Tips: 1. The central teaching strictly personally taught by has years of experience in the design of the project and the authority of actual combat experts. One teaching character and intentions by key rewarding experience! 2. The courses throughout the year classes, divided the day shift, evening and weekend classes, or pick school, the flexibility to meet the needs of working people in time. 3. foreign students by the Centre to resolve the accommodation issue, accommodation 450 yuan per month, separate single room. 4. Contact: Miss Deng counseling registration day (holidays as usual). Training: paper describes detailed training after time: See the text so far, learn: one training arrangements as may be shortened or extended hours to grasp the situation according to the participants. Target audience: individual and corporate training (available to corporate customers on-site training, training content can be customized) Tuition: 3 See the text (enterprise training costs, please call can also be arranged one to one training) Employment: free Recommended Employment! The main recommendation to the Division I project of the enterprises, but also the public are welcome to call us employers, students can master more than the center of the training, their competence needs! Curriculum: (a) mechanical design Beginner 5000 yuan (Solidworks + motion simulation + mechanical design theory) (ii), mechanical design Intermediate 7500 yuan (Solidworks + motion simulation + structural analysis theory + finite element analysis) ( C), mechanical design (industrial design) a full curriculum senior class 12,700 yuan detailed curriculum Advanced Course Price as follows: A, 12700 yuan / person (Advanced: including invoices taxes, 1 participants) B, 9500 yuan / person (Advanced: taxes including invoices, 2-3 people took part in) C, 8500 yuan / person (Advanced: taxes including invoices, while more than 4 participants) Course Description: (a) mechanical design junior class training time : 1 to 2 months according to the study schedule (depending on the student mastery shortened or extended): Estimated time Remarks proe design programs such as Solidworks or no base is added to AutoCAD AutoCAD training Animator animated simulation, kinematic simulation of mechanical design basis and principles machinery Case design practice, practical operation case (ii), mechanical design intermediate level classes Training time: 2 months of study in accordance with the schedule (depending on the student mastery shortened or extended): Estimated time Remarks proe Solidworks or AutoCAD-based design course, without the plus AutoCAD training Animator animated simulation, kinematic simulation ANSYS finite element analysis programs (including material mechanics, engineering mechanics) mechanical design basis and principles of common material properties knowledge of mechanical design mechanical design practice cases, practical operation case Note: 1, the training time an initial plan, the training process will be adjusted according to the participants to grasp the situation (to increase or decrease the time), the training sequence will be made as the case may be interspersed explain. (Iii), mechanical design advanced courses training course outline covers design theory + Solidworks / Pro / E three-dimensional design + Cosmos product or ansys Finite Element Analysis and Mechanism Simulation + project practices (mechanical design theory, common mechanical component selection Mechanical design material properties common knowledge, mechanical parts and machine FEM analysis, mechanical design examples to explain, machinery equipment projects up training, the whole design.) The study and practice of 2 to June of the system, a senior tutor Under counseling, in-depth, comprehensive grasp of industrial design, mechanical design, finite element analysis, automatic control theory and practical skills, with high quality creative thinking and industry to meet the demands of today's high-quality industry. Estimated time content Solidworks or proe design courses Animator animated simulation, kinematic simulation ANSYS finite element analysis programs (including material mechanics, engineering mechanics) mechanical design basis and principles of common material properties knowledge of mechanical design automation components mechanical knowledge mechanical design practice cases, Case gymnastics training time: 2 to 6 months according to the study schedule (depending on the student mastery shortened or extended): Note: Full-time study: 2 ~ March weekend, evening study time 4 to 6 months following mechanical design training programs : a three-dimensional modeling Solidworks or proe mechanical parts and machine design course, the assembly, the engineering drawings, motion simulation: centroid acceleration mechanism components, angular acceleration, instantaneous velocity, momentum, kinetic energy and other sports geometry data and output data tables and graphs and so on. Two, ANSYS FEM 1, finite element analysis and theoretical background of class 2, strength of the mechanical parts and machine check the safety factor, the normal stress, impact drop test, institutional size optimization, frequency analysis, buckling analysis, fatigue analysis (Product Lifecycle computing) and the like. Third, mechanical design basis and principles 1, 2 mechanical design basis, non-standard machinery and equipment design manual 3, mechanical principle and mechanical design 4, 2, dynamic components and structures of the four institutions, machinery automation components of knowledge 1. The common organization theory A, selection guidelines and precautions stepper motor. B, principles and considerations servo motor selection. C, Cylinder Works cylinder use principles. 3, recognizing common mechanical components encoders, bellows, belts, springs, rails, solenoid valves, capacitors and resistors, wires, flywheel, photoelectric sensors, photoelectric switches, sliders, relays, reducer, proximity switches, air filter, United couplings, chains, nuts bolts, flat rod, cylinder, multi-cylinder, trachea and quick connectors, screw, speed control valve cam, towline, sucker, limit switches, muffler, compressors, hydraulic pumps, hydraulic buffer , hydraulic buffers, vacuum pumps, vacuum generators, vibration plate, bearing five, mechanical design commonly used material properties and practical knowledge of industrial design materials analysis six mechanical engineering materials, mechanical design practice case automated production lines, packaging machines, blankets, guns, oblique arm machine, roasted capacitor device, press handlers, can work directly with the students to explain the design of the equipment as an example.