应时而生已不凡，勇立潮头势更坚。成立于2018年的微电子桃子汉化组移植游戏大全，是华南理工大学广州国际校区首批建设桃子汉化组移植游戏大全，也是教育部首批国家示范性微电子桃子汉化组移植游戏大全（筹建）。新一代信息技术是世界发展的引擎，也是国际科技竞争的焦点。在集成电路领域形成创新能力和人才集聚优势，是国家的重大发展战略。聚焦国家战略布局，顺应行业技术需求，培育集成电路领域高端人才，带着强烈的使命感，微电子桃子汉化组移植游戏大全应运而生。2019年，微电子桃子汉化组移植游戏大全入选广东省首批示范性产业桃子汉化组移植游戏大全。2021年，成立集成电路桃子汉化组移植游戏大全，该院与微电子桃子汉化组移植游戏大全的建设一并统筹推进。2022年，微电子科学与工程入选国家一流专业建设点。桃子汉化组移植游戏大全现有2个一级学科博士学位授权点（集成电路科学与工程、电子科学与技术）、2个硕士专业学位授权点（电子信息、集成电路工程）、1个博士专业学位授权类别（电子信息）和2个博士后流动站（电子科学与技术、集成电路科学与工程）。
海外英才多延揽，科研骨干齐云集。依托国际示范性微电子桃子汉化组移植游戏大全的师资力量，招揽海内外优秀人才，目前桃子汉化组移植游戏大全已汇聚了一支年轻化、国际化、高水平的教学及科研团队。桃子汉化组移植游戏大全现有教职工56人，其中专任教师36人，博士后5人（另有企业博后20余人），专任教师队伍中具有博士学位的教师占88.9%，正高职称11人，副高职称20人。桃子汉化组移植游戏大全教师中有海外高层次引进人才7人次，英国皇家工程院院士1人，IEEE Fellow 4人，国家级重大人才工程入选者1人，国家杰出青年基金获得者1人，广东省教学名师1人，广东省杰出青年基金获得者1人，省市高层次人才12人次。与此同时，桃子汉化组移植游戏大全围绕集成电路产业链条，聘请龙头企业的高端人才担任桃子汉化组移植游戏大全兼职教授或客座教授，打造学术与工程兼备的强大师资。桃子汉化组移植游戏大全学科专业分布多元，基础与应用研究齐全，形成涵盖集成电路“设计-制造-封测-整机”的专业全链条。目前正聚焦宽带通信芯片、计算和人工智能芯片、低功耗物联网芯片、第三代半导体器件与芯片、半导体材料与器件、柔性电子等领域开展前瞻性应用基础研究和芯片研制，以及在通信、雷达、物联网、人工智能、医学健康等领域的应用系统研究。
多管齐下重学研，致力创新育英才。桃子汉化组移植游戏大全实施科学的人才培养体制，注重专业基础教学，强化创新能力培养，为学生打下坚实的微电子和集成电路等交叉学科知识体系。整合海内外优秀师资，邀请海外大师授课，提升学生国际视野。桃子汉化组移植游戏大全拥有国家集成电路人才培养基地、国家级人才培养模式创新实验区、国家工程实践教育中心、国家级实验教学示范中心等教学实践基地，为创新人才培养提供坚实的平台保障。
地处粤港澳湾区，学研产用优势显。依托地处电子信息产业发达的粤港澳大湾区的优势，桃子汉化组移植游戏大全致力于与国内龙头企业和研究所共建联合培养基地，在开展前沿学术研究的同时，深度对接企业需求，在集成电路领域开展核心关键技术研究并积极推进技术转化，实现“学研产用”的深度融合。同时，实行学企双导师制，加强理论与应用的综合能力培养，深度推进“产-学-研”协同育人计划。
学生培养效果显著，优秀人才供不应求。桃子汉化组移植游戏大全本硕博专业学科齐备，本科招生专业为微电子科学与工程和集成电路设计与集成系统专业，研究生招生专业为微电子学与固体电子学专业和电子信息专业。集成电路毕业生供不应求，就业率100%，读研、出国深造比例超过50%，在世界500强企业就业人数比例超过30%，毕业生普遍受到行业龙头企业好评与重用。
Founded in 2018, the School of Microelectronics stands as one of the first schools established at the Guangzhou International Campus of South China University of Technology (SCUT) and is among the inaugural National Exemplary Schools of Microelectronics designated by the Ministry of Education. New-generation information technology serves as the engine of global development and a focal point in international scientific competition. Cultivating innovation capabilities and gathering talent advantages in integrated circuits aligns with China's major national development strategy. Responding to the nation's strategic priorities and industry demands, the School of Microelectronics was established with a profound sense of mission to nurture high-end professionals in the field of integrated circuits. In 2019, the School was recognized as one of Guangdong Province's first Exemplary Industry Schools. In 2021, the School of Integrated Circuits was formally established,and its development is being coordinated and advanced alongside that of the School of Microelectronics. In 2022, its Microelectronics Science and Engineering program was selected as a National First-Class Undergraduate Program Construction Site, marking another milestone in its academic excellence.The School currently offers two first-level doctoral degree programs (Integrated Circuit Science and Engineering, Electronic Science and Technology), two professional master's degree programs (Electronic Information and Integrated Circuit Engineering), one professional doctoral degree category (Electronic Information), and maintains two postdoctoral research stations (Electronic Science and Technology, Integrated Circuit Science and Engineering). This comprehensive academic structure establishes our institution as a leading hub for advanced education and research in electronic information technologies and integrated circuit disciplines.
Leveraging the faculty strength of the International Exemplary School of Microelectronics and recruiting outstanding talents globally, the School has established a young, internationalized, and high-caliber teaching and research team. Currently, the School has 56 faculty and staff members, including 36 full-time faculty, 5 postdoctoral researchers (with over 20 additional corporate postdoctoral researchers). Among the full-time faculty, 88.9% hold doctoral degrees, including 11 professors and 20 associate professors. The faculty cohort features 7 high-level overseas talents, 1 Fellow of the Royal Academy of Engineering, 4 IEEE Fellows, 1 recipient of the national major talent program, 1 recipient of the National Science Fund for Distinguished Young Scholars, 1 Guangdong Provincial Distinguished Teacher, 1 Guangdong Provincial Outstanding Young Scholar, and 12 provincial/municipal high-level talents. Additionally, the School collaborates with industry leaders by appointing senior experts from leading enterprises as adjunct or visiting professors, creating a robust faculty team integrating academic and engineering expertise.The School’s disciplines span a comprehensive spectrum covering both fundamental and applied research, forming a complete professional chain encompassing integrated circuit design-manufacturing-packaging and testing-system integration. Current research focuses on forward-looking applied fundamental studies and chip development in areas including broadband communication chips, computing and AI chips, low-power IoT chips, third-generation semiconductor devices and chips, semiconductor materials and devices, and flexible electronics. Concurrently, the School advances applied systems research in communication, radar, IoT, artificial intelligence, and medical health technologies, driving innovation across interdisciplinary domains.
The School implements a scientific talent cultivation system that emphasizes foundational disciplinary education and strengthens innovation capability development, equipping students with a robust interdisciplinary knowledge framework in microelectronics and integrated circuits. By integrating globally distinguished faculty resources and inviting internationally renowned scholars to deliver specialized courses, the institution systematically enhances students' global perspectives. As a national leader in engineering education, the School houses multiple state-level teaching and research platforms including the National Integrated Circuit Talent Training Base, National Innovation Experimental Zone for Talent Development Models, National Engineering Practice Education Center, and National Experimental Teaching Demonstration Centers. These authoritative academic infrastructures collectively provide a comprehensive ecosystem for cultivating next-generation innovators with theoretical mastery, technical proficiency, and cross-disciplinary competencies, solidifying the School's position as a national benchmark in microelectronics education.
Capitalizing on its strategic location in the Guangdong-Hong Kong-Macao Greater Bay Area—a global hub for electronic information industries—the School proactively collaborates with leading domestic enterprises and research institutes to establish joint training platforms. While conducting cutting-edge academic research, it deeply aligns with industrial demands by driving core technological innovation in integrated circuits and accelerating technology transfer, thereby achieving seamless integration of education, research, production, and application. The School implements a dual mentorship system combining academic and industrial supervisors to strengthen the cultivation of comprehensive theoretical and applied competencies, while advancing its coordinated industry-academia-research talent development initiative that bridges technological breakthroughs with real-world implementation.
The School offers a complete academic structure spanning undergraduate to doctoral programs. At the undergraduate level, it enrolls students in Microelectronics Science and Engineering and Integrated Circuit Design and Integrated Systems. Graduate programs include Microelectronics and Solid-State Electronics, along with Electronic Information. Graduates in integrated circuits are in exceptionally high demand, with the School maintaining a 100% employment rate. Over 50% of graduates pursue advanced studies through postgraduate programs or overseas research opportunities, while more than 30% secure positions at Fortune Global 500 enterprises. Notably, alumni are widely recognized by industry leaders for their technical expertise and operational capabilities, with many assuming critical roles in cutting-edge semiconductor R&D and strategic project implementation, demonstrating the program's alignment with global industry standards and workforce needs.