Professional introduction to the School of Mechanical and Electrical Engineering of Northeast Forestry University

As of the end of 2014, the college now has two departments: Mechanical Engineering and Electrical Information Engineering. They include mechanical design, manufacturing and automation majors, automation majors, mechanical electronics majors, industrial design majors, electrical engineering and automation majors, electronic information majors, and communication engineering majors. The Mechanical Design, Manufacturing and Automation Major of the School of Mechanical and Electrical Engineering of Northeast Forestry University was established in 1959. It is one of the earliest engineering majors established at Northeast Forestry University. In 1981, it was granted the right to confer a master's degree. In 1992, it was identified as a key discipline of the former Ministry of Forestry. In 1993, it was granted the right to confer a doctoral degree. In 2003, it was approved to establish a postdoctoral research station for mechanical engineering. This major is a provincial key major and has a national engineering practice education center. The first-level doctoral program discipline of mechanical engineering it relies on consists of four second-level disciplines: mechanical design and theory, mechanical manufacturing and automation, mechanical and electronic engineering, and vehicle engineering. The doctoral program is a key discipline in Heilongjiang Province. At the same time, the agricultural mechanization discipline of the college can also recruit students in this major to pursue graduate studies. The discipline also has the right to award degrees in mechanical engineering and can recruit full-time and part-time professional degree graduate students. At present, the above-mentioned disciplines recruit about 100 master's degree students and about 10 doctoral students every year. This major recruits science students. The schooling lasts for 4 years, and graduates will be awarded a bachelor's degree in engineering. Excellent graduates can be recommended to study for a master's degree without taking the exam.

Students can acquire the following knowledge and professional skills during their studies at school:

1. Master the basic theories and basic knowledge in the field of mechanical engineering, and have strong computer operation and foreign language application ability;

2. Master the operations related to mechanical structure design, machinery manufacturing, and automatic control professional skills;

3. Master the analysis and design methods of mechanical systems;

p>

4. Have the basic ability to design and develop electromechanical products;

The main professional courses and practical links include: mechanical drawing, engineering mechanics, mechanical principles, mechanical design, mechanical manufacturing basics, electromechanical transmission Control, metal cutting principles and tools, engineering testing technology foundation, hydraulic and pneumatic transmission, mechanical manufacturing equipment design, CNC machine tools, metalworking internship, comprehensive engineering training and graduation project, etc.

The major of Mechanical Design, Manufacturing and Automation has a teaching team that attaches equal importance to teaching and academic research, with profound academic background and rigorous academic style. There are currently 13 teachers in the major, including 4 professors, 5 associate professors, 4 lecturers and engineers; 3 doctoral tutors and 6 master tutors. All teachers have Ph.D. or master's degrees. They are a team full of vigor, active academic thinking, and A realistic, innovative, united and progressive team.

The employment fields for graduates of this major are various fields of the national economy, mainly manufacturing. They can engage in design in the fields of machinery manufacturing, automobiles, ships, petrochemicals, electronics, furniture, artificial panels, energy, etc. They can work in manufacturing, management and marketing, or go to scientific research institutes, secondary and higher vocational colleges to engage in scientific research, teaching, professional practice guidance and student management. Since the establishment of the major, it has trained more than 2,000 undergraduate graduates. The graduates are recognized by BAIC Group, Toyota Motor, Sany Heavy Industry, AVIC Harbin Aircraft Industry Company, China First Heavy Machinery Group Corporation, Shenyang It has received praise and praise from many employing companies, including Machine Tool Group, AVIC Shenyang Aircraft Industry Company, Shenyang Blower Group Company, Northern Heavy Industries Group, Harbin Electric Group Company, BYD Automobile, Shanghai Artificial Panel Machinery Factory, etc. The primary employment rate of graduates ranks among the top of the school over the years. The Automation Major of Northeast Forestry University was founded in 1975, formerly known as Forestry Automation. It officially began enrolling students in 1977. It is one of the earliest and most representative engineering majors in the school. It has trained more than 2,000 graduates for the country. They are in All fronts of the motherland are making contributions to the development of the motherland. This major is affiliated to the School of Mechanical and Electrical Engineering of Northeast Forestry University. It was rated as a key major in Heilongjiang Province during the “11th Five-Year Plan” in 2006 and a key major in Heilongjiang Province during the “12th Five-Year Plan” in 2011. It is also one of the key construction majors of the school. This major lasts four years and is awarded a bachelor's degree in engineering. At present, the college has a first-level master's degree program in control science and engineering, a second-level master's degree program in agricultural electrification and automation, a second-level master's degree program in forestry engineering automation, and a second-level doctoral program in forestry engineering automation, all of which are important supports for the construction of this major. .

With the strong support of schools and colleges and the unremitting efforts of several generations of professional teachers, this major has a team of teachers with high teaching and academic standards, accumulated a profound academic foundation, and cultivated rigorous academic style. There are 15 teachers in the major, including 5 professors, 4 associate professors, 4 lecturers, 1 senior engineer, and 2 engineers. All the existing teachers in the major have a master's degree, and 12 of them have a doctorate, accounting for 50% of the total number of teachers. 80%. The number of existing teachers, academic level, professional title ratio and teacher level have reached the expected goals of professional construction, laying a solid foundation for the development of this profession to a higher level.

Cultivation objectives: This major cultivates people with a solid theoretical foundation and scientific research capabilities, basic knowledge and basic skills in automation engineering and related disciplines, and the ability to use the theoretical knowledge and skills mastered to engage in national economy and System research, development, operation, management, etc. in the fields of automatic control, motion control, process control, detection and automation instrumentation, power electronics technology, electronics and computer technology, information processing, technology management and decision-making, modern integrated manufacturing, etc. in the scientific research department Working application-oriented engineering application technical talents.

Main courses: circuits, electronic technology, computer programming languages, automatic control principles, digital control theory, modern control theory, process control engineering, single-chip microcomputer control technology, computer control systems, detection and conversion technology, and Principles of programmable controllers, power electronics technology, motors and drag, motion control, etc.

Employment direction: Graduates can engage in technical and management work in automatic control, automation, signal and data processing, and computer applications. The employment fields are very broad, including high-tech companies, scientific research institutes, colleges and universities, financial systems, communication systems, taxation, foreign trade, industry and commerce, railways, civil aviation, customs, construction, industrial and mining enterprises, government and science and technology departments, etc. The Mechatronics Engineering major of Northeast Forestry University was formerly known as the Mechatronics Teaching and Research Section. In 1995, it enrolled the first batch of undergraduate students in the Mechatronics field. In 1997, it was adjusted to the direction of Mechatronics Engineering according to the new subject catalog. In 2008, with the approval of the Ministry of Education, the Mechatronics Engineering major was officially established. In 2009, the first batch of undergraduate students majoring in Mechatronics Engineering was enrolled. The major is affiliated to the first-level discipline of Mechanical Engineering. It has a mechanical engineering postdoctoral research station. It is divided into four second-level doctoral programs in mechanical manufacturing and automation, mechanical and electronic engineering, mechanical design and theory, and vehicle engineering. It is a key discipline in Heilongjiang Province. . At the same time, the discipline also has the right to confer professional degrees in mechanical engineering and can recruit full-time and part-time professional degree graduate students.

The main courses include: engineering mechanics, mechanical principles, mechanical design, mechanical manufacturing foundation, engineering thermodynamics, hydraulic fluid mechanics, mechanical control engineering foundation, numerical control technology, electromechanical transmission control technology, automated manufacturing system design, and Mechanical product digital design, embedded systems and applications, advanced manufacturing technology, mechatronics system design, mechanical system simulation technology, robotics technology, modern mold design, virtual instrument technology and other professional specialty courses.

In terms of practical teaching, it can provide students with conditions for various comprehensive training and course design, electromechanical and hydraulic control laboratories, competition robot laboratories, innovation laboratories, single-chip computer laboratories and related experimental equipment, etc. It can be used for students' comprehensive practical training and participation in various mechanical and electrical design competitions. Drawing boards, computers and design rooms are provided for various course design, realizing project-based teaching, and organizing students to participate in the National College Student Mechanical Innovation Design Competition, The National College Student Electronic Design Competition, the Heilongjiang Provincial College Student Engineering Training Comprehensive Ability Competition, and the National College Student Advanced Graphics Technology and Product Information Modeling Innovation Competition have won multiple awards at all levels and cultivated students' innovation and creative abilities. In the construction of internship bases, we actively expand cooperation with enterprises such as Changchun FAW Group Corporation, Qiqihar Second Machine Tool Group, Lin University Engineering Teaching Practice Center, Harbin Electric Machinery Factory, Harbin Steam Turbine Factory, Harbin Institute of Technology Robotics Research Institute, Harbin Measuring Tools and Cutting Tools Group, Harbin Machinery factories and other units have been built as long-term training bases for students' production practice abilities in this major, and are used to carry out practical activities such as understanding internships, metalworking internships, production internships and graduation internships.

Graduates from this major have basic knowledge and skills in more systematic mechanical design and electronic control system design and application, and have strong comprehensive design capabilities for mechatronics systems. It has the characteristics of deep foundation, wide caliber and strong adaptability. Graduates can engage in design and manufacturing, management and marketing in the fields of mechanical equipment, home appliances, automobiles, engineering machinery, etc.; or they can engage in scientific research, teaching, professional practice guidance and student service in scientific research institutes, secondary and higher vocational colleges. management work. The industrial design major of the School of Mechanical and Electrical Engineering of Northeast Forestry University was established in 2001. It currently has more than 200 students and enrolls about 60 students every year. This major relies on the disciplines of mechanical engineering and design, aiming to cultivate the basic theory, knowledge and application ability of industrial design, and be able to engage in industrial product design innovation and development, implementation and management and related work in domestic and foreign enterprises and institutions, and be able to engage in product High-quality innovative talents working in the fields of strategic research, product design, and visual communication design, interaction design, transportation, public facilities, and display design related to industrial product design.

The main courses of this major are basics of modeling design, design sketching, basics of mechanical design, ergonomics, modeling materials and processes, hand-painted rendering techniques, industrial product model making, computer-aided industrial design, and product systems. Design, product development design, industrial design methodology, industrial design history, design psychology, etc.

The practical teaching links of this major include material technology internship, production internship, professional internship, product design course design, graduation project, holiday social practice, etc.

The major attaches great importance to the cultivation of students' practical skills. Through various practical opportunities, students can confirm, consolidate and enrich the content of professional courses they have learned, and improve students' ability to investigate, observe, analyze and solve problems in actual production. Abilities and methods.

The laboratory is equipped with a model making room laboratory, an ergonomics laboratory, etc., which undertakes experimental teaching tasks for courses such as ergonomics, materials and technology, model making, and computer-aided industrial design, providing teachers and Students are provided with an excellent experimental environment, equipped with equipment and instruments suitable for teaching experiments in modern industrial design majors.

The major has always encouraged students to establish scientific research projects and actively participated in various domestic design competitions with remarkable results. In recent years, it has won many awards in domestic and foreign design competitions, including the National College Student Industrial Design Competition, "China Design Challenge", "Golden Hook Award" China Hardware Products Industrial Design Innovation Competition, "Mayor's Cup" Dalian Industrial Design Competition, Harbin City Obtained good results in industrial design competitions such as the Industrial Product Design Competition; also achieved good results in advertising design competitions such as the China University Advertising Art Festival Academy Award and the Times Golden Calf Award; obtained more than 30 national appearance patents; 6 students Won the National College Industrial Design Major Graduation Design Excellence Award.

As of 2014, there have been 10 graduates from the industrial design major. Many of the graduates have been selected by Haier, Midea, BBK, Yutong Bus, and Beiqi Foton. , Bologni and other companies, the employment rate reaches more than 90%. Every year, many students are admitted to domestic and foreign postgraduate studies for further study. The electrical engineering and automation major of the School of Mechanical and Electrical Engineering of Northeast Forestry University was established in May 2000. It was established with the approval of the Ministry of Education. This major is affiliated to the Department of Electrical Engineering. It is a wide-caliber major set up according to the national Ministry of Education’s engineering guidance major catalog and involves power electronics technology, computer technology, electrical and motor technology, information and network control technology, and mechatronics. Technology and many other fields, it is a highly comprehensive discipline. Its main characteristics are the combination of electrical engineering and automation, the combination of strong electricity and weak electricity, the combination of electrical technology and electronic technology, the combination of software and hardware, and the combination of theoretical research and technical application. Combination. This major relies on control theory and control engineering, detection technology and automation devices, pattern recognition and intelligent systems, agricultural electrification automation master's degree disciplines, and forestry engineering and automation doctoral and master's degree disciplines. It is recommended for master's degree students who are exempt from examination.

This major cultivates people who adapt to the needs of modern scientific and technological development and economic construction, have a sound personality and good humanistic qualities and moral cultivation; have a broad natural science foundation, a solid electrical engineering foundation and professional skills; are innovative and engineering Strong practical ability; strong communication and teamwork skills; able to work in electrical engineering-related system operations, automatic control, industrial process control, power systems, motors and electrical appliances, power electronics technology, detection and automation instruments, electronics and computer applications Comprehensive senior engineering and technical talents engaged in engineering design, system analysis, information processing, scientific experiments, research and development, economics or technology management, etc.

The main courses of this major include main courses and practical teaching. , among which the main courses are: circuits, electronic technology, electromagnetic fields, electrical machinery, electric drive basics, electrical testing technology, power electronics technology, electric power engineering basics, electrical control and programmable controllers, electric transmission control systems, switching power supply technology, factory Power supply, detection and conversion technology, microcontroller principles and applications, automatic control theory, computer control technology. Practical teaching: electronic technology course design, power electronics technology course design, microcontroller principle and application course design, electrical control and programmable controller course design. , electric transmission control system course design, metalworking internship, understanding internship, production internship, scientific research and engineering practice, graduation internship, graduation project, etc.

In terms of practical teaching, it provides good experimental conditions for students to conduct various comprehensive training and course design, including power electronics and power transmission room, power system comprehensive automation room, industrial and enterprise power supply, distribution and relay The protection room, process control room, automatic control theory and simulation room, embedded system room, electronic technology training room, opto-mechanical and electronic control comprehensive training room and related experimental equipment can be used for students' comprehensive training and participation in various electrical classes Design competition. Organized students to participate in the National College Student Electronic Design Competition, the Challenge Cup National College Student Extracurricular Academic Science and Technology Works Competition, the Freescale Cup National College Student Smart Car Competition, the National Computer Rat Maze Competition, the National College Student Mathematical Modeling Competition and many other events, and won many awards. Awards at all levels cultivate students’ scientific research capabilities and innovation abilities. In the construction of internship base, we actively expand cooperation with enterprises, including Wolong Electric Group Beijing Huatai Transformer Co., Ltd., Harbin Electric Group Acheng Relay Co., Ltd., Taikai Electric Group Co., Ltd., Beijing Hyundai Motor, Harbin Automation Research Institute, Qiqihar Di Second Machine Tool Group, Harbin Electric Machinery Factory, Harbin Steam Turbine Factory, Harbin Institute of Technology Robotics Research Institute, Harbin Measuring Tools and Cutting Tools Group, Heilongjiang Provincial Institute of Metrology, Lin University Engineering Teaching Practice Center and other units serve as training bases for students' production practice ability in this major. Carry out practical activities such as understanding internship, metalworking internship, production internship and graduation internship.

Every year, about 15%-25% of outstanding undergraduate graduates in the electrical major are recommended or admitted to Tsinghua University, Fudan University, Zhejiang University, Harbin Institute of Technology, Beijing University of Aeronautics and Astronautics, North China Electric Power, Northeastern University, etc. Graduate students from key domestic universities and research institutions such as Harbin Engineering University, Southeast University, Beijing Jiaotong University, and Hefei University of Technology. The electronic information engineering major was established in June 1999 and will enroll students nationwide in September. In July 2011, it was adjusted from the School of Information and Computer Engineering to the School of Mechanical and Electrical Engineering. The majors include signal and information processing and embedded applications.

This major relies on the college’s second-level doctoral program in forestry engineering automation and 5 master’s programs in control theory and control engineering, detection technology and automation, pattern recognition and intelligent control, forestry engineering automation, and agricultural electrification and automation. Cultivate all-round development of morality, intelligence and body, have a solid foundation of control theory and practical knowledge of control engineering, have solid basic theory and systematic expertise in detection technology and automation devices, have the ability to engage in scientific research and technology development, and understand The frontiers and dynamics of the development of control theory and control engineering disciplines can adapt to the development needs of my country's economy, science and technology, and education, and are oriented to high-level talents in scientific research, engineering technology, and higher education in the 21st century.

The main professional courses include circuit theory, analog electronic technology, digital electronic technology, microcomputer principles and assembly language, high-frequency electronic circuits, signals and systems, digital signal processing, electromagnetic fields and electromagnetic waves, modern network communication technology, Principles of modern communication, etc. Main practical teaching links: metalworking internship, electronic technology internship, high-frequency electronic circuit course design, electronic design automation course design, signal processing comprehensive design, comprehensive electronic internship, production internship, graduation internship, graduation project (thesis).

With the active cooperation of the College Electronic Technology Association, C Language Club, and Embedded Enthusiasts Club, a series of extracurricular technology and competition activities have been carried out in a targeted manner. Participated in electronic design competitions for 11 years, participated in the ICP competition held by the school for 10 consecutive years, participated in the 2nd "Challenge Cup" National College Student Extracurricular Academic Science and Technology Works Competition, hosted the "National Computer Rat Maze" Competition for the first time, and held many School-wide scientific and technological activities such as software design, electronic design, and embedded system design have achieved outstanding results. At the same time, it has received a number of innovative experimental projects for college students funded by the state, schools and colleges, with a completion rate of 100%.

At present, the college has signed cooperation agreements and order cultivation relationships with many companies such as Zhou Ligong Microcontroller Development Co., Ltd., Shenyang Neusoft Group, Dane Technology Company, Jilin University Education Group, etc. Together with enterprises, we have established a practical training program that "focuses on quality, optimizes foundations, strengthens applications, highlights abilities, is enterprise-oriented, and is position-based" to allow more students to enter enterprises to participate in the development of real projects, improve students' employment competitiveness, and achieve The goal of cultivating outstanding undergraduate graduates in the "zero adaptation period" has been set.

Graduates from this major can go to various communications, electronic information, electronic technology application departments or computer application departments to engage in the design, research and development, production, management, manufacturing, application and operation of electronic information systems. Continue to study for master's degrees in this major and communication engineering, automation, electrical engineering and automation, electronic information science and technology and related disciplines and interdisciplinary subjects. Graduate students are recommended to account for 10% of the number of majors every year. The Communication Engineering major of Northeast Forestry University is affiliated to the School of Mechanical and Electrical Engineering. It is a newly added engineering major approved by the Ministry of Education in 2001 in accordance with the school's overall development strategic goals during the "Tenth Five-Year Plan" period. The major belongs to the electronic information engineering discipline and relies on the detection technology and automation device disciplines. It can be recommended for master's degree students without examination.

The Communication Engineering major has three major laboratories: Communication Technology Laboratory, Communication Simulation Laboratory, and Communication Comprehensive Laboratory, which are responsible for all experimental teaching tasks and curriculum design, graduation design and other practices of the Communication Engineering major. It can carry out professional teaching tasks in telecom enterprise-level program-controlled switching, broadband access network, and 3G technology. The Communication Engineering major has cooperated with Datang Mobile Communication Technology Co., Ltd. to establish a "Communication Engineering Off-campus Practice Base"; it has cooperated with Huawei Technology Co., Ltd. and Shenzhen Xunfang Communication Co., Ltd. to jointly build a "Modern Communication Technology Joint Practical Training" on campus Base" and "National Information Communication Engineer Training and Certification Center" provide training and practical operation of telecommunications enterprise-level professional skills for students majoring in communication engineering.

The main courses offered by the major include: circuits, analog electronic technology, digital electronic technology, communication electronic circuits, signals and systems, data communication networks, digital signal processing, communication principles, electromagnetic fields and electromagnetic waves, MATLAB language, Communication system simulation, program-controlled switching technology, mobile communication technology, microwave technology, optical fiber communication technology, broadband network and NGN technology, 3G core network technology, and multimedia communication technology.

Students can acquire the following knowledge and professional skills during their studies at school:

1. Master the basic theories and knowledge in the field of communication, and have strong computer operation and foreign languages Application ability;

2. Master program-controlled switching, broadband network, 3G, 4G mobile communication professional equipment debugging and development capabilities;

3. Master the analysis and design of communication systems and communication networks Method;

4. Have the basic ability to design, develop, debug, and apply communication systems and communication networks.

The students cultivated have strong engineering technology and scientific and technological innovation capabilities, and have won high-level academic competitions such as the National College Student Electronic Design Competition, the National College Student Smart Car Competition, and the "Challenge Cup" National College Student Extracurricular Academic Science and Technology Works Competition. Won a number of national awards. In the 2014 "Datang Cup" National College Student Mobile Communication Technology Competition National Finals, the two teams won the third and sixth place in the country respectively.

Graduates have a wide range of employment and can engage in technical work such as research, design, manufacturing, operation and maintenance in the national electronic information field and communication enterprises. At present, the employment destinations of graduates majoring in communication engineering are mainly distributed in the three major operators of China Mobile, China Telecom, and China Unicom; communication equipment manufacturers such as Huawei, ZTE, Datang, and Fiberhome; Haier Group, Hisense Group, Skyworth Group, Panda Electronics, Well-known companies such as Zhongyi Digital Broadband, Xiahua Electronics, Ruisikanda, and Neusoft Group are responsible for product research and development, technical support, mobile network planning, optimization and testing, communication engineering design, and communication business software development.

At the same time, about 15% of students are recommended or admitted to Beijing University of Posts and Telecommunications, Southeast University, Harbin Institute of Technology, University of Science and Technology of China, Harbin Engineering University, Beijing Jiaotong University, Chongqing University, Northeastern University, Chinese Academy of Sciences every year Graduate students from key domestic universities and research institutions such as the Institute of Electronics.