工學院院長范俊逸特聘教授為「資通訊科技」領域得主，得獎論文《資源受限物聯網傳輸中具可證明安全與公開驗證性之通用型簽密機制（Provably Secure and Generalized Signcryption With Public Verifiability for Secure Data Transmission Between Resource-Constrained IoT Devices）》，以物聯網的安全性議題，基於無憑證簽章加密（CLSC; certificatelesssigncryption）的概念，提出gCLSC的做法，可在資源受限的物聯網設備上，達到資訊安全所需的真實性與保密性，因具創新實用的學術貢獻，獲得高度重視。該論文曾獲刊《IEEE Internet of Things Journal》期刊。
光電系主任林宗賢特聘教授則以《三維液晶光子晶體之電致形變重組 （Reconfiguration of three-dimensional liquid-crystalline photonic crystals by electrostriction）》在「光電科技」類勝出。其藉由實驗觀察到藍相液晶的拓墣結構的重組，並深入分析藍相液晶在不同狀態下的自由能，進而展現穩定型的非立方晶型之光子晶體，首次突破性地提出Repetitively-Applied Field（RAF）特殊的施加電場方式來引致不同拓撲缺陷型態，且探討及展現非立方光子晶體的優異光電特性以及應用於各光電領域的可能性，使量身訂製整個可見光範圍內的光子能隙變為可能，在學術貢獻上價值至高，該論文亦曾榮獲國際頂尖期刊《Nature Materials》報導。
「中山大學團隊創新研發的『第一代雙載水下載具』（MUV）已在高雄港內測試成功！」王朝欽主任強調，可搭載兩人的水下載人載具目前實測作業時間可達4至8小時，深度水下20米至50米，可應用於探測洋流發電、海洋聲納、海底地形探測、海洋氣膠研究及國防科技；未來將以此為基礎，加入聲納辨識技術、水下通訊調變、防爆震設計等，再以 2至4 年整合各研發系統，並進行開放水域水下實測。與台船合作後的創新規劃方向，除了加入 AI 與深度學習技術，讓台灣在水下無人載具技術有獨立自主的技術根基，進一步更可以自主研發儀器系統提供整合型系統與服務，如水下追蹤、海域調查、深海探勘、敵船辨識、聲納技術及通訊資安等。
國立中山大學光電工程學系副教授洪勇智榮獲109年度科技部「吳大猷先生紀念獎」，洪勇智副教授研究專長為半導體光電元件、光積體電路、矽光子、全像光子晶體、太陽能電池及光纖通訊。洪副教授於102年成立積體光電元件實驗室。他的團隊與台積電矽光子研發部門合作，協助開發矽光子平台，聯合開發計畫（Joint Development Project, JDP），計劃已邁入第4年，團隊的兩名學生在學時即獲得台積電矽光子研發部門預聘，畢業後立刻進入產業界，為矽光子元件開發而努力。
陳彥銘教學認真，在研究上表現亮眼，今年更榮獲學術科技界權威榮譽─國際電機與電子工程師學會（Institute of Electrical and Electronics Engineers，簡稱IEEE）頒發台南分會最佳年輕會員獎（IEEE Tainan Section Best Young Professional Member Award）。他從高中開始學習口琴，大學時與朋友合組「天狼星口琴樂團」征戰國際各大比賽，除曾在「超級星光大道」節目中，與歌手魏如昀同台演出，更橫掃國內外各項比賽獎項、應邀至多國演奏，2017年摘下「世界口琴節大賽」小合奏組世界冠軍。
Dr. Johann Luder is an assistant professor at the Department of Materials and Optoelectronic Science at National Sun Yat-Sen University (NSYSU) in Kaohsiung, Taiwan, since 2018. Before joining NSYSU, he was a research fellow in the Department of Mechanical Engineering at the National University of Singapore (NUS). His research interests were the atomistic modeling and understanding of advanced functional materials for chemical energy storage, for which he employed and developed state-of-the-art computational ab initio methods. Johann received his Ph.D. from Uppsala University (UU), Sweden. At UU, he specialized in theoretical X-ray and optical spectroscopy of small organic and metal-organic molecules in different chemical environments such as in gas phase and on substrates to explore their potential for technological applications for, e.g., solar energy harvesting, molecular electronics and sensors. During his undergraduate studies at Free University in Berlin, Germany, he worked with LIDAR systems and evolutionary optimization algorithms.
Currently, he investigates machine learning approaches to advance computational material science methods, including theoretical X-ray spectroscopy and other first-principles methods, as well as molecular-based design strategies to increase the energy storage performance of organic electrodes in multivalent batteries.
Dr. Ahmed EL-Mahdy received his B.S. and Master degrees from Assiut University in 2004 and 2010, followed by visitor research under prof. Kenneth Wärnmark in Lunds University at Sweden. He also received his Ph.D. degree from Nagasaki university in 2014, Japan. He then joined Chemistry Department at Assiut University, Egypt in 2014. In 2015, he chose as a member at Multidisciplinary Research Center of Excellence (MRCE) at Assiut University, Egypt, to work to develop a new class of non-viral vectors for siRNA delivery using polymer chemistry. In August 2020, he joined Department of Materials and Optoelectronic Science, National Sun Yat-Sen University of Sun Yat-sen University. The research interests focus on the development and execution of experiments aimed at the synthesis, self-assembly and modification of novel block copolymers and polypeptides. In addition, he developed new types of covalent organic frameworks (COF) that have a wide range of application for CO2 absorption and energy storage.
Kevin Chiou received his B.S. degree from Department of Macromolecular Science and Engineering, Case Western Reserve University (Ohio, USA) in 2014. In 2020, he received his Ph.D. degree from Department of Materials Science and Engineering, Northwestern University (Illinois, USA). His thesis is on the solution processing of carbon nanotubes titled “Direct, Additive-free Processing of Carbon Nanotubes.” His current research focuses on processing methods for nanocomposite materials.
Hyeonseok Lee (李炫錫, 이현석) received his B.S. and M.S. in the Department of Electrical Engineering from Myongji University, Republic of Korea, in 2006 and 2008, respectively. In 2014, he received his Ph. D. degree from Department of Electrical Engineering under the supervision of Prof. Mark W. Horn at Pennsylvania State University, University Park, USA. After finished Ph.D. program, he worked in the Department of Mechanical Engineering with Prof. Shien-Ping Feng at the University of Hong Kong, HK from 2015 to 2019 for post-doctoral program. He firstly joined to National Sun Yat-sen University in 2019 as a nontenure track faculty member. Dr. Lee has been newly appointed as an assistant professor in the Department of Photonics in 2020. His research is focused on light energy conversion by solar cells and photocatalytic systems. He has expertise in thin film deposition & characterization, chemical and physical synthesis of nanostructure & nanoparticles, investigation of charge behaviors through bulk materials and at interfaces.
工學院范俊逸院長及光電系林宗賢主任榮獲有庠科技論文獎...
109下(2021上半年)華通電腦優秀獎學金申請辦法
臺灣港務股份有限公司110年度獎學就業計畫