ERX编委访谈|马来西亚理工大学Mohd Haizal bin Jamaluddin副教授

访谈详情

My interest in wireless communication began during my undergraduate studies when I became fascinated by how electromagnetic signals enable global information exchange. This curiosity led me to specialize in antenna design and radio frequency systems. Over time, I saw the potential of antenna engineering in shaping future technologies such as 5G and 6G. What continues to motivate me is the challenge of designing high-performance, compact, and efficient antennas, especially dielectric resonator antennas, to support the growing need for faster and more reliable wireless connectivity.

2. 您目前从事的研究工作有哪些？

At present, I am involved in several research areas related to wireless systems. My focus includes the development of high-gain dielectric resonator antennas, millimeter-wave reflectarray antennas, and MIMO configurations for advanced communication systems. I am also exploring beam steering technologies with the integration of artificial intelligence to enable adaptive control. In addition, I am investigating the use of graphene and other novel materials for creating reconfigurable and compact antennas. These projects are supported by national research grants and international collaborations.

3. 您认为五年后该领域的研究重点将会是什么？

In the coming five years, I believe the field will move toward technologies that support sixth-generation wireless networks. Research will likely emphasize terahertz communication, intelligent reflecting surfaces, ultra-massive MIMO systems, and AI-based adaptive beamforming. There will also be a strong push toward energy-efficient and miniaturized antennas for use in wearable devices, autonomous vehicles, and healthcare technologies. The integration of advanced materials and fabrication methods such as additive manufacturing will also play a key role.

4. 是什么吸引您加入Engineering Research Express期刊编委团队?

I was honored to join the editorial board of Engineering Research Express because of its dedication to publishing scientifically sound research across all areas of engineering. The journal’s focus on high-quality peer review and rapid dissemination makes it an excellent platform for both established and emerging technologies. Its openness to interdisciplinary work is especially valuable for researchers like me working in wireless communication, antenna design, and signal processing. ERX offers a space where innovative research can have real impact and reach a broad international audience.

5. 您认为像Engineering Research Express这样的期刊对领域的发展有什么重要影响？

Journals like ERX play a vital role in advancing scientific knowledge by providing a trusted platform for researchers to share new findings. By emphasizing methodological rigor and scientific validity, ERX ensures that valuable research reaches the community efficiently. This is particularly important for fields such as antenna engineering and wireless systems, where rapid innovation is crucial. The journal also encourages collaboration across disciplines, which is essential for solving complex engineering problems and driving future breakthroughs.

• 2024年影响因子：1.6  Citescore: 1.9
• Engineering Research Express（ERX,《工程研究快讯》)是一本涵盖工程科学所有领域的多学科期刊，致力于发表新的实验和理论研究。ERX对文章长度的具有灵活性并采用快速同行评审政策。发表范围涵盖：电气工程（包括控制工程、量子工程、电子工程、光学工程、电力工程、机器人和半导体工程）、 机械工程（包括航空工程、汽车工程、材料工程和真空工程）、土木工程（包括环境工程、水利工程、海洋和地理工程、结构工程）、化学工程（包括生物工程、食品科学、化学合成和精炼，以及微加工）等方面。