Empowering Innovation through Robotics
Asia Pacific Center of Robotics Engineering drives cutting-edge research and innovation in robotics technology. We bridge the gap between theoretical research and real-world applications, creating solutions that transform industries and improve lives across the Asia Pacific region and beyond.
Pioneering Research Across Six Key Domains
Our multidisciplinary approach addresses critical challenges in:
- Robotics and Automation
- Artificial Intelligence and Robot Vision
- Biomedical and Rehabilitation Robotics
- Soft Robotics and Assistive Technologies
- Smart Farming and Agricultural Robotics
- Industry 4.0 and Intelligent Manufacturing
Each research area represents our commitment to advancing robotics technology while maintaining practical applicability and societal impact
Advanced Applications in Industry and Agriculture
Transforming Healthcare through Biomedical Robotics
Our biomedical robotics team focuses on democratizing rehabilitation technology. By designing cost-effective exoskeletons and assistive devices, we’re making advanced therapeutic tools accessible to patients across diverse economic backgrounds.
These innovations leverage lightweight materials, smart sensors, and adaptive control systems to provide personalized support during physical therapy and daily activities.
Soft Robotics
This research focuses on engineering compliant actuators that enable robots to perform delicate, human-like tasks safely and intuitively, closely mimicking natural movement patterns. Designed for sensitive and high-precision applications—including healthcare, assistive robotics, and human–robot interaction—the system integrates intelligence, adaptability, and safety at its core.
By combining soft materials, bioinspired motion principles, and adaptive control, this work advances the development of next-generation robots capable of interacting seamlessly with humans and fragile environments.
Robotic Vision
This research area focuses on developing advanced robotic vision and sensing systems that enable robots to perceive, reason, and interact intelligently with complex environments. By integrating AI-powered perception, Vision-Language Models (VLMs), and multi-modal sensor fusion, robots are endowed with the ability to not only see, but also understand and contextualize visual information through language-driven reasoning.
These capabilities are critical for applications in autonomous mobile robotics, assistive and medical robotics, agriculture, smart manufacturing, and human–robot collaboration, where contextual awareness and explain ability are essential.
Advanced Applications in Industry and Agriculture
Industry 4.0 Integration
Seamlessly integrating robotics and automation into manufacturing processes, creating intelligent base control systems and intuitive interfaces that optimize production efficiency and workplace safety.
Humanoid Robotics
Enhancing human capabilities through sophisticated robotic systems that work alongside people, augmenting strength, precision, and endurance in challenging work environments.
Smart Farming Solutions
Revolutionizing agriculture through precision robotics and IoT sensors that monitor crops, optimize resource usage, and improve yields while promoting environmental sustainability.
Global Recognition and Achievements
Malaysia’s sole representatives triumphed over more than 5,000 contestants from 31 countries, showcasing the exceptional talent and innovative spirit fostered at APU.
Malaysian AI Robot Wins Global Challenge in Beijing
Thasne Rames, 20, and Low Yinn Ean, 18, both Diploma students in Electrical and Electronic Engineering at Asia Pacific University, achieved remarkable success at an international robotics competition. Their innovative AI-powered robot demonstrated cutting-edge capabilities in autonomous navigation and problem-solving.
This achievement highlights the world-class training and research environment at APU, where students gain hands-on experience with advanced robotics systems and compete at the highest international levels.
5000+
Global Competitors
Contestants faced
31 Countries
Represented Worldwide
Leadership: Meet Our CIEO
Prof Ir EUR ING Dr Vinesh Thiruchelvam
Professor Vinesh is a key academic leader at Asia Pacific University of Technology & Innovation (APU) and a driving force behind the vision of the Asia Pacific Centre of Robotics Engineering (APCORE). He plays a strategic role in shaping APCORE’s mission to advance robotics, intelligent systems, and next-generation engineering solutions that address real-world societal and industrial challenges.
With a strong commitment to translational research, interdisciplinary collaboration, and industry engagement, Professor Vinesh champions innovation that bridges academia and practical impact. His leadership supports the development of future-ready talent, cutting-edge research initiatives, and global partnerships that position APCORE as a regional hub for robotics, automation, and emerging technologies.
Leadership: Meet Our Head of Research
Mr. Suresh Gobee
Mr. Suresh brings extensive expertise in robotics, automation, biomedical robotics, and bio-signal processing to lead our research initiatives. With an MSc in Mechanical Engineering and BTech in Industrial Technology (majoring in Quality Control and Instrumentation) from Universiti Sains Malaysia, he has built a distinguished career advancing robotics applications.
His leadership philosophy emphasizes practical innovation, collaborative research, and mentoring the next generation of robotics engineers. Under his guidance, the center has established partnerships with leading institutions and industry partners across the region.
Our Expert Research Team
Our multidisciplinary team combines expertise across mechanical engineering, electrical systems, computer science, and specialized domains like mining and petroleum engineering. This diverse knowledge base enables comprehensive approaches to complex robotics challenges.
TS. Dr. Arun Seeralan Balakrishnan
Specializes in automation and robotics with advanced credentials including MEng Manufacturing Engineering from Coimbatore Anna University and BE (Mechanical) from Bharathiyar University, bringing industrial engineering perspectives to research.
Assistant Professor Ts. Dr. Maythem Kamal Abbas Al-Adilee
PhD in Electrical and Electronic Engineering from Universiti Teknologi PETRONAS. Research interests include IoT, VANET, intelligent systems, machine learning, and robotics. Previously from University of Technology, Baghdad.
Dr. Adeline Sneha John
IoT, AI & Smart Farming Specialist
Recipient of the Dr. APJ Abdul Kalam Award for Innovative Research (2021) from SEEE. PhD from Sathyabama Institute of Science and Technology, Chennai. Committed to transforming agriculture through technology, enhancing productivity and sustainability.
Fatin Ayuni Mohd Suhaimi
Materials & Mining Engineering Expert
Master of Professional Engineering in Mining from University of Wollongong, Australia. Bachelor of Engineering (Hons) in Mineral Resources Engineering from USM. Brings unique perspectives on robotics applications in challenging industrial environments.
Muhammad Syahmi Afif Bin Mokhtar Yazid
Process Automation Specialist
Master of Petroleum Engineering from UTM, Bachelor of Engineering (Hons) in Chemical Engineering from UKM. Expert in CAD software, CFD simulation, flow assurance, and process control automation.
Research Impact and Innovation Pipeline
Driving Real-World Solutions
Our research methodology emphasizes translating laboratory innovations into practical applications that address pressing societal needs. From healthcare accessibility to agricultural sustainability, each project follows a rigorous development process from concept through prototype testing to industry deployment.
We collaborate with hospitals, manufacturing facilities, and agricultural enterprises to ensure our solutions meet real operational requirements and deliver measurable impact.
