SWAG合集

The manufacturing industry is undergoing a significant change in terms of digital transformation, enabling it to fully leverage advanced Information and Communication Technologies (ICTs) such as digital twins and artificial intelligence. Future factories will be "smart," representing an ecosystem that encompasses intelligent connected systems with various modes of operation, including autonomous functions and interaction with humans.

This project aims to centre its focus on utilising Generative Artificial Intelligence within the smart factory ecosystem to drive advancements in manufacturing sustainability. The project encompasses a wide range of sustainability improvement areas, including environmental factors such as reducing carbon footprint and emissions, economic considerations such as optimising costs and resource utilisation, as well as social aspects like enhancing human operator safety.

The successful candidate will join the Sustainable Manufacturing Systems Center (SMSC), which has experienced academics who conduct research on manufacturing sustainability (at different manufacturing levels such as operations, shopfloor and enterprise). SMSC will support the candidate in communication with potential industrial partners.

Implementing Generative Artificial Intelligence in manufacturing processes can drive innovation and technological advancements in the industry. This may include the development of novel algorithms, intelligent systems, and automation capabilities that can revolutionise the manufacturing landscape. The innovation can also include product development methods and feature generation to correspond to sustainability requirements.

The project can contribute to the accumulation of knowledge and expertise in the field of Generative Artificial Intelligence in manufacturing. This can lead to the development of best practices, guidelines, and insights that can be shared with the broader industry, fostering continuous improvement and growth.

This project stands out by specifically focusing on Generative AI, a cutting-edge technology with immense potential in manufacturing sustainability. The involvement of the Sustainable Manufacturing Systems Centre (SMSC) with its industry connections presents a strong opportunity for real-world application and impact. This collaboration makes your research more relevant and attractive to potential employers.

The applicant will have the opportunity to share research finding in international conferences and exhibitions. Necessary training may be provided.

The successful PhD candidate will develop deep knowledge in Generative AI, which is becoming a highly sought-after skill in various industries. Besides, the student will develop strong research skills to identify problems, analyse data, and create solutions using Generative AI. The student is expected to sharpen their problem-solving and communication skills as a result of collaboration with other colleagues in SMSC and industrial partners.

The focus on Generative AI in sustainable manufacturing aligns with a major industry trend, making the graduate highly attractive to potential employers. On the other hand, collaboration with the Sustainable Manufacturing Systems Centre provides valuable industry connections, increasing their visibility and employability. The PhD equips the successful candidate with expertise to pursue research careers in academia, relevant industries, or research institutions.