本期为大家推荐伯明翰大学、华威大学2025最新奖学金介绍。
1、伯明翰大学
Applications of mixed reality and smart environments
University of Birmingham|School of Computer Science
博导：Prof Eyal Ofek
截止日期：December 05, 2024 周四
资助的博士项目（全球学生）
About the Project
Are you passionate about human-computer interaction, robotics and AI?
We are looking for talented Ph.D. candidate students to work in applications of Mixed reality and smart environments, from Human-Computer Interaction (HCI) to Computer Vision and Robotics.
Join the vibrant School of Computer Science at the University of Birmingham, UK, regarded as one of the best in the UK in academic research, societal impact and education, and work with us on groundbreaking technologies like context adaptive mixed reality simulations and computer mediated remote collaboration, collaborating with internationally recognized experts from areas such as Computer Vision, HCI, AI and psychology.
Research Topics:
Human-AI Collaboration
Intelligent and Adaptive User Interfaces
Mixed Reality Simulations
Qualifications/Skills
Knowledge of AI technologies such as supervised, unsupervised, or reinforcement learning
Programming skills, experience with 3D games engines, working with micro-controllers.
Knowledge of or interest in research with human participants
Fluent in English
If you have additional questions, please ask:e.ofek@bham.ac.uk
2、华威大学
PhD in Energy Reduction Methodologies for High Volume Wafer Fabrication Tools, used in Advanced Semiconductor Manufacturing
University of Warwick |WMG
博导：Prof R McMahon
截止日期：February 03, 2025 周一
资助的博士项目（全球学生）
About the Project
Tokyo Electron Ltd (TEL)is the leading supplier of manufacturing equipment for the global semiconductor industry. TEL is a Japanese headquartered company, with >750 staff in Europe located in 12 countries, including the UK. TEL equipment is used in the manufacture of advanced logic, AI accelerators memory, sensors, MEMS, photonics, power devices and AR/VR products by world leading brands across multiple industry verticals. One example is the TEL Lithius ProZ coater/developer tool, that in combination with ASML EUV lithography tools, applies and removes complex photoresist coatings used in formation of sub nm logic structures at the leading edge of semiconductor technology. The Lithius ProZ system is a large and complex tool which consumes a substantial quantity of electricity during operation.Furthermore, the electrical energy consumed is ultimately dissipated as heat which must be removed by the cooling systems of the clean room in which the tool is placed. As part of a global TELSustainability Initiative, the researcher will investigate electricity usage within several TEL tool types (Lithius ProZ, TELINDY batch oven tool, Tactras etch tool) to measure and model, how energy is consumed at a module and system level under various customer operating use cases. With this knowledge, the researcher will develop software / modelling tools to recommend commercially viable tool operating strategies to reduce energy consumption without detrimental effects on tool performance in a high volume manufacturing scenario for the >6,000 TEL tools installed at customer in Europe. The operational impact in terms of energy savings and reduced environmental impact and operating costs are to be assessed. A further novel objective is to consider the energy consumption of the tool in context of fabrication plant whole system energy use.
The researcher will be primarily based at University of Warwick, with planned travel to Ireland and potentially to semiconductor fabrication sites in which TEL tools are operational, particularly in Europe. The research will have a direct commercial purpose, and the final part of the research will be to validate the suggested modifications to reduce energy consumption.
You will work as part of a team at WMG and TEL, interacting at all levels of the business, defining the needs of the project and managing its progress and delivery.
As a minimum, we will need the following: enthusiasm for working in semiconductor processing, excellent analytical skills together with the ability to work with TEL staff, excellent oral and written communication skills, including a patient approach to research activitiesIdeally, the candidates would have knowledge of manufacturing or engineering, as well as an ability to pursue research both alone and as part of a multi-disciplinary team, a proven ability to problem solve, a passion for sustainability.
This is a unique opportunity to support the development of commercialSustainability Technologyin collaboration with a leading company in theGlobal Semiconductor Industry.The project is an ideal opportunity for an engineer with interests in complex system design, manufacturing, sustainability and energy efficiency.
About Tokyo Electron Limited seehttps://www.tel.com/corporatesummary/index.html
About TEL Lithius ProZ seehttps://www.tel.com/product/lithius.html
The Semiconductor Industryhttps://www.findaphd.com/common/clickCount.aspx?theid=177145&type=184&DID=1583&url=https%3a%2f%2fwww.semi.org%2fen%2fblogs%2fsemi-news%2fglobal-semiconductor-industry-outlook-taking-unprecedented-action-to-optimize-growth-address-challenges%23%3a%7e%3atext%3dThe%2520global%2520semiconductor%2520industry%2520is%2cWorld%2520Fab%2520Forecast%2520report%2520highlights
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