Innovative Research Award
Jun-Jiat Tiang
Multimedia University, Malaysia
Jun-Jiat Tiang is an academic researcher associated with Multimedia University, Malaysia, whose documented research activities span wireless technology, radio-frequency engineering, microwave circuits, antenna design, electromagnetic propagation, and related intelligent engineering applications. The Multimedia University academic directory identifies Tiang as an academic member of the Faculty of Artificial Intelligence and Engineering and describes research interests including RFID systems, microwave circuits, antenna design, and electromagnetic-wave propagation. :contentReference[1]
Abstract
Jun-Jiat Tiang is a Malaysian academic researcher affiliated with Multimedia University whose research portfolio is associated with wireless technology and engineering, particularly antenna systems, microwave circuits, radio-frequency technologies, electromagnetic propagation, and related intelligent engineering applications. The available institutional profile records academic training in electronics engineering together with postgraduate qualifications and previous industrial experience in electronics and semiconductor-related engineering. :contentReference
Recent scholarly activity further demonstrates involvement in multidisciplinary engineering research. Recent publications involving Tiang include work on wideband slot antennas for RF energy harvesting, implantable MIMO antennas for wireless capsule endoscopy, optimization of antenna structures, and hybrid machine-learning applications. :contentReference[2]
Keywords
- Mechatronics
- Wireless Technology
- RF Engineering
- Microwave Engineering
- Antenna Design
- Electromagnetic Propagation
- RF Energy Harvesting
- MIMO Antennas
- Intelligent Engineering
- Research Innovation
Introduction
Research in contemporary electronics and intelligent engineering increasingly integrates electromagnetic systems, wireless communication technologies, computational optimization, sensing, and machine-learning methods. Within this broad environment, antenna and microwave research provides technological foundations for wireless connectivity, energy harvesting, biomedical devices, Internet-of-Things systems, and emerging intelligent-network applications.
Tiang’s institutional profile places his work within this interdisciplinary engineering landscape. Multimedia University’s directory identifies research interests in RFID systems, microwave circuits, antenna design, and electromagnetic wave propagation, while other public scholarly records associate his work with antennas, microwave engineering, RF engineering, and related electromagnetic technologies. :contentReference
The combination of academic research and earlier industrial engineering experience provides a context for evaluating research contributions according to technical relevance, methodological development, publication activity, collaboration, and potential technological application. The Innovative Research Award profile therefore considers both quantitative research indicators and documented examples of research output.
Research Profile
Tiang’s academic background includes a bachelor’s degree in electronics engineering from Multimedia University, a master’s degree from the University of Science, Malaysia, and a doctoral degree from Universiti Kebangsaan Malaysia. His professional history also includes engineering roles with Intel Microelectronics and Motorola Technology before progressing into academic research. :contentReference[3]
| Profile Dimension |
Available Information |
| Institution |
Multimedia University, Malaysia |
| Research Domain |
Mechatronics and related wireless/electromagnetic engineering |
| Documents |
100 |
| Citations |
1,960 |
| h-index |
23 |
Publicly available scholarly records also indicate a continuing publication trajectory, including research published in 2026. A recent Scientific Reports article lists Tiang as a co-author and associates him with Multimedia University’s Centre for Wireless Technology and CoE for Intelligent Network. :contentReference
Research Contributions
The documented research portfolio reflects several connected areas of technological development. These include antenna engineering, microwave circuits, wireless systems, electromagnetic propagation, RF energy harvesting, biomedical wireless devices, and computational optimization. Such areas are relevant to the development of compact, efficient, and application-oriented wireless technologies.
- Antenna and RF engineering: Research includes antenna structures, microwave systems, RF circuits, and electromagnetic technologies supporting wireless applications.
- RF energy harvesting: Recent work addresses wideband slot antennas and related technologies for capturing radio-frequency energy. :contentReference
- Biomedical wireless systems: Research involving a quad-element implantable MIMO antenna demonstrates application of antenna engineering to wireless capsule endoscopy and medical-device communication. :contentReference[oaicite:7]
- Optimization and intelligent engineering: Recent publications connect Tiang’s expertise with optimization and machine-learning approaches applied to engineering problems. :contentReference
- Multidisciplinary collaboration: The publication record includes collaborations across engineering, computing, biomedical technology, and applied sciences, illustrating the interdisciplinary nature of contemporary wireless research.
These contributions provide a research profile in which fundamental electromagnetic engineering is combined with computational and application-oriented methods. The resulting portfolio is relevant to technology development where compactness, bandwidth, efficiency, reliability, and intelligent optimization are important engineering considerations.
Publications
Selected recent publications involving Jun-Jiat Tiang illustrate the breadth of his research activity. The following examples are based on publicly indexed scholarly records and are included to demonstrate representative research themes rather than to constitute a complete bibliography.
- Tiang, J.-J. (2026). Dual-band stub-loaded monopole antenna with bandwidth enhancement using weighted figure-of-merit optimization. Frontiers in Artificial Intelligence, 9. DOI: 10.3389/frai.2026.1796177. :contentReference[oaicite:9]{index=9}
- Smida, A., Tiang, J. J., Waly, M. I., & Muhammad, S. (2026). Quad-Element Implantable MIMO Antenna for Wireless Capsule Endoscopy. Sensors, 26(7), 2276. DOI: 10.3390/s26072276. :contentReference
- Yau, U., Tiang, J. J., Muhammad, S., Khaddaj Mallat, N., & Iqbal, A. (2026). A wideband slot antenna for RF energy harvesting. Scientific Reports, 16, 10448. DOI: 10.1038/s41598-026-41191-1. :contentReference
- Ateş, B., Tiang, J.-J., Eirgash, M. A., et al. (2026). Metaheuristic optimized hybrid machine learning framework for predicting soil compaction parameters. Scientific Reports. DOI: 10.1038/s41598-026-59491-x. :contentReference
Research Impact
The supplied research indicators of 100 documents, 1,960 citations, and an h-index of 23 indicate a substantial body of scholarly output and citation activity. These indicators can provide useful quantitative context when evaluating research productivity, although bibliometric values are dynamic and may vary among databases, indexing dates, author profiles, and methods of attribution.
Beyond bibliometric indicators, the research portfolio demonstrates application-oriented themes. RF energy harvesting addresses energy availability for wireless systems, while implantable MIMO antenna research explores wireless communication requirements in biomedical devices. :contentReference[oaicite:14]{index=14}
The breadth of recent collaborations also indicates interaction across disciplinary boundaries. Tiang’s work has appeared in journals covering artificial intelligence, sensors, scientific computing, and multidisciplinary engineering, illustrating how antenna and wireless engineering can intersect with data-driven optimization and emerging technological applications. :contentReference[3]
Award Suitability
For an Innovative Research Award, an appropriate assessment should consider the originality of the research problem, methodological contribution, technical development, publication record, scholarly influence, interdisciplinary relevance, and potential application of the research. On the basis of the supplied profile data and publicly documented research activities, Tiang presents several characteristics relevant to these evaluation dimensions.
- Research productivity: The supplied profile records 100 documents, providing evidence of sustained scholarly publication activity.
- Scholarly influence: The supplied citation count of 1,960 and h-index of 23 provide quantitative evidence of citation-based research visibility.
- Technical innovation: Documented research addresses antenna miniaturization, bandwidth enhancement, RF energy harvesting, MIMO systems, and optimization-oriented engineering approaches. :contentReference
- Interdisciplinary relevance: Recent work connects wireless engineering with biomedical technology, machine learning, artificial intelligence, and applied optimization. :contentReference
- Application potential: Research themes such as RF energy harvesting and implantable wireless systems have identifiable engineering applications and therefore provide a practical dimension to the research portfolio.
These observations support consideration of the profile under an innovation-focused research recognition framework. Final award decisions, however, should remain subject to the formal eligibility requirements, independent evaluation criteria, and verification procedures established by the Biotechnology Scientist Awards.
Conclusion
Jun-Jiat Tiang’s academic profile reflects sustained activity in wireless and electromagnetic engineering, with research extending across antenna design, microwave circuits, RF systems, energy harvesting, biomedical wireless technologies, and intelligent optimization. His affiliation with Multimedia University and his documented research interests provide a coherent scholarly foundation for evaluating contributions within engineering and technology innovation. :contentReference
The combination of the supplied bibliometric indicators, documented publication activity, multidisciplinary collaborations, and recent research outputs provides a substantive basis for consideration within an Innovative Research Award framework. Recent publications demonstrate continued engagement with contemporary engineering problems, including wireless energy harvesting, implantable MIMO antennas, antenna optimization, and machine-learning-assisted engineering analysis. :contentReference[4]
External Links
References
- Multimedia University. (n.d.). Directory of Expertise: Assoc. Prof. Dr. Tiang Jun Jiat. Multimedia University.
https://mmuexpert.mmu.edu.my/jjtiang
- MECS Press. (n.d.). Jun Jiat Tiang — author profile.
https://www.mecs-press.org/authors/114732.html
- Yau, U., Tiang, J. J., Muhammad, S., Khaddaj Mallat, N., & Iqbal, A. (2026). A wideband slot antenna for RF energy harvesting. Scientific Reports, 16, 10448. DOI: https://doi.org/10.1038/s41598-026-41191-1
- Biotechnology Scientist Awards. (n.d.). Official Award Website.
https://biotechnologyscientist.com/