Specialty setting of engineering department of Lihai University in the United States
First, the Department of Biological Engineering.
Bioengineering: The school encourages students to complete the courses of engineering foundation and physical science, and learn the key skills of applying these principles to solve practical problems in medical care and biotechnology. Postgraduate courses aim to provide education and research training experience, combine life and physical sciences with engineering, and emphasize academic rigor and quantitative problem solving in biomedical applications, focusing on three key areas: a) materials and therapy; B) Diagnostics, sensors and equipment; C) biological computing and modeling.
Two. Chemical and biomolecular systems
Biochemical Engineering: This project provides graduates with flexibility to adapt to various industrial experiences, and lays a foundation for expanding their careers in the fields of biomolecule and biopharmaceutical engineering. Graduates of this major will have the skills to identify, evaluate and manage cost and performance decisions at the main stage of large-scale development of pharmaceutical and related industries.
Master of Chemical Engineering: I have the opportunity to specialize in research, system and control in energy and environment, biomolecular science, functional materials and nanotechnology, colloid and interface science, molecular modeling and simulation, data science and other fields.
Third, materials and science and engineering departments.
Master of Materials Science and Engineering (Materials Science &; Engineering): The research carried out by graduate students in this major can promote the current understanding and knowledge in this field, and work closely with teachers to conduct research in the most advanced nanotechnology facilities in Lihai.
Master of Polymer Science and Engineering: Postgraduates majoring in Polymer Science and Engineering (PSE) enjoy one of the first-class teaching and research projects in China, regardless of the number of students, funding or the importance of publishing papers. Postgraduate courses mainly include research projects that span chemistry, chemical engineering, materials science and engineering, mechanical engineering and physics.
Department of Computer Science and Engineering
Computer Science: Students in computer science graduate programs conduct cutting-edge research in many fields, including databases and information systems, Internet search, graphics, user interfaces, network-based systems, multimedia and image processing, bioinformatics, intelligent systems, computer architecture, robots, security systems, networks, embedded systems and mobile computing.
Verb (abbreviation for verb) Department of Industry and Systems Engineering
Master of Industrial Systems Engineering (Industrial &; Systems engineering): the master's program prepares professionals to apply and develop ISE in all industries. It offers a series of exciting courses covering energy, finance, health care, mobility and transportation, and supply chain management. Mid-career professionals who intend to seek ISE positions and recent graduates with engineering, business, mathematics or applied science backgrounds are suitable candidates.
Master of Engineering (Management Science and Engineering): The master's course aims to combine scientific methods with the functional aspects of organizations. It emphasizes the application of quantitative methods and system analysis in decision-making, risk analysis, economic and cost analysis, production management and supply chain logistics. This integration provides students with a broader vision of private enterprises and public administration decision-making.
Department of Civil and Environmental Engineering
Master of Civil Engineering: Postgraduates use electrodynamics, nanoparticles, sensors and communication technologies as well as advanced physics and mechanics to conduct experiments of various scales, and supervise some of the largest and most advanced structural testing and simulation facilities in the world.
Master of Environmental Engineering: This program encourages close interaction with faculty and staff of other departments, including Earth and Environmental Science, Chemistry, Chemical Engineering, Materials Science and Engineering and Economics.
Master of structural engineering: postgraduate courses focus on structural behavior analysis and experimental research. Students develop the technical knowledge and problem-solving ability needed to design and build complex large-scale structural systems.
Seven, mechanical engineering and mechanics department
Master of Mechanical Engineering: Students in this project usually study in the form of interdisciplinary teams, including material processing and manufacturing, fluid-solid interaction, composite structure, intelligent materials, integrity and reliability of engineering systems, integrated product development, biomechanics, mechatronics, energy and environment, thermal fluid systems, etc.
Eight. Electronic and computer departments
Master of Computer Engineering: Students in this program are engaged in cutting-edge research in many fields, including database and information systems, Internet search, graphics, user interface, network-based systems, multimedia and image processing, bioinformatics, intelligent systems, computer architecture, robots, security systems, networks, embedded systems and mobile computing.
Master of Electrical Engineering: The rapidly growing postgraduate courses in electrical engineering have unique advantages and can promote the revolutionary development of nanotechnology, biotechnology, optical technology, information and communication technology, sensors and sensor networks. The program provides students with various research opportunities in three broad and highly integrated fields: a. optoelectronics and biophotonics; B. wireless communication, networking and sensing; C research on nanoelectronics, micro-electromechanical systems, flexible displays and biotechnology.
Master of Photonics: This project is very accurate in designing and testing optical components and subsystems, as well as the knowledge and mastery needed to build and operate optical communication networks. It covers all the basic aspects of this field in detail, enabling graduates to practice photonics professionally. These aspects include nonlinear optics, optical materials, optical devices and components, and optical communication systems.
Nine. Interdisciplinary discipline
Master of Business Administration and Engineering (Business Administration &; Engineering (MBA): By providing students with opportunities to lay a solid foundation in these two fields, interdisciplinary course meets the diversified but integrated needs of business and engineering, focusing on finance, management, marketing and supply chain management, as well as chemistry, civil engineering, computer, electricity, industry, manufacturing system, machinery and materials science and engineering.
Master of Data Science: According to the Master of Science program, professors from three departments (computer science and engineering, electrical and computer engineering, industrial and systems engineering) are brought together to teach graduate students the basic knowledge of data science from different angles. Students will gain practical experience in developing and applying methods to extract relevant information from data. Elective courses (usually CSE, ECE, ISE and mathematics) will allow specialization in areas that meet students' interests or current professional priorities.
Master of Health Care System Engineering: This course uses system modeling and analysis tools and an overview of health care systems to enable students to cope with complex operational challenges. Students will encounter various tools, including: project management, engineering economics, statistical and stochastic modeling, operational research and optimization, process and queuing, simulation and information system analysis and design.
Master of Technology Entrepreneurship: The experiential learning course of this project deeply studies related topics through real cases, from intellectual property rights, prototype design and creativity to product development, entrepreneurship and enterprise venture capital. Through cooperation and iteration, develop a meaningful career in this ever-changing world and become a problem solver and innovator.
Energy Systems Engineering: The graduates of this project have the skills and confidence to cope with the enormous challenges faced by the global energy infrastructure and its related impact on the environment. All students are required to complete the core courses, including the successful knowledge base of energy and power industry, and identify the challenges faced by energy and public utilities infrastructure, operation and environmental mitigation.
Materials needed for studying in American universities
1, Chinese and English transcripts and graduation certificates or proof of study: transcripts cannot be issued in advance, and can only be started after the results of Grade Two come out, that is, they are generally processed at the beginning of Grade Three; The diploma only requires students who have graduated.
2. Standardized test scores: TOEFL and SAT transcripts. Generally speaking, TOEFL and SAT transcripts require the examination institutions to send them directly to the school.
3. Personal statement
4. Letter of recommendation: The report card can't be opened in advance, and it can only be started after the second year of high school, that is, when the third year of high school just started; The diploma only requires students who have graduated.
5. Resume
6, college application form (now more common application form)
7. Application fee
8. Proof of deposit: proof of parents' work income and bank deposit. These can also be handled at the beginning of the application.
9. Other materials: In addition, if students have supplementary materials, such as resumes (although not required by the school), copies of award certificates, portfolios, music CDs, etc. , can be mailed to the school. Some schools require writing samples. Very few schools even need a copy of their passports or photos.