Sousa Henriques; Syed Tahir Ali Shah
TEchMA 2025 – New frontiers in mechanical engineering | 2025From ride data to carbon credits: a LCA-based mobile solution for sustainable EV usage
António Manuel de Bastos Pereira; et al; Gabriel Constantinescu; José Maria Amaral Fernandes ; José Paulo Oliveira Santos; Linda Borgato ; orsini, federico; Syed Tahir Ali Shah
TEchMA 2025 – New frontiers in mechanical engineering | 2025Compressive and shear behaviour of novel non-crimp fabric composites for sustainable and lightweight electrical mobility
ALVES, JOÃO PEDRO; António Manuel de Bastos Pereira; Gabriel Constantinescu; Horovistiz, Ana; José Paulo Oliveira Santos; Luís, Salomé; Mario Sousa Henriques; Syed Tahir Ali Shah
TEchMA 2025 – New frontiers in mechanical engineering | 2025MACHINE LEARNING-BASED NETWORK INTRUSION DETECTION USING RANDOM COMMITTEE ENSEMBLES: A MULTI-METRIC PERFORMANCE EVALUATION
Jamal Hussain Arman,Muhammad Usama Sharaf,Syed Tahir Ali Shah,Najamuddin Sohu,Sindhu,Urooj Tariq
Zenodo | 2025Wearable-Driven Adaptive Lighting Control for Smart Homes: A Scalable, Physiology-Aware IoT Architecture
António Bastos Pereira; Gabriel Constantinescu; José Maria Fernandes; José Paulo Santos; Mario Sousa Henriques; Syed Tahir Ali Shah
2025Extending IoT Networks with the Human Factor: An Example for an E-bike Scenario (Emotion Sensitive Computing)
Syed Tahir Ali Shah
7TH INTERNATIONAL CONFERENCE ON TECHNOLOGIES FOR THE WELLBEING AND SUSTAINABLE MANUFACTURING SOLUTIONS | 2024PREDICTING COVID-19 INFECTIONS PREVALENCE USING LINEAR REGRESSION TOOL
Bilal, Muhammad; et al; Iftikhar, Abeer; Khan, Muhammad Imran; Mansoor, Majad; Mirza, Adeel Feroz; Syed Tahir Ali Shah; Syed Tahir Ali Shah
Journal of Experimental Biology and Agricultural Sciences | 2020Predicting COVID-19 Spread in Pakistan using the SIR Model
Adeel Feroz Mirza; Hafiz M.N. Iqbal; Majad Mansoor; Muhammad Ammar Khan; Muhammad Bilal; Muhammad Dilshad; Muhammad Imran Khan; Rahat Farwa; Syed Tahir Ali Shah
Journal of Pure and Applied Microbiology | 2020Text Steganography Using character Spacing after Normalization
Hussain, Dr Afaq; Khan, Dr Aihab; Syed Tahir Ali Shah
International Journal of Scientific & Engineering Research | 2020