The Applied Research Centre for Smart Technologies is a multidisciplinary research team with researchers and professionals with extensive industrial experience across diverse domains.
It conducts applied research and has expertise in the following areas:
- Gaming (Gamification, Game-Based Learning, Game Design and Development) andUser-Centred Systems (UI/UX, User Adaptive Systems, Technology Enhanced Learning)
- Intelligent Systems (AI and Machine Learning, Internet of Things, Software Testing)
- FinTech, Blockchain, and Data Management (Data Science, Big Data)
- Networks and Security (Network Design and Management, Cybersecurity, Blockchains)
The Applied Research Centre for Smart Technologies at Bahrain Polytechnic features several specialized research laboratories that drive innovation across multiple domains. These include the Gaming and Digital Media Research Lab, which supports research in game design, gamification, and digital media production; the Cybersecurity Research Lab, sponsored by SICO Bank, which is dedicated to advancing cybersecurity through threat detection, log analysis, and secure network design; and the Artificial Intelligence/Machine Learning Research Lab, which focuses on developing and applying AI and machine learning solutions for a variety of real-world challenges. Together, these labs foster a multidisciplinary environment that encourages collaboration, experimentation, and the development of cutting-edge technologies.
Existing ARC-ST Research labs
Gaming and Digital Media Research Lab
This lab drives innovation in game design, gamification, and digital media production, supporting research in user experience, interactive storytelling, and technology-enhanced learning.
Equipment List includes
- Equipment List includes:
- High-end gaming PCs
- VR/AR headsets and motion controllers
- Game development software (Unity, Unreal Engine)
- Digital media production tools (audio, video editing suites)
- Graphics tablets and animation software
- Motion capture system
- User experience testing stations
- Sound recording and mixing equipment
- 3D scanners and printers
- Streaming and broadcasting equipment
Gaming and Digital Media Research Lab
Cybersecurity Research Lab (Sponsored by SICO Bank)Dedicated to advancing cybersecurity, this lab researches threat detection, Log analysis, and secure network design, leveraging AI and machine learning for real-time event analysis and response.
Equipment List includes
- Network simulation and testing platforms
- Log analysis tools
- Penetration testing kits (hardware and software)
- Firewalls and intrusion detection systems
- Secure server and storage infrastructure
- Cryptography and encryption tools
- Malware analysis sandbox
- Data forensics workstations
- Cyber range for training and simulation
- AI/ML software for anomaly detection
Artificial Intelligence/Machine Learning Research Lab
This lab advances AI and machine learning research, focusing on applications in healthcare, finance, transportation, and environmental sustainability, and fostering ethical, impactful innovation.
Equipment List includes
- GPU-accelerated computing clusters
- AI development platforms (TensorFlow, PyTorch, Keras)
- Data annotation and labeling tools
- High-capacity data storage systems
- Computer vision and NLP toolkits
- Robotics integration kits
- Cloud computing resources
- Experimentation and benchmarking software
- Collaboration and visualization tools
- Secure data access and management systems
Planned ARC-ST Research Labs
Fintech Research Lab (in partnership with the Applied Research Centre for Business and Logistic Studies)
The Fintech Research Lab is at the forefront of digital transformation in financial services, driving research and innovation in areas such as blockchain, artificial intelligence, cybersecurity, and data analytics. This lab provides a dynamic environment for exploring new financial technologies, business models, and regulatory frameworks that shape the future of banking, payments, and investment. Researchers collaborate with industry partners to develop solutions that enhance financial inclusion, security, and efficiency. By embedding fintech research into academic programs and fostering partnerships with local and international organizations, the lab equips graduates with the expertise needed to lead in the rapidly evolving fintech sector and contribute to Bahrain’s position as a regional hub for financial innovation.
At the forefront of financial technology innovation, this lab explores blockchain, AI, cybersecurity, and data analytics, developing solutions for banking, payments, and investment, and fostering industry partnerships.
Proposed Equipment List
- High-performance computing workstations
- Blockchain development kits and test networks
- Secure server infrastructure
- Data analytics and visualization software (Python, R, Tableau)
- Cybersecurity testing platforms (penetration testing, SIEM systems)
- Financial modeling and simulation tools
- Biometric authentication devices
- API development and integration tools
- Cloud computing resources
- Collaboration and conferencing systems
Networks and Telecommunicati
ons Research Lab
The Networks and Telecommunications Research Lab is dedicated to advancing research in nextgeneration communication systems, network architecture, and secure data transmission.
This lab focuses on developing innovative solutions for high-speed connectivity, network optimization,and emerging technologies such as 5G, IoT, and edge computing. Researchers explore areas including wireless communication protocols, network security, cloud integration, and smart infrastructure connectivity. By collaborating with industry partners and leveraging cutting-edge tools, the lab aims to address real-world challenges in telecommunications, enhance digital transformation, and prepare graduates for leadership roles in the global networking and telecom sector.
Proposed Equipment List
- Network Simulation Platforms:
- Cisco Packet Tracer
- GNS3 or EVE-NG for virtualized network environments
- Telecom Hardware:
- Routers, switches, and firewalls (Cisco, Juniper)
- Optical fiber splicing and testing kits
- Wireless access points and antennas
- Wireless Communication Systems:
- 5G/4G LTE testbeds
- IoT development kits (sensors, gateways)
- SDR (Software Defined Radio) platforms
- Measurement and Testing Tools:
- Spectrum analyzers
- Network analyzers and protocol testers
- Signal generators
- Cybersecurity Tools:
- Intrusion detection/prevention systems
- Penetration testing kits
- Cloud and Virtualization Resources:
- Servers for virtualization and cloud labs
- SDN (Software Defined Networking) controllers
- Collaboration and Monitoring Software:
- Network performance monitoring tools
- VoIP and video conferencing systems
- General Lab Infrastructure:
- High-speed internet backbone
- Rack-mounted equipment and structured cabling
- UPS and power management system
Robotics Lab (in partnership with the Applied Research Centre for Sustainable Engineering)
The Robotics Research Lab is dedicated to advancing the field of intelligent automation and robotics, with a focus on developing solutions that address real-world industrial and societal challenges. This lab provides a collaborative environment where researchers, students, and industry partners can design, prototype, and test robotic systems for applications ranging from manufacturing and logistics to healthcare and smart cities. Leveraging cutting-edge technologies in artificial intelligence, machine learning, and sensor integration, the lab fosters innovation in autonomous systems, human-robot interaction, and adaptive control. By embedding robotics into the curriculum and research agenda, the lab prepares graduates to lead in the rapidly evolving landscape of automation and digital transformation.
The Robotics Research Lab specializes in the design, prototyping, and testing of intelligent robotic systems for industrial, healthcare, and smart city applications. It fosters innovation in automation, human-robot interaction, and adaptive control, preparing graduates for leadership in digital transformation.
Existing ARC-ST Research Groups
Artificial Intelligence Research Group
Our Artificial Intelligence Research Group aims to advance the frontiers of AI technology, exploring novel applications, and contributing to the broader AI research community. It focuses on developing AI technology based innovative solutions that have practical and meaningful applications in industries such as Computational Medical Imaging, Gaming, Natural Language, Computer Vision, healthcare, finance, transportation, and environmental sustainability for the benefit of the society. We foster collaborations with experts from various fields. Our group is dedicated to advancing AI knowledge and technology, while also prioritizing ethical responsibility and real-world impact. We aim to shape the future of AI and its positive contribution to society through collaboration, innovation, and a commitment to excellence.
Researcher Profiles
- Dr. Shahnawaz Khan
- Dr. Christos Gatzoulis
- Dr. Mamoon Rashid
- Dr. Sini Raj
- Dr. Abdulhameed
Cyber Security Research Group
This research group aims to develop advanced techniques for automating log analysis and correlating security events in real-time, with the goal of significantly improving the effectiveness of Security Information and Event Management (SIEM) systems. The research will explore machine learning algorithms, anomaly detection methods, and intelligent event correlation to swiftly identify potential security incidents. By reducing response times and enhancing the accuracy of threat detection, this research endeavors to fortify the cybersecurity posture of organizations.
Integrating AI-powered analytics in cybersecurity has the potential to revolutionize threat detection and response capabilities. It enables the rapid analysis of large volumes of data, identifies patterns indicative of potential threats, and can even adapt to evolving attack techniques.
Researcher Profiles
- Dr. Omar Bani Fayyad
- Dr. Muhammad Tariq
- Dr. Mohammad Siddiqui
- Mr. Osama Al Abedallat
Planned ARC-ST Research Groups
XR Gaming and User eXperience Research Group
The XR Gaming and User eXperience Research Group focuses on the intersection of immersive technologies, game design, and user-centered systems. Researchers in this group investigate the use of extended reality (XR)—including virtual, augmented, and mixed reality—to create engaging, interactive experiences for education, entertainment, and industry applications.
The group’s work spans game-based learning, user interface and experience design, and the development of adaptive systems that respond to user needs and behaviors. By collaborating with technology providers and creative industries, the group aims to push the boundaries of digital interaction, foster innovation in gaming and media, and contribute to the advancement of user experience research.
FinTech Research Group
The FinTech Research Group is at the forefront of research and innovation in financial technologies, exploring the transformative impact of digital solutions on banking, payments, investment, and financial inclusion. The group brings together experts in computer science, data analytics, cybersecurity, and business to investigate emerging trends such as blockchain, artificial intelligence, and regulatory technology (RegTech). Through collaboration with financial institutions, startups, and regulatory bodies, the group aims to develop secure, efficient, and userfriendly financial systems that support Bahrain’s vision as a regional hub for fintech innovation.
The group’s research contributes to the development of new business models, enhances financial security, and promotes access to financial services for all.
Robotics Research Group
The Robotics Research Group is a multidisciplinary team dedicated to advancing robotics and intelligent automation. The group’s research encompasses the design, control, and deployment of robotic systems for applications in manufacturing, healthcare, logistics, and smart environments.
Key areas of focus include autonomous navigation, human-robot interaction, sensor integration, and machine learning for adaptive robotics. By partnering with industry and academic institutions, the group seeks to develop practical solutions that address real-world challenges, drive technological progress, and prepare students for careers in the rapidly evolving field of robotics and automation.
