What is the employment direction of smart energy engineering major 1. Smart City/beautiful countryside Planning and Construction Fields:
Professionals need to strengthen their study and research in smart cities, beautiful countryside, ecology and sustainable buildings; Participate in national ministries, local governments, industry associations and regional energy (industry) development strategy research, energy-related industry planning, subject research, relevant norms and standards, etc. , combining regional policies and urban development, focusing on.
Responsible for the policy sorting, development trend judgment, modeling and calculation of urban carbon neutrality and smart city at the peak of carbon dioxide emission.
2, is the digital field:
Talents who need automation control, computer, big data, artificial intelligence, communication and other related majors, understand digital twins, virtual reality, augmented reality, big data, artificial intelligence, cloud computing, and have relevant technical design capabilities such as system architecture, business architecture, data architecture and interface architecture.
Mainly involved in the research and development of integrated smart energy system platform; Able to carry out energy data analysis, establish analysis model, and carry out project energy data analysis with government, energy-using enterprises and users.
3. It is complementary to other energy sources:
Engineering field: Relevant professionals are required to strengthen the research and application of multi-variety energy collaborative supply such as "electricity, heat, cold, gas, water and hydrogen", realize the interactive optimization between vertical links such as "source-network-load-storage-use", and have the ability to provide integrated energy solutions to end users.
Can participate in regional energy (industry) development strategy research, energy-related industry planning, subject research, relevant norms and standards. , focusing on the construction and research of topics and projects in regional energy planning, such as energy station configuration scheme, distribution network/transmission network/microgrid layout, urban network planning, energy household scheme, planning consulting design related to building energy conservation and HVAC, and energy household scheme.
4. It belongs to the field of energy storage:
Relevant professionals are required to conduct research on energy storage policy and technical direction, technical evaluation and system equipment analysis; Research and development of advanced energy storage technology; Control and analysis of electrochemical energy storage system, system integration design and benefit research of electrochemical energy storage project, etc.
5. The field of hydrogen energy:
Relevant professionals are required to conduct policy and technical direction research, technical evaluation and system equipment analysis in hydrogen energy fields such as hydrogen production, hydrogenation and hydrogen transmission; Hydrogen energy value chain and market analysis: the formulation of hydrogen production and hydrogenation engineering scheme, the design of hydrogen production station and hydrogenation station, relevant calculation and income analysis.
Introduction of Smart Energy Engineering Specialty "Smart Energy Engineering" undergraduate major belongs to electrical engineering, and the professional code is 080608TK. It will rely on the platform of integration of production and education of Smart Energy Innovation College of Shanghai Jiaotong University, and be guided by the talent demand of energy industry under the background of double carbon.
Adhering to the school-running characteristics of "strengthening foundation, promoting cross-cutting, emphasizing practice and internationalization", the interdisciplinary research is carried out in the fields of electrical engineering, power engineering, control science and engineering, computer science and technology, material science and engineering, chemistry and so on by adopting the interdisciplinary training mode of integration of production and education and taking energy and information courses as the main line.
It aims to cultivate compound, innovative and practical talents with a solid foundation in mathematics and physics, integrate information technology with electrical engineering and energy system, meet the urgent needs of China's future energy industry development, and provide strong talent support for China's "peak carbon dioxide emission" and "carbon neutrality".