SUMMARY ABOUT ME
I am a dedicated researcher and technology professional specializing in Artificial Intelligence (AI), Sustainable Energy Systems, and Smart City Innovation. My work focuses on the integration of AI-driven solutions with the Open Charge Point Protocol (OCPP) to create secure, scalable, and energy-efficient electric vehicle (EV) charging networks.
With a strong foundation in Computer Science and over 14 years of experience in digital technologies, I have expanded my research scope to tackle real-world challenges in renewable energy optimization, green mobility, and urban sustainability. Driven by the belief that innovation should empower society, I aim to bridge the gap between intelligent systems and environmental responsibility, helping build a sustainable digital ecosystem for the next generation.
MY EDUCATION
I hold a strong academic background in Computer Science and Artificial Intelligence, complemented by industry experience in software development, IoT integration, and data-driven system design. My current postgraduate research at MMU Malaysia has equipped me with expertise in the intersection of AI, Smart Grids, and Green Energy Systems, fostering skills in applied research, model development, and sustainable innovation.
In addition to my academic pursuits, I am passionate about mentoring young innovators and promoting awareness of clean technology adoption to support the United Nations’ Sustainable Development Goals (SDGs).
MY CAREER
Currently, I am pursuing my Master’s by Research in the Faculty of AI and Engineering at Multimedia University (MMU), Malaysia, under the supervision of Prof. Dr. Gobbi Ramasamy and Dr. Ngu Eng Eng.
My ongoing work explores AI-enhanced OCPP frameworks, reinforcement learning for grid-safe EV scheduling, and big data analytics for predictive load management.
Throughout my academic and professional journey, I have published and co-authored several Q1 and Scopus-indexed journal papers, including works in Results in Engineering, IEEE Transactions on Transportation, IEEE Access, Urban Science and the World Electric Vehicle Journal. My broader interests extend to digital twins for second-life EV batteries, AI-enabled energy forecasting, and federated learning for sustainable IoT networks.
MY ACHIEVEMENTS
Academic Contributions
I have authored and co-authored peer-reviewed journal papers, conference articles, and technical reports focused on Artificial Intelligence, Smart Grids, OCPP-based EV Charging, and Sustainable Energy Systems. My works have been featured in Q1 journals, including World Electric Vehicle Journal and Urban Science. My research aims to advance green mobility, grid efficiency, and AI-driven optimization for next-generation smart cities.
Projects Completed
Over the past decade, I have successfully led and delivered technology-driven projects across diverse domains, including web systems, data analytics, cloud integration, and AI-powered applications. As a freelancer and digital consultant, I have collaborated with clients globally, combining innovation and precision to build sustainable, user-centric solutions.
Years of Professional Experience
With over 14 years of professional experience in software development, digital marketing, and system design, I have built a cross-disciplinary skillset connecting engineering research and real-world implementation. My experience spans Shopify, WordPress, AI integration, IoT systems, and smart energy platforms — empowering industries to move toward sustainability and automation.
MY LATEST WORK
I am currently engaged in multiple interdisciplinary projects that bridge Artificial Intelligence, Smart Energy Systems, and Sustainable Urban Development. My latest works focus on EV charging optimization, renewable energy integration, and AI-based real-world deployment frameworks that support the transition toward green and intelligent cities.
- Date
- September 10, 2025
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- August 2, 2025
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- July 2, 2025
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ABOUT MY SKILLS
COMPUTER & TECHNICAL SKILLS
As a researcher and technology professional, I have developed a unique blend of academic expertise and practical industry skills. My work spans Artificial Intelligence, Energy Optimization, and Smart City Systems, along with years of experience in web development, data-driven design, and digital transformation. My goal is to connect sustainable innovation with real-world impact - using AI to create cleaner, smarter, and more efficient systems for tomorrow.
OTHER PROFESSIONAL STRENGTHS
- Strong understanding of AI ethics and sustainable technology policies
- Expertise in smart energy scheduling, IoT, and digital twin systems
- Contributor to green innovation projects and renewable energy research
- Experienced in multi-platform development and SEO optimization
- Skilled in data visualization, dashboard creation, and report automation
- Committed to mentoring young researchers and promoting AI for sustainability
COMMUNICATION & COLLABORATION
Effective communication is at the heart of my research and leadership approach. I actively collaborate across academic, industrial, and international research teams to achieve collective impact.
Academic Writing & Research Presentation
Cross-Cultural Communication & Team Collaboration
Public Speaking & Technical Workshops
Leadership & Project Supervision
