(1) Specialty instruction: mechanical design, manufacturing and automation
1) Goals for major training
This specialty trains senior engineering and technical personnel who are provided with strong mechanical design and manufacturing knowledge of basic theory, master the advanced design and manufacturing methods, train for mechanical engineers, engage in the design and manufacture, scientific and technological development, applied research, operation management, manage and sail in the field of mechanical engineering and automation. The graduates can work in the fields of machinery, vehicle, transport, light petroleum and chemical industry etc on mechanical design and manufacturing, also work on teaching, scientific research and administration business in university, scientific research institutions and state organs. This specialty has the level 1 discipline of mechanical engineering master’s award.
2) Main courses
Basic theoretical knowledge include higher mathematics, university physics, mechanical drawing, engineering mechanics, mechanical principle, mechanical design, electrical and electronics technology, engineering material and microcomputer principle; Professional theory include tolerance technology, control engineering, testing technology, material molding technology, manufacturing technique foundation. The manufacturing equipment design, industrial robot, electromechanical integration technology, hydraulic and pneumatic, electric drive control, numerical control technology, automated manufacturing systems, computer information processing, modern design method, mechanical industry, enterprise management marketing and other relevant and broadened knowledge form the knowledge structure of graduates.
3) Career prospects
(1) the establishment and implementation of mechanical design and manufacturing process
(2) the maintenance and repair of mechanical, electrical, hydraulic, pneumatic control equipments
(3) the design and manufacturing of process and tooling
(4) programming and operation of CNC machine tools and machining center high intelligent equipments
(5) application of CAD/CAM technology
(6) field technical management of mechanical design and manufacturing
(7) mechanical and electrical products sales and service
(8) work on teaching, scientific research and administration business in university, scientific research institutions and state organs
(9) design, production and manufacturing of mechanical mould
(10) Master's graduate students, enrollment more than 30%, which focus on the university admission rate in more than 10%
(2) Specialty dynamic
(3) Specialty project
Personnel training goal: Train applied senior engineering and technical talents who have all around development of moral, intellectual, physical, master the basic theory, knowledge and skills of mechanical engineering, electronic engineering, automatic control engineering, obtain the train of mechanical engineer quality and skills, engage in design and manufacturing, scientific and technological development, applied research, operation managemen, sales management and other aspects of advanced engineering and technical professional in the field of mechanical engineering and automation.
Professional development goal: Taking the market economy as the guidance, considering the characteristics of enterprises among the Yangtze River Delta, undergo professional development road with local characteristics, and strive to become a major with distinctive characteristics and superiority.
Teachering staff construction goal: to make the teachers with senior professional titles more than 70%; teachers with a doctorate or master's degree above 75%; full-time teachers under the age of 45 reach 50%.
Course construction goal: strive to have one key construction course in school level, one fine courses construction project in school level. According to the development requirements of equipment manufacturing industry, to determine the main courses, and put forward specific requirements to the main courses which closely to major, finding out the inner relation between the curriculum content, optimizing related course content. Divide the basis courses and professional courses into different curriculum modules according to the content, establish curriculum module, integrate teaching contents and experiment according to the course module, formulate teaching syllabus according to the requirements of major and students, organize course teaching, deepening the reform of teaching content, connect the knowledge points organic, avoid repetition. Establish course group and launch a new round of teaching building by 2014 December
Text book construction goal: Strive to publish 1-2 the national planning textbook, write experiment guidebook, perfect the course notes, develop a number of multimedia teaching courseware, and strive to have one or more textbook construction achievements win the achievement award of school level.
The reform of education and teaching & research goals: Strive to obtain two research topic project approval at school level, publish 4 teaching research papers annual, strive to apply one teaching achievements at school level.
Practical teaching goal: build 5 relatively stable off-campus teaching base, practice base can meet the five requirements (students practice, supervisory engineering staff of enterprises come to school as part-time teachers and give lectures, enterprises and schools co-operate to do scientific research, teaching students to do graduate design unitedly); laboratory opening rate reach more than 90%; comprehensive and design experiment rate reach more than 80%.
Research goal: strive for the 1 national research projects, 2 provincial research projects, 3 city level research projects, published more than 40 papers, in which 20 papers covered in SCI and EI, strive for 4 authorized invention patent.
(4) Personnel and courses（locked）
| Num | Course | Course director | Other teacher |
| 1 | Fundamentals of mechanical manufacturing technology | Li Jian | Kong Dejun |
| 2 | Hydraulic and pneumatic transmission | Wu Zelong | Sun Bo |
| 3 | Machinery and equipment design | Kong Dejun | Li Jian |
| 4 | Numerical control technology | Zhu Xiaorong | |
| 5 | PLC and Mechanical and electrical transmission control | Shi Xianchuan | |
| 6 | Special processing | Wang Hui | |
| 7 | Mechanical CAD/CAM technology | Zhu Xiaorong | |
| 8 | Mechatronics system design | Yu Zhuqing | |
| 9 | Tolerance and cooperation | Yu Zhuqing | |
| 10 | Control engineering foundation | Kan Biao | |
| 11 | Mechanical engineering testing technology | Zhu Hailin | |
| 12 | Professional English | Sun Bo | |
(5) Laboratory and equipment（lock）
| Number | The experimental course name | Head (experiment guidance) | Other teachers |
| 1 | Numerical control lathe simulation programming | Zhu Xiaorong | Yu Yaliang |
| 2 | Turning processing experiment |
| 3 | CNC milling machine simulation programming |
| 4 | Lathe structure analysis | Li Jian | Yu Yaliang |
| 5 | Lathe geometric accuracy test |
| 6 | Disassembling and surveying all kinds of machine tool fixture |
| 7 | Four throttling speed control circuit（choose one） | Wu Zelong | Yu Yaliang |
| 8 | Pneumatic line |
| 9 | The internal structure of dc motor and brushless dc motor and operating characteristics | Shi Xianchuan | Yu Yaliang |
| 10 | The internal structure of ac ac induction motor and synchronous motor and speed regulating system |
| 11 | Using the simulation software for mitsubishi FX2N PLC programming experiment |
| 12 | The first-order system research | Kan Biao | Yu Yaliang |
| 13 | The step response of the second order system |
| 14 | Parts of nc machining tool path - plane milling | Zhu Xiaorong | Yu Yaliang |
| 15 | Part nc machining tool path of milling - space |
| 16 | Signal spectrum analysis | Zhu hailin | Yu Yaliang |
| 17 | Metal foil strain gauge performance experiment |
| 18 | Principle of electronic balance experiment* |
| 19 | Electric spark forming processing | Yu Yaliang | Wang Hui |
| 20 | Wire cutting processing |
| 21 | Four throttling speed control circuit（choose one） | Wu zelong | Yu Yaliang |
| 22 | Pneumatic line |
| 23 | Tool Angle measurement | Li Jian | Kong Dejun |
| 24 | Cutting temperature measurement |
| 25 | Processing error distribution curve and the point diagram method |
| 26 | Lathe structure analysis | Li Jian | Kong Dejun |
| 27 | Lathe geometric accuracy test |
| 28 | The tear open outfit and mapping of all kinds of machine tool fixture |
(6) The construction of teaching material
| Num | Name of the teaching material | The editor or deputy editor | Other editor |
| 1 | Mechanical engineering testing technology，Mechanical industry press | Zhu Hailin | |
| 2 | Mechatronics system design, the electronic industrial press | Yu Zhuqing | |
(7) The teaching research and achievements
| Num | Project name | Head | Others | Results name |
| 1 | In 2012, changzhou university education teaching research subject (GJY2012057)：Under the concept of multivariate innovation personnel training mode reform and practice | Kong Dejun | | |
| 2 | In 2013, the Chinese society of degree and postgraduate education research topic: full-time professional degree graduate cultivation model research (C1-2013Y07-051) | Kong Dejun | | |
(8) Scientific research and achievement（Including the patent, SCI, EI collected papers）
| Num | Project name | Head | Others | Results name |
| 1 | Stress corrosion behaviors of X80 pipeline steel welded joints by SST in NACE solutions | Kong Dejun | | Journal of Iron and Steel Research, International, 2013, 20 (1): 40-46 (SCI Included) |
| 2 | Fatigue properties and fracture analysis of 40CrNiMo by laser quenching | Kong Dejun | | China laser, 2013, 40 (11):1103001-7 (EI retrieval source) |
| 3 | Cathodic arc ion plating TiAlSiN coatings microstructure and performance | Kong Dejun | | Journal of central south university, 2013, 44 (9): 3645-3651 (EI retrieval source) |
| 4 | Analysis of impact toughness and fracture morphology of X80 pipeline steel welding joints with submerged-arc welding | Kong Dejun | | Journal of Materials Engineering, 2013 (6): 50-54 (EI retrieval source) |
| 5 | EDS analysis of aluminized coatings on X70 pipeline steel after salt spray corrosion | Kong Dejun | | Transactions of Materials and Heat Treatment, 2013, 34 (6): 135-140 (EI retrieval source) |
| 6 | Mechanical properties of zirconia-hydroxyapatite coatings prepared by magnetron sputtering. | Kong Dejun | | Transactions of Nonferrous Metals Society of China, 2012, 22 (1): 104-110 (SCI、EI included 20120514726013) |
| 7 | Token of interfacial bonding strength for VC coating prepared by TD process with Scratching | Kong Dejun | | Acta Aeronautica Et Astronautica Sinica 2012, 33 (2): 362-368 (EI included 20121114863310) |
| 8 | Effects of laser shock processing on electrochemical corrosion properties of X70 pipeline steel welded joints by slow strain rate testing | Kong Dejun | | Materials Science and Technology,2012, 20 (1): 121-125 (EI included) |
| 9 | Microstructure and properties of Ni-P coatings prepared by chemical plating on surface of 5052 aluminium alloy | Kong Dejun | | The Chinese Journal of Nonferrous Metals, 2012, 22 (5): 1360-1364 (EI included) |
| 10 | Surface and Interface Properties of TiN Films Grown by Physical Vapor Deposition | Kong Dejun | | Chinese Journal of Vacuum Science and Technology, 2012, 32 (12): 1078-1083 (EI included) |
| 11 | Preparation of amorphous Ni - W plating alloy coating friction and wear performance.. | Kong Dejun | | Journal of central south university, 2012, 43 (9): 4372-4377 (EI) |
| 12 | Laser shock of X80 pipeline steel welding joint the influence of stress corrosion. | Kong Dejun | | Journal of building materials, 2012, 15 (4): 484-489 (EI) |
| 13 | TD processing preparation of VC coating - basic element diffusion and interface features | Kong Dejun | | Transactions of Metal Heat Treatment, 2012, 33 (8): 140-145 (EI) |
| 14 | The surface morphologies and spectroscopy analysis of VC coating on the substrate of Cr12MoV prepared by TD process after salt spray. | Kong Dejun | | Journal of Wuhan University of Technology-Materials Science Edition, 2012, 27 (4): (SCI、EI) |
| 15 | In 2012, the China petroleum and chemical industry association of science and technology progress third prize | Kong Dejun | | |
| 16 | Mechanical properties of hydroxyapatite-zirconia coatings prepared by magnetron sputtering | | | the second award of Changzhou twelfth excellent natural science paper |
| 17 | A nanoscale transmission system with novel-structured carbon nanotubes | Kan Biao | | Journal of Applied Physics, 2013 |
| 18 | Intertube van der Waals interaction in double walled carbon nanotubes under axial compression | Kan Biao | | Journal of Computational and Theoretical Nanoscience, 2012 |
| 19 | Mathematical modeling of the interference of seal pair in triple-offset butterfly valve | Kan Biao | | Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science, 2012 |
| 20 | Buckling properties of 7-5-5-7 defected single walled carbon nanotubes under axial compression | Kan Biao | | Journal of Computational and Theoretical Nanoscience, 2011 |
| 21 | Transverse electric field-induced deformation of armchair single walled carbon nanotube | Kan Biao | | Nanoscale Research Letters, 2010 |
| 22 | Atomic scale mass delivery driven by bend kink in single walled carbon nanotube | Kan Biao | | Applied Surface Science, 2010 |
| 23 | Frequency shift of single-walled carbon nanotube under axial load | Kan Biao | | International Journal of Surface Science and Engineering, 2010 |
| 24 | Forming roll surface of pulse electrochemical finishing processing technology research | Wang Hui | | Manufacturing technology and machine tools, 2009 |
| 25 | The Finishing of Rolling Bearing Raceway by Electrochemical Mechanical Finishing _ECMF_ Technology | Wang Hui | | Advanced Materials Research, 2011 |
| 26 | Based on Visual C + + to realize parametric design of involute spur gear | Wang Hui | | Mechanical and electrical product development and innovation, 2011 |
| 27 | Portable bike frame modeling and finite element analysis | Sun Bo | | Mechanical engineering and automation 2009 |
| 28 | The foot finite element analysis and application | Sun Bo | | Journal of Jiangsu Polytechnic University, 2009 |
| 29 | Foot stress finite element analysis based on ANSYS | Sun Bo | | Machinery Design and Manufacture, 2009 |
| 30 | Loader diesel engine valve mechanism performance evaluation | Zhu Hai-lin | | Engineering machinery, 2011 |
| 31 | Calculation of reliability of repairable parts loader | Zhu Hai-lin | | Construction machinery, 2010 |
| 32 | The minimum volume optimization design of engineering machinery planetary reducer | Zhu Hai-lin | | Engineering machinery, 2009 |
| 33 | Loader accessories and reliability analysis | Zhu Hai-lin | | Engineering machinery, 2009 |
| 34 | Loader reliability condition of thinking | Zhu Hai-lin | | Engineering machinery, 2008 |
| 35 | Loader valve-train diesel engine performance evaluation | Zhu Hai-lin | | Engineering machinery, 2011 |
| 36 | The prototype of three degree of freedom parallel mechanism coordinate measuring machine | Zhu Xiao-rong | | Manufacturing technology and machine tools, 2010 |
| 37 | Magnetorheological semi-active damping system in parallel control and experiment | Zhu Xiao-rong | | Machine Design and Research, 2010 |
| 38 | Two degrees of freedom parallel manipulator workspace and singularity | Zhu Xiao-rong | | Machine Design and Research , 2010 |
| 39 | Parallel guide drive on the side of the second sliding block parallel manipulator trajectory implementation and simulation study | Zhu Xiao-rong | | Manufacturing technology and machine tools, 2011 |
| 40 | Optimal Kinematic Design of a 2-DOF Planar Parallel Manipulator | Zhu Xiao-rong | | Applied Mechanics and Materials, 2011 |
| 41 | Inverse Dynamics Analysis of a 2-DOF Planar Parallel Manipulator | Zhu Xiao-rong | | Applied Mechanics and Materials, 2011 |
| 42 | Realization and Simulation of Motion Trajectory of a 2-DOF Planar Parallel Manipulator | Zhu Xiao-rong | | Key Engineering Materials, 2011 |
| 43 | Steel pipe saw the tangent of the hydraulic control system design | Li Jian | | Mechanical design and manufacturing, 2008 |
| 44 | New technology of laser assisted heating machining | Li Jian | | Mechanical design and manufacturing, 2009 |
| 45 | An open CNC system G code compiler module design | Li Jian | | Mechanical design and manufacturing, 2010 |
| 46 | A method of X70 pipeline steel surface modification treatment | Kong De-jun | | zl201110142602.7 |
| 47 | Low temperature flow layer of vanadium nitride coatings prepared by the method and its device | Kong De-jun | | ZL201010122769.2 |
| 48 | Small multilayer elevator teaching model | Shi Xian-chuan | | ZL 200620074249.8 |
| 49 | A manufacturing method of precision ball screw | Wang Hui | | ZL2010101758973 |
| 50 | A control software of electrochemical composite abrasive belt grinding of 12C camshaft | Wang Hui | | 2011SR000810 |
| 51 | A method of detection for channel parabolic concentrator installation alignment error | Yu Zhuqing | | zl201110155868.5 |
| 52 | A detection method and device of machine hand grip slip based on image processing technology | Yu Zhuqing | | zl201110007519.9 |
| 53 | A protection method and device of trough type solar thermal condenser drive unit security protection | Yu Zhuqing | | ZL201110155871.7 |
| 54 | Frequency method in the detection of cable-stayed cable force of cable-stayed bridge, the revision method of FFT data | Yu zhuqing | | ZL200810156924.5 |
| 55 | With thermal insulation layer is prevented bask in car cover | Zhu hailin | | ZL201220060938.9 |
| 56 | Prevent bask in frost anti-theft car hood | Zhu hailin | | ZL201220060951.4 |
| 57 | The vehicle without rigid impact speed bumps | Zhu hailin | | ZL 201010156687.X |
| 58 | A novel inner gear ring gear pump | Zhu hailin | | ZL2010200229569 |
| 59 | Can realize the automatic flat of the institutions of the loader | Zhu hailin | | ZL200820161949.X |