Achievements

UM-HKU teams win multiple prizes at 2023 World Robot Contest

澳大港大聯隊於世界機器人大賽奪佳績

A joint team formed by the University of Macau (UM) and the University of Hong Kong (HKU) achieved remarkable results at the 2023 World Robot Conference (WRC) – Brain-Computer Interface (BCI)-Controlled Robot Contest. They won the championships in two out of five technical competitions: the SSVEP-Based BCI Competition and the BCI Attack-Security Competition, as well as the Overall First Prize. Additionally, the algorithm developed by the joint team was selected as the only entry for the BCI-Controlled Typing – Live Audience Touchscreen Input Speed Challenge, setting a record of 1.43 characters per second for this year’s World Robot Conference. Furthermore, Li Haobo, a first-year undergraduate student from the Faculty of Science and Technology, participated in the Youth Group Emotional BCI Competition and achieved first place in the preliminary round and Third Prize in the final.

The joint team consists of Tao Wei (Captain), Liu Xucheng, Yang Yi, Yang Zhengyuan, doctoral students from the Faculty of Science and Technology at the University of Macau, and Wang Junlin, a doctoral student from the Faculty of Medicine at the University of Hong Kong. The team is supervised by Associate Professor Wan Feng from the Faculty of Science and Technology at the University of Macau and Associate Professor Hu Yong from the Faculty of Medicine at the University of Hong Kong. UM has achieved outstanding results in the previous World Robot Contest – BCI Brain-Controlled Robot Contest, demonstrating its strong capabilities in both theoretical research and practical applications in the field of brain-computer interfaces. This research has received consistent support from the Science and Technology Development Fund of the Macao Special Administrative Region and the University of Macau over the years.

Since 2015, the World Robot Contest has been successfully held for eight editions, attracting over 200,000 participants from more than 20 countries worldwide. It is widely acclaimed as the “Olympic Games” in the robotics field by mainstream media and has received continuous guidance from the National Natural Science Foundation of China. The contest has achieved international recognition for its various competition events and results. The BCI-Controlled Robot Contest, as a “Cutting-Edge” scientific research event within the World Robot Contest, has been successfully held for seven editions. The competition focuses on the application of BCI technology in areas such as medical rehabilitation, education, entertainment, consumer electronics, autonomous driving, and smart homes, aiming to promote the cross-industry integration and development of this technology with various sectors.

澳門大學和香港大學組成的聯合隊伍參加2023世界機器人大賽-BCI腦控機器人大賽，獲得技術賽五個單項賽中的枕葉腦機賽題和腦機對抗安全賽題兩項冠軍及綜合一等獎。同時，聯隊開發的演算法被唯一選擇參加腦控打字-現場觀衆觸屏輸入速度挑戰賽，以1.43字元/秒的成績創造了本年度世界機器人大會腦控打字紀錄。此外，科技學院電機與電腦工程系一年級本科生李浩博參加青年組情緒腦機賽項，獲預賽第一及決賽三等獎。

澳大-港大聯隊由澳門大學科技學院電機與電腦工程系博士生陶威（隊長）、劉旭程、楊毅、楊正元以及香港大學醫學院博士生王俊霖組成，指導老師爲澳門大學科技學院電機與電腦工程系萬峰副教授和香港大學醫學院胡勇副教授。在往屆世界機器人大賽-BCI腦控機器人大賽中，澳大已多次獲得優異成績，展示了大學在腦機介面領域理論研究和實踐應用方面的深厚實力。是項研究得到澳門特別行政區科學技術發展基金和澳門大學多年以來的大力支持。

自2015年起，世界機器人大賽已成功舉辦至第8屆，吸引了全球20多個國家20多萬名選手參賽，被譽爲機器人屆的“奧林匹克”，得到國家自然科學基金委員會的持續指導，並實現多個競賽項目大賽成績的國際互認。BCI腦控機器人大賽作爲世界機器人大賽中一項“高精尖”科研類賽事已成功舉辦7屆，競賽內容重點考察腦-機接口技術在醫療康復、教育、娛樂、消費電子、自動駕駛和智能家居等領域的應用成果，以實現該技術與各行業的跨越式融合發展

From left: Yang Zhengyuan, Yang Yi, Professor Wan Feng, Tao Wei, Liu Xucheng; Front row: Li Haobo)
左起：楊正元，楊毅，萬峰教授，陶威，劉旭程；前排：李浩博

UM student wins IEEE TEC Prize PhD Thesis Talk Award

澳大博士生奪國際知名協會博士論文演講獎

   Dr. Li LIU, a Ph.D. graduate of the Department of Electrical and Computer Engineering at the University of Macau (UM), has won the 2022 Ph.D. Thesis Talk Award from the Transportation Electrification Community (TEC) which a well-known association under the Institute of Electrical and Electronics Engineers (IEEE). Dr. Liu’s research focus on the quality control of electrical energy in electrified railway power supply systems, and his innovative solutions distinguished him from doctoral candidates from around the world. He is the only doctoral student in Macau to receive this prestigious award.

   The IEEE TEC is a renowned international professional academic organization that promotes the development of transportation electrification technology. The TEC holds an annual Ph.D. Thesis Talk competition to provide an international platform for all Ph.D. researchers in the field of Transportation Electrification to present their project — both in academia and industry. The winner(s) will receive a certificate and a premium cash award from the association. It requires participants to summarize their research results within three minutes. Dr. Liu’s research proposed innovative solutions to the quality control of electrical energy in electrified railway power supply systems from a topological and control method perspective. With the guidances of his supervisors, Prof. Ningyi DAI and Prof. Keng Weng LAO from the State Key Laboratory of Internet of Things for Smart City and the Department of Electrical and Computer Engineering. During his Ph.D. studies, Dr. Liu published three SCI Q1 journal as the first author and was granted a Chinese invention patent.

   The competition aims to recognize outstanding doctoral students and their research in the field of transportation electrification, and to promote global academic exchange and technological innovation. Dr. Liu’s achievement not only represents the academic level and teaching quality of the University of Macau’s has received international recognition, but it also sets an example and inspires more students in Macau to pursue further studies. UM has always been committed to cultivating high-quality talents with international vision and innovative ability. Dr. Liu’s award reflects the university’s efforts and achievements in the field of transportation electrification. It is wished that more students from Macau will step onto the international stage of technological innovation in the future and contribute to the scientific and technological progress of Macau and the country.

  澳門大學電機及電腦工程系博士畢業生劉力憑藉其在電氣化軌道供電系統中的電能質量調控方面的研究，與來自全球各地多位博士生較量並脫穎而出，奪得電氣和電子工程師協會屬下的交通電氣化協會（IEEE Transportation Electrification Community，TEC）2022年度的博士論文演講比賽獎，是澳門高校唯一獲獎的博士。

  IEEE交通電氣化協會是國際知名的專業學術組織，致力於推動交通電氣化技術的發展。協會每年皆舉辦博士論文演講比賽獎，參與者為全球相關領域畢業一年以內的博士生，優勝者可獲協會頒發獎金及獎狀。賽事要求參加者在三分鐘內簡明扼要地闡述其論文成果，劉博士的研究主要聚焦電氣化軌道供電系統中的電能質量調控問題，從拓撲、控制方法上提出創新的解決方案。在指導教授智慧城市物聯網國家重點實驗室及科技學院電機及電腦工程系戴寧怡和劉景榮的悉心指導下，劉力成功為澳門地區贏得此項殊榮。劉博士於就讀博士期間力學不倦，曾以第一作者身份發表了三篇SCI一區文章，並獲得了一項中國發明專利授權。

  比賽旨在表彰交通電氣化領域中優秀的博士生及其研究，以推動全球學術交流和技術創新。是次獲獎不僅代表澳大電機及電腦工程系的學術水平和教學質量獲國際認可和讚譽，也為澳門學子在科技創新領域樹立榜樣，激勵更多有志深造的學生。澳門大學一直致力於培養具備國際視野和創新能力的高素質人才，是次獲獎體現了澳大在交通電氣化領域的努力和成果。期望未來澳門有更多學生走向國際科技創新舞台，為澳門乃至國家的科技進步作出貢獻。

劉力博士(左三)及其指導教授戴寧怡(左二)及劉景榮(左四) Dr Liu (3rd from left) and his supervisors Prof. Ningyi DAI (2nd from left) and Prof. Keng Weng LAO (4th from left)

劉力是澳門高校唯一獲獎的博士 Dr Liu is the only doctoral student in Macau to receive this award

UM FST and SKL Team Receives Gold and Bronze Awards at the 48th Geneva International Exhibition of Inventions
澳大科技學院及重點實驗室團隊於第48屆日內瓦國際發明展獲金獎及銅獎

The Geneva International Exhibition of Inventions, founded in 1973, is one of the longest-running and largest invention exhibitions in the world. The 48th Geneva International Exhibition of Inventions opened on April 26th at the Palexpo Exhibition Center in Geneva, Switzerland. This is the first time the exhibition has resumed physical activities since the outbreak of the COVID-19 pandemic in 2020. This year’s exhibition attracted over 800 exhibitors from 40 countries, showcasing more than 1,000 invention projects.

A team from the University of Macau’s (UM) State Key Laboratory of Analog and Mixed-Signal VLSI (SKL-AMSV), Institute of Microelectronics (IME), and Department of Electrical and Computer Engineering (ECE) of the Faculty of Science and Technology (FST), including Associate Professor Chi-Seng Lam, Professor Pui-In Mak (Director of SKL-AMSV), and Chair Professor Rui Martins (Vice Rector of Global Affairs), along with two postdoctoral fellows, Wai-Kit Sou and Cheng Gong, and two PhD students, Io-Wa Iam and Pak-Ian Chan, exhibited their inventions entitled “Low-Cost Advanced Controlled Hybrid Active Power Filtering Devices” and “An Efficient and Easy-Adaptation Wireless Charging Solution” at the 48th International Exhibition of Inventions of Geneva. The two inventions were awarded a gold medal and a bronze medal, respectively, for their outstanding performance at the exhibition. These awarded inventions are funded by the Science and Technology Development Fund, Macau SAR (FDCT) (File No.: 0027/2021/A1; 0028/2020/A1; 0014/2021/ITP; 025/2017/A1; SKL-AMSV(UM)-2020-2022; SKL-AMSV(UM)-2023-2025) and the UM (File No.: MYRG2017-00090-AMSV).

The invention “Low-Cost Advanced Controlled Hybrid Active Power Filtering Devices” has developed a variety of new advanced controller design schemes that significantly improve the device’s performance without increasing any hardware costs. This advanced controlled device can achieve lower steady-state error, faster response speed, higher anti-interference capability, and higher stability, further improving the cost-effectiveness of the device. It effectively eliminates harmonic and reactive power problems in the distribution power network, improves its efficiency, and achieves more effective energy-saving and carbon emission reduction. Additionally, for customers with high electricity consumption, the device can reduce the customer’s huge reactive power cost and also eliminate the impacts on the electrical equipment such as overheating, vibration, noise, and reduced lifecycle caused by the harmonic currents, achieving a win-win situation for both the power company and its customers.

Another awarded invention, “An Efficient and Easy-Adaptation Wireless Charging Solution” has developed a high-efficiency, adaptable, and fast wireless charging solution that can easily adapt to battery charging specifications of different vehicles and allow users to charge their vehicles without stopping. This invention can improve the vehicle’s battery life, promoting low-carbon travel. The wireless charging technology developed by this project can also be applied in the fields of property management and industrial automation, such as powering inspection and service robots for smart property management as well as automatic guided vehicles in smart warehouses. It can supply electricity 24 hours a day to support wireless power supply and Internet of Things applications and can greatly improve work efficiency.

Based on their accumulated technology from the inventions, the team has spin-off a company in Macau. The company has been selected as an incubation team in the UM’s Centre for Innovation and Entrepreneurship and for the second edition of the funding scheme of UM Development Foundation. The team hopes to industrialize more scientific research results in the future.

日內瓦國際發明展（Geneva International Exhibition of Inventions）創辦於1973年，是世界上舉辦歷史最長、規模最大的發明展之一。第48屆日內瓦國際發明展於4月26日在瑞士日內瓦Palexpo展覽館盛大開幕。這是自2020年新冠疫情爆發以來，該展覽會首次恢復線下活動。本次展覽吸引了來自40個國家的800多個參展單位，共展出1000多個發明項目。

在澳門科學技術發展基金（檔案編號：0027/2021/A1；0028/2020/A1；0014/2021/ITP；025/2017/A1；SKL-AMSV(UM)-2020-2022；SKL-AMSV(UM)-2023-2025）和澳門大學（檔案編號：MYRG2017-00090-AMSV）等項目的資助下，澳門大學模擬與混合信號超大規模集成電路國家重點實驗室、微電子研究院、科技學院電機及電腦工程系副教授林智聲、教授麥沛然 (實驗室主任) 及講座教授馬許願 (副校長（全球事務)）組成團隊, 聯同兩位博士後蘇偉傑和宮成及兩位博士生任耀華和陳泊仁分別以「低成本先進控制的混合有源電力濾波裝置」和「高效易適配的無線充電方案」參展。澳大的兩個項目在展覽中表現優異，分別獲頒金獎和銅獎。

「低成本先進控制的混合有源電力濾波裝置」研發出多種新型先進控制器設計方案，能在不增加任何硬件成本下顯著提升裝置的工作效能，可實現更低穩態誤差、更快響應速度、更高抗干擾性、更高穩定性等，進一步提高了裝置的成本效益，使裝置更有效消除配電網中的諧波及無功功率問題，提高配電網效率，從而達到更有效的節能減碳排放。此外，對於用電量大的客戶來說，裝置亦能減少客戶龐大的無功功率費用，而且亦能消除諧波電流所造成電氣設備過熱，產生振動和噪聲，使用壽命降低等問題，使得電力公司及其客戶達到了雙贏效果。

另外一個獲獎項目「高效易適配的無線充電方案」研發出一種高效、易適配、快速充電的無線充電方案，容易適配不同車輛電池的充電規格，可實現 “即停即充，邊走邊充”，提升車輛電池的續航能力，推動低碳出行。項目開發的無線充電技術亦可應用於物管和工業自動化等領域，如智慧物管的巡檢及服務機器人、智能物流倉儲業的自動導引車等，能24小時不間斷供電，實現無線供電和物聯網應用，大大提升工作效率。

團隊憑藉項目技術積累在澳門創立了一間初創科技公司，並已入駐澳門大學創新創業中心及入選澳門大學基金會第二期創新創業資助計劃，團隊期望往後能為更多科研成果實現產業化。

澳大兩個項目獲頒金獎和銅獎 UM two inventions were awarded a gold medal and a bronze medal

研究團隊合影 Research Project team Group Photo

UM wireless charging system receives 1st prize of sci-tech achievement award among projects from Shenzhen, Hong Kong, and Macao
澳大無線充電獲深港澳科技成果一等奬

An efficient and adaptable wireless charging system developed by a research team at the University of Macau (UM) recently received a first prize of the Science and Technology Achievement Award, the highest award in this category, in the 2022 Shenzhen-Hong Kong-Macao science and technology project review activity.

The activity was co-organised by Shenzhen Computer Users Association, the Shenzhen-Hong Kong-Macao talent exchange and qualification recognition committee, and the Shenzhen committee for the evaluation of technological achievements in electronic information technology. After an evaluation process involving experts from Shenzhen, Hong Kong, and Macao, 17 research projects were awarded and the UM project titled ‘Efficient and Adaptable Wireless Charging System – Building an Era of Low-Carbon Travel and Efficient Property Management’ received a first prize of the Science and Technology Achievement Award. The award is not only a recognition of the strength of the UM research team, but also an affirmation of the contributions of UM and Macao to technological innovation and sustainable development.

The system was developed by Associate Professor Lam Chi Seng, Professor Mak Pui In, and Chair Professor Rui Martins in the Department of Electrical and Computer Engineering of the Faculty of Science and Technology, the State Key Laboratory of Analog and Mixed-Signal VLSI, and the Institute of Microelectronics. Popularising electric vehicles in China is crucial to achieving the national ‘Dual Carbon’ goals. For this reason, the project aims to develop an efficient and adaptable wireless charging system that can easily adapt to the charging specifications of different vehicles and allow users to charge their vehicles without stopping. This technology can also be applied in the fields of property management and industrial automation, such as powering inspection and service robots for smart property management as well as automatic guided vehicles in smart warehouses. It can supply electricity 24 hours a day to support wireless power supply and Internet of Things application and can greatly improve work efficiency.

In addition, Sun Nan, a member of the leading Party members’ group of the Shenzhen Association for Science and Technology, also awarded the Shenzhen Computer Science and Technology Contribution Medal of the second grade to Prof Lam, the principle investigator of the project. Lam says that the project is a major achievement of UM in research and innovation, adding that the research results will help promote the technological development and economic transformation of Macao and even the Guangdong-Hong Kong-Macao Greater Bay Area.

The awarded project above were funded by the Science and Technology Development Fund, Macao SAR (File no. 0028/2020/A1; 0014/2021/ITP; 025/2017/A1; SKL-AMSV(UM)-2020-2022; SKL-AMSV(UM)-2023-2025) and UM’s research fund (File no. MYRG2017-00090-AMSV).

澳門大學研究團隊的高效易適配無線充電系統於“2022深港澳科技項目評審活動”中獲評審委員會高度評價，獲最高級別的科技成果一等奬。

深圳市計算機用戶協會、深港澳人才交流和資質互認委員會和深圳市電子信息技術科技成果鑒定工作委員會開展了“2022深港澳科技項目評審活動”，經過深港澳三地專家評審，最後甄選出17個獲獎項目，其中澳大的“高效易適配無線充電系統—構建低碳出行和高效物管時代”項目脫穎而出，獲得科技成果一等奬。是次獲獎不僅是對澳大團隊實力的認可，更肯定了澳大和澳門在科技創新和可持續發展方面的努力和貢獻。

該項目由澳大科技學院電機及電腦工程系、微電子研究院及模擬與混合信號超大規模集成電路國家重點實驗室副教授林智聲、教授麥沛然及講座教授馬許願研發。為達成國家「雙碳」目標，推動電動車輛普及十分重要。項目旨在開發一種高效、易適配的無線充電系統，容易適配不同車輛電池的充電規格，可實現車輛“即停即充，邊走邊充”，提升車輛電池的續航能力，推動低碳出行。項目開發的無線充電技術亦可應用於物管和工業自動化等領域，如智慧物管的巡檢及服務機器人、智能物流倉儲業的自動導引車等，能24小時不間斷供電，實現無線供電和物聯網應用，大大提升工作效率。

此外，深圳市科協黨組成員孫楠亦還向項目第一完成人林智聲授予深圳市計算機科技貢獻二級獎章。林智聲表示，該項目是澳大在科研和創新的重大成果。成功研發和應用該項目，將有助推動澳門乃至粵港澳大灣區的科技發展和經濟轉型升級。

上述獲獎的項目獲澳門特別行政區科學技術發展基金（檔案編號：0028/2020/A1；0014/2021/ITP；025/2017/A1；SKL-AMSV(UM)-2020-2022；SKL-AMSV(UM)-2023-2025）及澳門大學（檔案編號：MYRG2017-00090-AMSV）資助

Lam Chi Seng receives the award on behalf of the team 林智聲代表領獎

Mak Pui In 麥沛然

Rui Martins 馬許願

FST presents the 2022/2023 “Teaching Excellent Award” and “Research Excellence Award”
澳門大學科技學院頒授2022/2023年度優秀教學獎及研究卓越獎

The Faculty of Science and Technology (FST) of the University of Macau (UM) presents the 2022/2023 “Teaching Excellence Award” and “Research Excellence Award” to 4 professors today (8 February). After the selection by FST management committee, the “Teaching Excellence Award” were presented to Prof U Leong Hou, Associate Professor in the Department of Computer and Information Science and Prof Hao Tianwei, Assistant Professor in the Department of Civil and Environmental Engineering. The “Research Excellence Awards” were presented to Prof Ma Shaodan, Professor in the Department of Electrical and Computer Engineering and Prof Zhou Jiantao, Associate Professor in the Department of Computer and Information Science. The award aims to commend these professors for their constantly improvement in teaching and perseverance and innovation in research. They successfully enhance the quality of teaching and research of UM, as well as setting up a role model for other academic staff and students.

Leong Hou U, Associate professor in the Department of Computer and Information Science, has been teaching at UM since 2011. Over the past few years, he has undertaken many large-scale Data Engineering and Artificial Intelligence conferences as the chairman and core member of the local committee, and has led many students to participate in international programming contest. The competition creates important opportunities for students by broadening their international horizons. He coordinates and teaches an interdisciplinary MSc in Data Science which attracts students from many different disciplines. In teaching, he also shows inclusiveness to students, and values the perspectives of students with different academic backgrounds. He successfully creates a positive and valued learning environment. At the same time, through sharing the cutting-edge scientific research results in big data processing and analysis, theory and practical knowledge are effectively delivered in the class, thus, a platform is established for students to cultivate critical thinking and problem-solving abilities.

Tianwei Hao, Assistant professor in the Department of Civil and Environmental Engineering, joined UM in 2017. In regards of teaching, he prepares well before every class and usually cites additional background information and examples, using various teaching tools, such as thought experiments and animation videos, to help students absorb the most cutting-edge knowledge and have better learning experiences, most importantly, his teaching makes the class more attractive which largely stimulate students’ enthusiasm and learning motivation. Prof Hao believes that learning is like a boat sailing against the current must forge ahead or it will be driven back, therefore, continuous learning is the best way to teach by precept and example. He keeps improving his research and hopes set up a role model of independent learning for students.

Shaodan Ma is a Professor at the Faculty of Science and Technology, and the State Key Laboratory of Internet of Things for Smart City at the University of Macau. Her research focuses on array signal processing, transceiver design, localization in wave communications and massive MIMO systems. She has published over 180 papers in referred journals and conferences. She was a symposium co-chair for various international conferences including IEEE ICC 2021, 2019 & 2016, IEEE/CIC ICCC 2019, IEEE GLOBECOM 2016, etc. Currently she serves as an Editor for IEEE Transactions on Wireless Communications, IEEE Transactions on Communications, IEEE Communications Letters, and Journal of Communications and Information Networks. She received Macao Science and Technology Award (3rd prize, Natural Science Award) in 2022.

Jiantao Zhou is an Associate Professor in the Department of Computer and Information Science who joined UM in 2012. His research focuses on artificial intelligence security and privacy protection. Professor Zhou has made a lot of achievements in the field of multimedia information security and forensics in social networks. His highly robust forged image detection and positioning technology has been successfully applied to the security department of Alibaba and used to detect the authenticity of certificate images. Professor Zhou is currently the associate editor of two top journals in the field of multimedia information processing, IEEE Trans. Image Processing and IEEE Trans Multimedia, and the co-chairman of the 2023 Program Committee of the flagship conference in the multimedia field, IEEE International Conference on Multimedia and Expo (ICME). Won the third prize of the Natural Science Award of the Macau Science and Technology Awards.

FST presents the “Excellent Teaching Award” and the “Research Excellence Award” as a recognition to academic staff in making unremitting efforts in teaching and research. It reflects the pursuit of the qualities in teaching and research of the Faculty, as well as the aims of stimulating talent development, scientific progress and local competitiveness of the university.

澳門大學科技學院今 (2月8日) 頒發2022/2023學年年度「優秀教學獎」及「研究卓越獎」予四位教授。經過學院相關管理委員會的嚴格遴選，「優秀教學獎」由電腦及資訊科學系副教授余亮豪及土木及環境工程系助理教授郝天偉奪得。而「研究卓越獎」則由電機及電腦工程系馬少丹教授及電腦及資訊科學系副教授周建濤獲得。獎項旨在表揚他們言傳身教、力臻完美的教學以及在科研上精益求精、砥礪創新的精神，為師生們樹立良好榜樣，同時提升澳大及科技學院教學及科研水平。

電腦及資訊科學系副教授余亮豪自2011年在澳大任教，過去數年多次承辨多項大型數據工程及人工智能會議擔任本地委員會主席及核心成員，並組織及帶領多屆學生參與國際性程序設計比賽，為學生締造更多學習機會，擴闊國際視野。他協調並教授跨學科的數據科學碩士課程，吸引眾多不同學科的學生參與。教學上，他展現對學生的包容性，同時重視不同學術背景學生的觀點，創造積極及受重視的學習環境。同時，透過從事大數據處理及分析的學術科研成果，課堂上有效柔合前沿理論及實際操作，為學生建立平台，培養批判性思考及解決問題的能力。

土木及環境工程系助理教授郝天偉於2017年加入澳大，每次授課前皆有充足準備，經常引用額外的背景資料及實例，同時運用各種教學工具，如思想實驗及動畫影片等，令學生吸收到最前沿的知識，有更優質的課堂體驗，同時令教學更加引人入勝，激發學生的熱情及學習動機。郝教授相信學習就如逆水行舟，持續學習就是最好的言傳身教，因此不斷精進其研究領域，引導學生成為自主學習的榜樣。

馬少丹教授於2015年加入澳大，主要從事無線通信、多天線通信系統信號處理、收發機優化設計、性能分析、資源分配等方向理論研究及實踐工作，在國際權威期刊及會議上發表學術論文180餘篇。現任IEEE Transactions on Wireless Communications，IEEE Transactions on Communications，IEEE Communications Letters, 和 Journal of Communications and Information Networks等期刊編委，曾多次擔任包括IEEE ICC 2021, 2019 & 2016、IEEE/CIC ICCC 2019、IEEE GLOBECOM 2016等在內的國際學術會議無線通信研討會聯席主席，2022年更獲得澳門科學技術獎自然科學三等獎。

電腦及資訊科學系副教授周建濤2012年加入澳大，研究方向是人工智能安全與隱私保護。周教授在社交網絡的多媒體信息安全與取證領域建樹頗豐，其所提出的高魯棒偽造圖像檢測與定位技術成功應用於阿里巴巴安全部及應用於檢測證件類圖像的真偽。周教授目前擔任多媒體信息處理領域兩個頂級期刊IEEE Trans. Image Processing和IEEE Trans Multimedia的副主編，以及多媒體領域旗艦會議IEEE International Conference on Multimedia and Expo (ICME) 2023程序委員會聯合主席，2022年更奪得澳門科技獎自然科學三等獎。

科技學院頒發「優秀教學獎」及「研究卓越獎」以表彰教職員分別在教學及研究上取得的卓越成就。反映學院對教學及科研質量的重視，未來學院將繼續推動大學的教研水準，為社會作育英才。

UM FST student received the certificate of merit from SAR government
澳大科技學院學生獲澳門特區授予功績獎狀

Chan Pak Ian, a first-year PhD student in the Department of Electrical and Computer Engineering of the Faculty of Science and Technology (FST), the State Key Laboratory of Analog and Mixed-Signal VLSI, and the Institute of Microelectronics at the University of Macau (UM) received the certificate of merit from the Macao SAR government on 13 January.

The outstanding performance in academics of Chan Pak Ian has been widely recognized. After receiving the 13th China Youth Science and Technology Innovation Award last, he and his research team completed a research project, namely ‘Practical Application of Advanced Controlled New Generation Current Quality Compensation Device’ funded by the Macao Science and Technology Development Fund, have been published by internationally-renowned journals in power electronics, namely IEEE Transactions on Industrial Electronics (SCI, Q1) and IEEE Journal of Emerging and Selected Topics in Power Electronics (SCI, Q1), and three of them have been published by the Annual Conference of the IEEE Industrial Electronics Society. (IECON). His research was successfully transformed and applied to the Macau Water Supply Company, contributing to the energy conservation and emission reduction in Macau.

Chan has shown perseverance and tireless spirit in technological innovation. In regards of receiving this honor, he expressed his gratitude to the Macao SAR government for its recognition and support of his scientific research work for many years. In the future, he will continue to assist in the industrialization of scientific research results, and contribute more to the development of scientific research in Macao.

陳泊仁是澳門大學科技學院電機及電腦工程系、模擬與混合信號超大規模集成電路國家重點實驗室及微電子研究院博士一年級學生，早前 (13日)獲澳門特區政府授予功績獎狀，以表揚其對澳門的聲譽、發展及社會進步作出重要貢獻。

陳泊仁在學術上表現出眾，實力獲國內外廣泛認可，繼去年獲 “第13屆中國青少年科技創新獎”，成為本澳唯一取得中國青少年科技創新獎的大學生，他與團隊完成由澳門科學技術發展基金資助的「先進控制的新一代電流質量補償裝置的實際應用」的研究工作，其中兩項研究成果被收錄於國際著名電力電子期刊《IEEE Transactions on Industrial Electronics》（SCI一區）及《IEEE Journal of Emerging and Selected Topics in Power Electronics》（SCI一區），三項被收錄於IEEE工業電子學會國際年度會議（IECON）。他的研究最終成功轉化及應用到澳門自來水公司項目，為澳門實現節能減排作出貢獻。

陳泊仁對於科技創新展現出堅持不懈、孜孜不倦的精神。對於獲功績獎狀，他表示感謝澳門特區政府對其多年科研工作肯定及支持，未來會繼續協助科研成果產業化，期望能為澳門科研發展及社會作貢獻。

澳大學生獲澳門特區授予功績獎狀
UM student received the certificate of merit from SAR government

陳泊仁Chan Pak Ian

UM student receives China Youth Science and Technology Innovation Award
澳大學生獲中國青少年科技創新獎

Chan Pak Ian, a first-year PhD student in the Department of Electrical and Computer Engineering of the Faculty of Science and Technology (FST), the State Key Laboratory of Analog and Mixed-Signal VLSI, and the Institute of Microelectronics at the University of Macau (UM) received the 13th China Youth Science and Technology Innovation Award. He is one of the 89 awardees across the country and the only university student in Macao to receive this honour this year.

As the highest award for youth science and technology innovation in China, the China Youth Science and Technology Innovation Award was established in 2004 to commemorate the 100th anniversary of the birth of Deng Xiaoping and is jointly organised, reviewed, and selected by the Central Committee of the Communist Youth League of China, All-China Youth Federation, All-China Students’ Federation, and the National Permanent Standing Commission-Young Pioneers of China. Since 2004, more than 1,000 students have received this award. The organisers believe that Chan has already attained plenty of academic and creative achievements, developed a good sense of technological innovation, and has huge potential for innovation and growth. This is reflected by his recognition by leading international institutions that have published his research papers, the technology transfer of his research results, his outstanding academic performance, and his hard work and dedication during his undergraduate studies. Based on the above, Chan was awarded the China Youth Science and Technology Innovation Award for his innovative spirit and ambition to serve the country through science and innovation.

Thanks to the guidance of Lam Chi Seng, associate professor in the Department of Electrical and Computer Engineering of the FST, the State Key Laboratory of Analog and Mixed-Signal VLSI, and the Institute of Microelectronics at UM, Chan already produced a variety of research results during his undergraduate studies. He graduated from the Department of Electrical and Computer Engineering of the FST in 2022 and began his PhD studies in the department in August in the same year.

During his busy undergraduate studies, he spent his spare time working on a project titled ‘Practical Application of Advanced Controlled New Generation Current Quality Compensation Device’, which was funded by the Science and Technology Development Fund, Macao SAR (File no: 0027/2021/A1). He has authored or co-authored six papers with team members of the above project. Two of them have been published by internationally-renowned journals in power electronics, namely IEEE Transactions on Industrial Electronics (SCI, Q1) and IEEE Journal of Emerging and Selected Topics in Power Electronics (SCI, Q1), and three of them have been published by the Annual Conference of the IEEE Industrial Electronics Society. One of the papers is still under review process by the journals mentioned above.

In addition, Chan is actively involved in a UM project to apply a new generation current quality compensation device to the Macao Water Supply Company Limited. The research team is now discussing the details of production via an industrial platform with enterprises in mainland China. Chan also developed a new single-phase hybrid active power compensation device for his undergraduate final year project. The project received the FST Dean’s Honorary Award for Final Year Project and the Best Final Year Project Award of the Department of Electrical and Computer Engineering. It also won the championship of the IEEE IES Macao Chapter 2022 Undergraduate Project Competition. Chan entered the Dean’s Honor List every year during his undergraduate studies and received two MGM Elite Scholarships as well as one Macao Foundation Scholarship. Because of his outstanding academic and research achievements, he was admitted to UM as a direct PhD student and was awarded the UM PhD Assistantship.

澳門大學科技學院電機及電腦工程系、模擬與混合信號超大規模集成電路國家重點實驗室、微電子研究院博士一年級學生陳泊仁獲2022年第十三屆“中國青少年科技創新獎”，成為全國89位獲獎人之一，也是澳門唯一獲得此殊榮的大學生。

“中國青少年科技創新獎”是中國青少年科技創新領域的崇高榮譽，設立於2004年，在鄧小平同志誕辰100周年之際，親屬按照他的遺願，捐獻出生前全部稿費，並由共青團中央、全國青聯、全國學聯、全國少工委共同開展評選，面向全日制在校學生個人設獎，覆蓋大、中、小學。迄今為止，已有千餘名學生獲獎。陳泊仁於本科期間，已有數篇學術研究論文被國際頂尖機構收錄、轉化的研究成果、傑出的學術成績及刻苦努力的學習精神。主辦單位認為陳泊仁已具學術性及創造性的成果、科技創新的觸覺、以及較大創新潛質和成長潛力，因此向他頒發“中國青少年科技創新獎”，以表彰其創新精神和科創報國志向。

在澳大科技學院電機及電腦工程系、模擬與混合信號超大規模集成電路國家重點實驗室、微電子研究院副教授林智聲的指導下，陳泊仁憑著本科時獲得的豐富研究成果獲此殊榮。陳泊仁是澳大科技學院電機及電腦工程系的2022年本科畢業生，並於今年8月份開始修讀該學系的博士課程。他在忙碌的本科學習中，利用課餘時間進行由澳門特別行政區科學技術發展基金資助的“先進控制的新一代電流質量補償裝置的實際應用”項目（檔案編號：0027/2021/A1）；他主導及協助團隊成員完成了6項上述項目的研究工作，其中兩項研究成果被收錄於國際著名電力電子期刊《IEEE Transactions on Industrial Electronics》（SCI一區）及《IEEE Journal of Emerging and Selected Topics in Power Electronics》（SCI一區），3項被收錄於IEEE工業電子學會國際年度會議（IECON），還有1項正在被上述期刊審稿中。

此外，陳泊仁積極參與澳大研究團隊將新一代電流質量補償裝置的研究成果應用到澳門自來水股份有限公司的項目，現在團隊與國內企業商討工業化平台生產。在設計本科畢業項目期間，陳泊仁搭建了一個全新的單相混合有源濾波器補償裝置，並獲“科技學院畢業設計項目院長榮譽獎”、“電機及電腦工程系最佳畢業設計項目獎”、“IEEE IES澳門分會2022年本科項目競賽冠軍”等榮譽。大學四年，陳泊仁每一年都選入“院長榮譽榜名單”，並獲取兩次“美高梅展才獎學金”和一次“澳門基金會優秀在讀學生獎學金”。基於上述傑出的學術及研究成果，他被澳大直接錄取為直博生，並獲得“澳大博士生助學金”。

陳泊仁（左）及林智聲
Chan Pak Ian (left) and Prof Lam Chi Seng

獎狀 Award and certificate

UM professor Mak Pui In makes list of recipients of Xplorer Prize 2022
科學探索獎公佈！澳大教授麥沛然獲獎

Over 900 academicians of different countries and more than 30 presidents of prestigious university participated in the nomination, recommendation, and evaluation processes of this year’s Xplorer Prize. More than 20 winners of international awards, including Nobel Prize, Turing Award, and Fields Medal, were involved in the nomination process alone. Prof Mak’s award-winning project is ‘Battery-less Intelligent Electronic Chips’, which is expected to solve two technical bottlenecks in the development of massive Internet of Things in China, namely manual battery replacement and batteries not being environmentally friendly. ‘Scientific research in Macao did not have a high starting point, but with the support of the country in various aspects and the frequent interaction with other parts of the Greater Bay Area in the past few years, we have been making rapid progress. We will continue to work hard with a focus on quality over quantity to contribute to scientific innovation in China,’ says Prof Mak.

Born and raised in Macao, Prof Mak is also currently the deputy director (research) of UM’s Institute of Microelectronics. He is a fellow of the Institute of Electrical and Electronics Engineers, a fellow of the Institution of Engineering and Technology, a fellow of the Royal Society of Chemistry, and an overseas expert of the Chinese Academy of Sciences. Prof Mak is an internationally recognised expert in the field of integrated circuits, specialising in radio frequency and analog integrated circuits. He was awarded a commemorative medal for the 70th anniversary of the founding of the People’s Republic of China and was selected as a representative on Macao’s float during the National Day Parade in 2019. In addition, he received a second prize of the State Science and Technological Progress Award in 2011 and the Certificate of Merit from the Macao SAR government in 2005, and has received six prizes in the Technological Invention Award category of the Macao Science and Technology Awards since 2012. Prof Mak is also a co-founder of Digifluidic, UM’s first start-up company based on industry-academia collaboration, which produces digital microfluidic chips and automated nucleic acid analysis systems to facilitate low-cost and rapid food safety screening and disease detection.

The Xplorer Prize was jointly initiated in 2018 by Tencent Foundation initiator Ma Huateng and 14 renowned scientists, including Chen Ning Yang, Rao Yi, Shi Yigong, Pan Jianwei, and Xie Xiaoliang. It is one of the funding schemes with high amount of sponsorships for young talent in science and technology in China. The awards cover ten areas of basic sciences and cutting-edge technology, and 200 winners have been selected over the past four years. As a scientist-led public service award, the Xplorer Prize upholds the mission of ‘looking towards the future, rewarding scholars with potential, and encouraging exploration’ through encouraging young talent to explore new frontiers in science and technology and studying the feasibility of a sustainable and stable input mechanism in society for supporting basic research and talent development.

第四屆“科學探索獎”獲獎名單今（15）日揭曉，澳門大學模擬與混合信號超大規模集成電路國家重點實驗室代主任、科技學院電機及電腦工程系教授麥沛然獲獎。在50位獲獎的青年科學家中，港澳地區佔了3席，麥沛然成為澳門首位和唯一獲此殊榮的學者。

在今年“科學探索獎”的提名、推薦和評審過程中，有超過900位各國院士、30多所著名大學校長參與。僅在提名推薦階段，就有20多位諾貝爾獎、圖靈獎、菲爾茲獎等國際大獎得主參與其中。麥沛然的獲獎項目為“無電池智能電子芯片”，可為國家解決大規模物聯網發展的技術瓶頸——人手換電池和電池不環保兩個問題。他表示：“澳門科學研究的起點不算高，但這幾年得到國家方方面面的支持，又有和大灣區的頻繁互動，進步速度很快。我們會在‘小而精’的方向上不斷努力，為國家的科技創新做出貢獻。”

麥沛然是土生土長的澳門人，現任澳大微電子研究院副院長（研究），亦是國際電機電子工程師學會會士（IEEE Fellow）、英國工程技術學會會士（IET Fellow）、英國皇家化學會會士（RSC Fellow）和中國科學院海外專家。他是國際公認的集成電路領域專家，專注於射頻和模擬電路領域的研究。他於2019年獲國慶70周年紀念章和獲選澳門彩車代表、2011年獲國家科學技術進步二等獎、2005年獲澳門政府授勛功績獎狀，2012年起6獲澳門技術發明獎。麥沛然也是澳大首個產學研創業公司Digifluidic聯合創始人，該公司以數字微流控芯片和自動化核酸分析系統爲核心產品，促進低成本和快速食品安全檢查及疾病篩查的發展。

“科學探索獎”於2018年由楊振寧、饒毅、施一公、潘建偉、謝曉亮等14位知名科學家與騰訊基金會發起人馬化騰共同發起，是目前國內金額最高的青年科技人才資助計劃之一。獎項覆蓋基礎科學和前沿技術10個領域，4年來共評選出200位得獎者。作為科學家主導的公益獎項，獎項秉持“面向未來、獎勵潛力、鼓勵探索”的宗旨，鼓勵青年科技人才探索科學“無人區”，探索社會支持基礎研究人才持續穩定的投入機制。

麥沛然 Mak Pui In

UM develops multimode CMOS vision sensor chip
澳大團隊成功研發多功能視覺傳感器芯片

Wu Jiangchao, a PhD student in the Department of Electrical and Computer Engineering, Faculty of Science and Technology, University of Macau (UM), and a research team led by his supervisor Law Man Kay, associate professor in UM’s Institute of Microelectronics, have developed the first multimode CMOS vision sensor chip which not only enables efficient optical flow extraction of moving objects but also achieves uninterrupted solar energy harvesting. The chip can reduce data bandwidth requirement while improving energy efficiency and lowering maintenance costs. The research result has been published in the well-known international journal IEEE Sensors Journal and will serve as an important reference for the future development of self-powered image sensor systems.

Ubiquitous wireless sensor nodes play an important role in future internet of things applications, with visual perception being the most important sensing domain in various monitoring scenarios. To fulfill the trend of continuous environment monitoring with emerging technologies such as artificial intelligence, intelligent transport, and indoor/outdoor monitoring, a multimode CMOS vision sensor with on-chip motion direction detection and energy harvesting capabilities can reduce the data bandwidth requirement of these devices while improving their energy efficiency, effectively relaxing the maintenance costs associated with frequent battery replacement.

Titled ‘A Multimode CMOS Vision Sensor With On-Chip Motion Direction Detection and Simultaneous Energy Harvesting Capabilities’, the study proposes an energy-efficient and lightweight optical flow algorithm for on-chip motion direction detection. It utilises vertically stacked photodiodes for independent imaging and energy harvesting, effectively breaking the bottleneck in the conventional pixel-level photodiodes reconfiguration approach while improving the achievable spatial resolution and energy harvesting efficiency. Fabricated in the standard size of CMOS (0.18-µm), the chip prototype has a pixel size of only 4.75µm. This is also the first CMOS vision sensor that has achieved motion direction detection and energy harvesting at the pixel level.

Prof Law is the paper’s corresponding author and Wu is the first author. PhD student Lu Xin, Prof Yang Jiang, Prof Liu Liyuan, Prof Mak Pui In, and Prof Rui Martins also made important contributions to the study. The project was funded by the Science and Technology Development Fund of Macao (File no: 148/2020/A3, 011/2019/APJ, 069/2016/A2, SKL-AMSV(UM)-2020-2022) and University of Macau (File no: CPG2022-00011-IME).

To view the full version of the paper, please visit: https://ieeexplore.ieee.org/stamp/stamp.jsp?arnumber=9789972

澳門大學科技學院電機及電腦工程系、微電子研究院副教授羅文基和博士生吳江潮研發出一款多功能視覺傳感器芯片，能減少數據傳輸的帶寬需求，並有效提升系統運行時間及減少維護成本，是首塊在像素層面實現運動方向檢測和能量採集功能的CMOS視覺傳感器芯片。相關研究成果已刊登於國際著名期刊《IEEE 傳感器雜誌》（IEEE Sensors Journal），為往後開發自供電圖像傳感器系統架構提供重要參考。

無處不在的無線傳感節點在物聯網應用中扮演著重要的角色，而視覺感知在各種監測場景中尤為重要。由於人工智能、智能交通、室內／室外監控等新興應用對環境進行不間斷監測的應用趨勢，具有能量採集功能的低功耗運動方向檢測圖像傳感器能減少數據傳輸的帶寬需求，並有效提升其系統運行時間及減少電池更換所帶來的維護成本。

該項研究成果以“具備片上運動方向檢測及無間斷能量收集功能的多模式 CMOS 視覺傳感器”（A Multimode CMOS Vision Sensor With On-Chip Motion Direction Detection and Simultaneous Energy Harvesting Capabilities）為題，提出一種用於片上運動方向檢測的高能效輕量級光流算法，並利用了垂直堆疊的光電二極管結進行獨立圖像成像和能量收集，突破了傳統對光電二極管的重置需求，有效提高空間分辨率及能量收集效率。此圖像傳感器芯片製造於0.18微米標準CMOS工藝，像素尺寸僅為4.75微米，是首塊在像素層面實現運動方向檢測和能量採集功能的CMOS視覺傳感器芯片。

該論文通訊作者為羅文基， 吳江潮為文章第一作者；博士生盧欣、江洋教授、劉力源教授、 麥沛然教授及馬許願教授也對此研究作出重要貢獻。此項研究由澳門特別行政區科學技術發展基金（檔案編號：148/2020/A3，011/2019/APJ，069/2016/A2， SKL-AMSV(UM)-2020-2022），及澳門大學（檔案編號：CPG2022-00011-IME）資助。全文可瀏覽：https://ieeexplore.ieee.org/stamp/stamp.jsp?arnumber=9789972

A multi-mode CMOS vision sensor chip
多模式 CMOS 視覺傳感器

(Left) Wu Jiangchao and Law Man Kay
（左）吳江潮及羅文基

UM professor Tam Kam Weng elected IEEE International STEM Ambassador
澳大譚錦榮教授獲選IEEE國際科普大使

Professor Tam Kam Weng in the Department of Electrical and Computer Engineering, Faculty of Science and Technology (FST), University of Macau (UM), has been elected an International STEM Ambassador of the Institute of Electrical and Electronic Engineers (IEEE), the world’s largest organisation in electrical and electronic technology. Prof Tam is the only scholar from Macao to have received this honour this year. In this position, he will assist IEEE in researching and formulating policies for international STEM education as well as hosting STEM training activities and competitions.

With financial support from UM and the Macao Science and Technology Development Fund (FDCT), Prof Tam has carried out innovative STEM (science, technology, engineering, mathematics) educational research, activities, and services at national and international levels, as well as for high school students in Macao, since 2008. Revolving around the theme ‘advanced wireless technology’, he has organised STEM research activities, Chinese-Portuguese science popularisation and academic exchanges, as well as STEM training and competitions in China and abroad.

Among the many students receiving STEM training from Prof Tam, Lou Wan Ian, a student from Sacred Heart Canossian College (English Section), used cutting-edge STEM research results to analyse the relationship between the energy absorption of an antenna and passive RFID tags. In her study, she analysed the nonlinear energy absorption phenomenon of the RFID tags in vertical and horizontal positions, and proposed installing the system in canes used by visually impaired people to allow them to operate the system with simple gestures (horizontal or vertical). Funded by FDCT (file number: 0046/2019/PS), this research project was presented in the IEEE Mega-Challenge 2017: Smart Cities Competition and won the championship.

Prof Tam is dedicated to the study of wireless communication, which has earned him an international reputation in the fields of RFID technology and microwave sensors. Since 2014, he has held important positions in various organisations, such as fellow of the Institution of Engineering and Technology in the United Kingdom, chartered engineer of the UK, member of the Institution of Engineering and Technology’s review committee for chartered engineers, and vice president of the IEEE Council on RFID. He was also a recipient of a scholarship from the European Union for visiting professors and Ted Williams Award of the Association for Automatic Identification and Mobility. He has also received awards from the FDCT, namely the Natural Science Award, the Technological Invention Award, and the Science and Technology Progress Award. Prof Tam currently serves as a member of the Macao SAR government’s Technical Accreditation Committee and a consultant for radiation safety research for the government. He has published more than 200 papers and has obtained five patents, in China and abroad.

IEEE is the world’s most renowned and largest multinational academic organisation in the fields of electrical and electronic engineering, computer, communications, and automation engineering technology. It has approximately 420,000 members and 39 professional chapters in more than 160 countries and regions. It is not only the most important driving force for innovation in the field of information technology, but also an important platform for international youth STEM education.

The title ‘IEEE International Ambassador’ aims to recognise members who have made outstanding contributions to STEM education. Recipients of the title are selected each year based on the number and impact of STEM education activities and the number of STEM education awards. Past recipients of this title come from prestigious universities around the world, including the Massachusetts Institute of Technology and Griffith University in Australia.

澳門大學科技學院電機及電腦工程系教授譚錦榮獲全球最大的美國電機及電子工程師學會（IEEE—Institute of Electrical and Electronics Engineers）選為國際科普大使，是今屆唯一獲得此殊榮的澳門專家學者。譚錦榮將協助IEEE進行國際STEM教育的政策研究和制定，以及協助主持相關培訓及競賽活動。

譚錦榮憑藉澳門大學和澳門科學技術發展基金資助，從2008年開始以先進無線科技為主題在國內外和澳門為中學生開展創新卓越的多元STEM（Science 科學， Technology技術，Engineering 工程，Mathematics 數學） 教育研究、活動和服務，當中包括STEM研究、中葡科普交流、國內外STEM培訓、國內外STEM兢賽，植根澳門，深耕科普。

其中，獲培訓的澳門嘉諾撒聖心英文中學學生勞韻恩利用所學的前沿STEM研究成果，對無源射頻識別標籤與接收天線間的能量吸收進行分析，並根據市場上現有接收天線的獨突特性，提出無源射頻識別標籤在橫向和縱向時對非線性能量吸收的現象。她進一步將此發現與視障人士手仗相結合，使視障人士可以用簡單的手勢（橫向或縱向）進行無線操作。勞韻恩以此成果參與美國電機及電子工程師學會射頻識別技術研討會中的“智慧城市射頻識別技術＂國際超級挑戰大賽，於此世界賽中奪得冠軍，為澳門爭光。該項目由澳門科學技術發展基金（檔案編號：0046/2019/PS）資助。

譚錦榮長期從事無線通訊領域的研究，並在射頻識別技術、微波傳感器等領域享有國際聲譽。2014年起先後當選英國工程技術學會會士、英國特許工程師、英國工程技術學會特許工程師評審委員會委員、美國電機及電子工程師學會射頻識別技術議會副主席、歐盟訪問教授學者獎學金獲獎者、國際自動識別與移動技術獎、澳門科學技術獎的自然科學獎、技術發明獎和科技進步獎三獎獲獎者、澳門特別行政區政府認可技術委員會委員、澳門特別行政區政府無線電輻射安全研究顧問等。他發表的論文高達200餘篇，國內外發明專利5項。

IEEE是世界上電子、電氣、計算機、通信、自動化工程技術研究領域中最著名、規模最大的跨國學術組織，有160多個國家和地區約42萬會員和39個專業分會，不單是信息技術領域最重要的創新驅動源，還是國際青少年STEM教育重要平台。IEEE國際科普大使旨在表彰對STEM 教育做出卓越貢獻的全球會員。每年通過對STEM 教育活動的數量和影響力及獲得STEM教育獎項等嚴格評審指標，評定對STEM有卓越貢獻的專家學者予以嘉許獎勵。歷屆得獎者均來自全球著名學府包括美國麻州理工學院、澳大利亞格里菲斯大學等。

Prof. Tam Kam Weng 譚錦榮教授

…. Achievements Before 2022