The development of Big Data and Cloud Computing direction is closely aligned with the national needs, from data storage, basic cloud architecture, to cloud-native applications carrying the digital infrastructure for social development. The mentor team has established long-term cooperation with domestic enterprises such as Tencent Cloud, Ali Cloud, Huawei Cloud, etc., and realized multidisciplinary and cross-field cross-fertilization in the direction of smart city, smart healthcare, Internet of Things, self-driving cars, etc.

Currently, in the process of rapid development of artificial intelligence, there is an urgent need for multidisciplinary cross-fertilization. The research areas of the tutors in the college cover several mainstream fields of artificial intelligence, such as machine learning, cross-modal intelligence, graph data science, medical imaging; both basic research and applied research in the field; and create an application-driven and diversified co-construction research team.

Smart Grid has a joint laboratory with Telecom Paris, a French IP Paris group. Starting from next-generation communication technology and network structure, it combines artificial intelligence technology to provide support for mobility, communication quality, security, flexibility, hybrid structure, mixed-use model, etc., and forms application areas such as smart city and contextualized services, key infrastructure, smart grid and smart healthcare. and form application demonstrations.

Docking to the country's major demand for advanced manufacturing, including mechanical design, robotics, mechanical structure strength and other fields, we have cooperated with Shanghai Jiao Tong University School of Mechanical and Power Engineering, ENSTA and Ecole Polytechnique in France, as well as Logo Citroën Group and China Aircraft Strength Research Institute, to form a school-enterprise fusion and a teaching system that combines theory and practice.

Using nuclear technology, including neutron big science devices and gas pedals, to achieve non-destructive characterization of the microstructure of materials, to study the evolution mechanism of materials under extreme service conditions, and to address engineering problems and explore the frontiers of science for advanced manufacturing fields such as aerospace, energy and national defense, railroads and ships.

Technologies for energy efficiency management and optimization of energy conversion processes, reflecting the advanced nature of energy processing and conversion devices and production processes, as well as the effectiveness of energy management, with the aim of adopting energy-efficient solutions for sustainable development.

One of the main directions of the development of science and technology in the 21st century is the development and application of new materials. The research and development of new materials promotes the development of human science and technology and engineering fields, and benefits people's livelihood, and the new materials include special metal functional materials, high-end metal structural materials, advanced polymer materials, high-performance compliant materials, and cutting-edge new materials. We cooperate with Shanghai Jiao Tong University School of Materials Science and Engineering, Ecole des Mines de St Etienne, Safran Group, and so on.

The development of clean energy is the realization of the human environmental community, as well as the guarantee of China's energy transition and energy security, and an important bottom line to ensure that carbon peaking and carbon neutrality are achieved on schedule. Carbon emissions management under the global energy crisis is a key tool in the governance of the international climate and environmental crisis.

Taking energy as a carrier, system as a guarantee, and intelligent technology as a tool, it integrates energy development and utilization and energy production and consumption in technological innovation and system change, promotes high efficiency and energy conservation in production and life, and realizes the safe, stable and clean use of energy.

Particle and nuclear physics is the science that explores the most fundamental composition and interactions of matter. It deals with the microscopic world at a deeper level than the atomic nucleus, and studies the structure and properties of matter, as well as the laws of transformation of matter at high energies. The research of the faculty team includes deep Earth dark matter and neutrino experiments, laser cooling of atoms, and the theory and experiments of Bose Einstein condensation.

Electrical and Computer Engineering is an interdisciplinary discipline that focuses on the combined application of electronics and computer science. It covers signal processing, communication networks, microelectronics technology, control automation, electromagnetic wave propagation, computer vision, data science and other fields. The research results of Electronics and Computer Engineering are widely used in many industries, such as communication, medical, energy, security, etc., and have a significant impact on the scientific and technological progress of modern society. The main research areas of the faculty mentor team are mathematical differential equation modeling based on engineering problems, automation, intelligent systems, computer vision, system reliability and intelligent operation and maintenance, and industrial software.