Instructive Cultivation Plan for Program of Mechanical Engineering
(FH)
(Grade 2018)
Program Code: 080201
I. Educational Philosophy According to international development of education resulted by the economic globalization, China's engineering education should adapt to the international demand, to cultivate entrepreneurial and innovative talent, devote oneself to satisfy the international ability of talent. For professional training of specialty in mechanical engineering, we have absorbed foreign advanced engineering education thought and education mode, introduced its successful experience about Fachhochschule （ FH ） for construction of innovative personnel training system, and to train FH-advanced applications talents who masters basic German language skills, and understands the professional and technical knowledge. German University of Applied Sciences (FH mode) cultivates front-line engineers, managers, the economic field staff, and the social and public service personnel. Their educational objectives are consistent with our application-oriented colleges for applying talents cultivation. So in order to cultivate the entrepreneurial and innovative high-skilled personnel in line with international standards, we introduce the German University of Applied Sciences (FH) mode. In this mode, school education is closely integrated with enterprise teaching, so that the student obtain engineering capabilities by the way of initiative, practice and links between the courses, including a deep knowledge of science and engineering technology basics, the ability to use knowledge to solve problems, communication and ability to work in a team, the knowledge innovation ability. The overall goal of professional training is: adapting to the globalization trend of engineering education resulted by the economic globalization, cultivating FH-advanced applications talents who are proficient in German, understands the professional and technical knowledge, have the innovation ability and have the knowledge of the practical experience of the modern enterprise. The program of Mechanical Engineering (FH) is four years. The students are cultivated by university and enterprises. In university, students mainly complete the course learning, acquire engineering and technological knowledge, and humanities and social scientific knowledge. At the same time, students may be obtain the capabilities to analyze and solve practical engineering problems, based on course of experiments, curriculum design, project teaching, and science and technology competitions, practice report - R & D symposium. Students gain the practical professional work experience through learning in the enterprise. The target is to complete the job- based project courses, engineering practice and graduation design, lead to learn the advanced technology and culture, and cultivate the engineering quality, practical and creative abilities and professional ethics. II. Educational Objectives
This program is aimed at nurturing FH-style talents in the field of mechanical engineering who masters basic German language skills, has the fundamental knowledge and application skills of mechanical design and manufacturing, and will be engaged in technology development, process design, project management, applications and operation of mechanical and electrical equipment at production site.
III. Required Knowledge and Abilities 1. Solid grounding in both natural sciences and humanities & arts; 2. Basic ability of communication, reading and writing using German; 3. A broad understanding of theoretical and technical foundation in mechanical engineering, including mechanics, mechanisms, electrical and electronic techniques, engineering material, machine design, automation, and computer application; 4. Skills of mechanical drafting, calculating, experimenting, testing, literature searching and technical operations; 5. Knowledge of one specialization of mechanical design and manufacturing, and understanding of its trend and current stage of development; 6. Capability of scientific research and development, technology application, management, business sales, and construction operations; 7. Initial experience of learning, practice, design, manufacturing and management in the modern enterprise; 8. Strong active learning ability, critical thinking, innovative spirit, self-conscious spirit of teamwork, and strong expression and communication skills.
4. Duration Generally four years. The shortest duration is not less than three years, and the longest is not more than six years.
5. Credits and Degree Minimum Credits of Curriculum (Comprising course system and intensive practical training): 173. Degrees Conferred: Bachelor of Engineering. 6. Major Disciplines Mechanics, Mechanical design, Mechanical manufacturing, Computer application. 7. Major Courses 7.1 Engineering Design 1 - Technical drawing /CAD (48 hours) “Engineering Design 1 - Technical drawing /CAD” is a basic professional course which is to study the law of drawing and reading of mechanical graphics and to train students to have capabilities of drawing and reading engineering graphics. Through this course, students will be able to understand the basic theory of orthogonal, know how to express the projection of parts, master the expression of the parts and assembly drawings, use general drawing tools and instrument correctly and draw deftly, have computer drawing abilities, grasp general laws and steps for reading engineering drawings and develop a serious and responsible work attitude. The students can master engineering drawings and 3D solid modeling capabilities by computer, including a basic knowledge of the CAE product data management system, the general approach and specific steps to master reading engineering drawings, and comprehensively improve the overall quality of the mechanical disciplines.
7.2 Engineering Mechanics – Statics/ Engineering Mechanics – Dynamics (48hours) "Engineering Mechanics 1 – Statics/ Dynamics" is a very important and basic technological course. Through this course, students can select isolated body from a simple mechanism or structure, accurately draw the force diagram, calculate static force of components and find the constraint forces, understand the methods of solving friction problems in a plane force system, correctly calculate the velocity and acceleration of one point, and angular velocity and angular acceleration of the rigid body, understand the relative movement, grasp the method of point movement and synthesis, correctly calculate the velocity and acceleration of each point on the planar motion rigid body, resolve dynamics problems using dynamics general theorems (such as momentum theorems, theorem of angular momentum, kinetic energy theorem, theorem of mass motion, differential equations of fixed axis rotation, etc.), use the D'Alembert principle to solve the problem of dynamic reaction force, understand the principle of mechanical vibrations. Meantime, this course will train the skills of analyzing, problem solving and communication. The focus of this course is to develop the necessary mechanical analysis and research capabilities of this major.
7.3 Engineering Mechanics - Strength of Materials (48 hours)
"Engineering Mechanics 2 - Strength of Materials" is a basic technical course. Through this course, students can generate mechanics sketch from the general pole components, draw internal force diagram of the bars with deformations, to calculate the stress and displacement and calculate strength and stiffness, understand the concept of stress state and strength theory and use them to calculate the strength of bars under combined deformation, understand the method of simple statically indeterminate problem solving, understand the stability concept of the lever, can calculate the critical loads and critical stress of bars with axial force and check the stability, understand the basic concept of the dynamic load, dynamic load coefficients, the fatigue failure and the endurance limit with alternating stress, have the preliminary knowledge of commonly used materials, mechanical properties and their test methods, understand the basic principles of electrical measuring stress analysis. 7.4 Engineering Design 2 - Technical Design and Machine Elements (48hours)
"Engineering Design 2 - Technical design and Machine Elements" is a technical foundation course to train students with mechanical design capability. Through this course, the students can determine reasonable design solution according the functional requirements (input and output) and technical requirements. In this course, students can understand basic knowledge of mechanical design, and understand the main types, performance, structural features, applications, materials, standards of mechanical parts, etc. Students can master the basic principles of mechanical design, working principles of mechanical parts, safety regulations to prevent breakage, deformation and fatigue fracture (static / dynamic), stress analysis, stress state, failure modes, calculation criteria of working ability, selection of connecting elements and security elements ,dimensions selection of threaded connection, computing of key connection and interference connection , calculation of rolling bearing (service life and security), etc. Students will be trained with the skills of design calculations, structural design and drawing, experiments, preparation of technical documentation.
7.5 Mechanism Engineering (48 hours)
By the learning of the course of "Mechanism Engineering", students can master the working principle and design calculation methods of mechanism, grasp and understand basic theory and basic knowledge of mechanical kinematics and dynamics, have the capability to determine the transmission system solution and design mechanism, learn and develop the innovation capability.
This course introduces the theory and design calculation methods of various common mechanisms
(such as gear mechanism, cam mechanism, link mechanism, gear train mechanism, etc.). The focus of this course is to develop the necessary capability of mechanism analysis, mechanism design and mechanism innovation.
7.6 Manufacturing Processes (64 hours)
“Manufacturing processes” is a technical foundation course. Through this course, to enable students to master the outline of manufacturing technology, casting, transforming, parting, and joining methods. Students will know: Technology of the primary shaping by casting and sintering calculation of the casting system, casting; Significance of thermal energy during casting and sintering, powder metallurgy, evaluation of powders, materials you use. Technology of shaping by pressure, such as bending and torsion. Calculation of the forming forces, labor, and stresses.
Methods of mechanical cutting and thermal cutting, such as peculiarities cutting using an oxyacetylene flame, plasma cutting and laser technology. Calculation of machining processes during machining with geometrically defined cutting edges, and method of machining with geometrically undefined cutting edges, alternative method for separating. Thermal joining processes of soldering and welding; conditions for applicability of brazing and welding; material-technical and method- related foundations; basics of bonding; mechanical joining processes of punching rivets and clinching.
7.7 Electrical Engineering (48 hours)
“Electrical Engineering” course teaches basic principles and application methods of electric and magnetic fields, sinusoidal electric current in electrical circuits with lumped elements, and three- phase systems, etc. Students can learn the knowledge of stationary and time-dependent processes in electrical networks and in electric and magnetic fields, master circuit theory and analysis method of linear and nonlinear electronic devices. Through classroom study, experiments and computer simulation, it enable students to obtain necessary theory, basic knowledge and basic skills of electrical and electronic technology, lay a good foundation for learning further deep professional courses. The focus of this course is to develop the abilities of electrical and electronics theory, experiment, testing knowledge that required by this major.
7.8 Control Engineering (48 hours)
The section of control technology of “Control Engineering” course covers the fundamentals of digital technology, selected circuit families and the establishment, operation and programming of programmable logic controllers (PLC). This module aims to identifying control tasks in manufacturing, formulating tasks for industrial control and understanding the basic principles and the construction of control systems. In section of control engineering, the tasks and the theoretical foundations of control theory are taught. The topics are covered structural description of dynamical systems, behavior and description of linear systems in the time domain and frequency domains, system analysis, stability of the control loop, one- size control, design process and adjusting of PID controller. After successful completion of the module, students will master the basic concepts and theoretical, as well as the mathematical knowledge for modeling, analysis and synthesis of control circuits. Students are also able to classify unknown control engineering problems properly and independently solve the problems using selected methodology.
8. Practical Training Military Training, Lab Machine Tool, Project Gears, CAD Exercises）、 CNC & Labor CNC, Lab
Measurement Technology, Project 1/ Project 2, Synthesis Practice, Practical Training, Training
Sessions of German 1-4, Bachelor Theses
9. Course Category and Course Hour
Computer Lab Total Total Theoretical Course Category % & Credits Hours Course Hour Practice Hours
General Education Basic 81 46.8 1440 1328 112 Course
Specialized Basic Course 33 19.1 528 477 51
Specialized Course 20 11.6 320 268 52
Professional Practice 39 22.5 936 0 936
Total 173 100 3224 2075 1149
Theoretical Course Hour : 64：36 Practice Hour（%）
10. Teaching Schedule (1) Course Course Course Total Total Course Theoretical Practical Suggested College/School Course Assessment Category Property Code Credits Hours Course Hours Course Hours Semester
College of Arts and Compulsory b1020003 General English III test 3 48 48 autumn 1 Sciences
College of Arts and Compulsory b1020004 General English IV test 3 48 48 spring 1 Sciences
College of Arts and Compulsory b1020005 Academic English A test 2 32 32 autumn 2 General Sciences
Education College of Arts and Compulsory --- English Extension non-test 2 32 32 spring 2 Basic Sciences
Course College of Arts and Compulsory b1020026 German 1 test 6 96 96 autumn 1 Sciences College of Arts and Compulsory b1020061 Training of German 1 non-test (6) (96) (96) autumn 1 Sciences College of Arts and Compulsory b1020028 German2 test 4 64 64 spring 1 Sciences College of Arts and Compulsory b1020067 Training of German 2 non-test (10) (160) (160) spring 1 Sciences
College of Arts and Compulsory b1020030 German3 test 6 96 96 autumn 2 Sciences College of Arts and Compulsory b1020031 Training of German 3 non-test (6) (96) (96) autumn 2 Sciences College of Arts and Compulsory b1020032 German 4 test 6 96 96 spring 2 Sciences College of Arts and Compulsory b1020033 Training of German 4 non-test (6) (96) (96) spring 2 General Sciences
Education College of Arts and Compulsory b1020007 Calculus A1 test 4 64 64 autumn 1 Basic Sciences
Course College of Arts and Compulsory b1020008 Calculus A2 test 4 64 64 spring 1 Sciences
College of Arts and Compulsory b1020012 Linear Algebra non-test 2 32 32 autumn 2 Sciences College of Arts and Probability Theory & Compulsory b1020013 non-test 2 32 32 autumn 2 Sciences Mathematical Statistics
College of Arts and College Physics A Compulsory b1020062 test 3 48 48 spring 1 Sciences (Module 1)
College of Arts and Compulsory b1020065 College Physics B test 2 32 32 autumn 2 Sciences
College of Arts and Compulsory b1020066 College Physics Ｃ non-test 1 32 32 spring 1, autumn 2 Sciences
College of Arts and autumn 1, spring 1, Compulsory b1020035 University Chemistry test 1 32 28 4 Sciences summer 1
Compulsory School of Marxism b1080001 Basic Theory of Marxism test 3 48 42 6 autumn 1, spring 1
Moral Cultivation and Basic Compulsory School of Marxism b1080003 non-test 3 48 42 6 autumn 1, spring 1 General Legal Knowledge Outline of Modern Chinese Education Compulsory School of Marxism b1080002 non-test 2 32 28 4 autumn 1, spring 1 History Basic
Course Introduction to the Thought Compulsory School of Marxism b1080004 test 3 48 42 6 autumn 2 of Mao Zedong and Theories of Socialism with
Chinese Characteristics I
Introduction to the Thought
of Mao Zedong and Compulsory School of Marxism b1080005 test 3 48 42 6 spring 2 Theories of Socialism with
Chinese Characteristics II
Military Theory College of Arts and Compulsory b1020021 (including Safety non-test 0.5 16 16 spring 1, autumn 2 Sciences Education)
Military Training
Compulsory Others b1110001 (including Entrance non-test 0.5 32 32 autumn 1
Education)
Social Development Compulsory School of Marxism ----- non-test 2 (32) (32) autumn 1~spring 2 (Module 1-4)
Department of Physical Compulsory ----- Physical Education I-VI non-test 3 160 160 autumn 1~autumn 4 Education
Compulsory College of Engineering b2011188 Introduction to Engineering non-test 1 16 16 autumn 1 Fundamental of Computer Compulsory College of Engineering test 3 48 32 16 spring 1 Programming(C++)
b2011190 Business Administration test 2 32 32 autumn 3
b2011191 Academic German non-test 2 32 32 autumn 3
General Public b2011192 Project Management non-test 2 32 32 spring 3 Selective Education Selective 6 Credits Career Development Basic Course b2011193 non-test 2 32 32 autumn 4 Planning Course b2011194 Maintenance Support non-test 2 32 32 autumn 4
Total (General Education Basic Course): 81 1440 1328 112
Note: Credits & hours in brackets above are not included in the total credits and course hours, but must be finished by class.
10. Teaching Schedule (2) Course Course Course Total Total Course Theoretical Practical Course College/School Course Assessment Suggested Semester Category Property Code Credits Hours Course Hours Hours
Compulsory College of Engineering b2011137 Engineering Design I test 3 48 40 8 autumn 1
Compulsory College of Engineering b2011138 Engineering Design II non-test 3 48 32 16 spring 1
Compulsory College of Engineering b2011049 Engineering Mechanics test 3 48 48 autumn 2
Compulsory College of Engineering b2011050 Engineering Mechanics test 3 48 44 4 spring 2
Compulsory College of Engineering b2011306 Materials Engineering 1 test 2 32 28 4 autumn 2
Compulsory College of Engineering b2011198 Electrical Engineering test 3 48 42 6 autumn 2 Specialized Fluid Dynamics and Heat test Basic Course Compulsory College of Engineering b2011199 3 48 48 autumn 3 Transfer
Compulsory College of Engineering b2011079 Mechanism Engineering test 3 48 44 4 spring 2
Technical Design and Machine test Compulsory College of Engineering b2011307 3 48 45 3 autumn 3 Elements
Compulsory College of Engineering b2011308 Manufacturing Processes test 4 64 64 spring 2
Compulsory College of Engineering b2011204 Control Engineering test 3 48 42 6 spring 3
Total (Specialized Basic Course): 33 528 477 51
10. Teaching Schedule (3) Course Course Course Total Total Course Theoretical Practical College/School Course Assessment Suggested Semester Category Property Code Credits Hours Course Hours Course Hours
Fluid technics and facility Compulsory College of Engineering b2011152 test 2 32 28 4 spring 3 construction
Compulsory College of Engineering b2011205 Electric Drives test 2 32 28 4 autumn 3
Tool machinery and process Compulsory College of Engineering -- test 3 48 44 4 spring 3 plan design
Compulsory College of Engineering b2011206 Measurement technology test 2 32 32 autumn 3 Specialized CNC Programming and Course Compulsory College of Engineering b2011207 test 3 48 42 6 spring 3 Operation
Total 12 192 174 18
b2011208 Manufacturing technology 3 test 2 32 32 autumn 4
Selective b2011309 Materials Engineering 2 non-test 2 32 32 autumn 4 Module A 8 Credits b2011210 Strength of Materials 2 non-test 2 32 32 autumn 4
b2011211 Finite Elements non-test 2 32 16 16 spring 3 Mechanical Design Practice b2011258 non-test 2 32 16 16 spring 3 (English)
b2011212 Manufacturing technology 3 non-test 2 32 32 autumn 4
b2011213 Welding 1 non-test 2 32 28 4 spring 3
Module B b2011214 Manufacturing technology 3 test 2 32 32 autumn 4
b2011215 Finite Elements non-test 2 32 16 16 spring 3
b2011259 Factory Design non-test 2 32 26 6 autumn 4
Total 8 128 96 32
Total (Specialized Course) 20 320 270 50
10. Teaching Schedule (4) Course Course Course Total Total Course Theoretical Practical College/School Course Assessment Suggested Semester Category Property Code Credits Hours Course Hours Course Hours
Engineering Training Compulsory b4090001 Basic Engineering Training A non-test 3 72 72 spring 1，summer 1 Center Professional Compulsory College of Engineering b4011114 CAD/CAM Practice non-test 2 48 48 summer 2 Practice Compulsory College of Engineering b4011115 Lab Measurement Technology non-test 1 24 24 autumn 3
Compulsory College of Engineering b4011116 Project 1 non-test 3 72 72 spring 3 Compulsory College of Engineering b4011182 Project 2 non-test 2 48 48 autumn 4
Compulsory College of Engineering b4011118 Labor CNC non-test 2 48 48 spring 3
Practice of Interchangeability and Compulsory College of Engineering b4011043 non-test 2 48 48 summer 1 Measurement Technology
Compulsory College of Engineering b4011180 Practical Training I non-test 1 24 24 summer 2
Compulsory College of Engineering b4011181 Practical Training II non-test 2 48 48 summer 2
Compulsory College of Engineering b4011121 Practical Training III non-test 3 72 72 summer 3
Compulsory College of Engineering b4011122 Practical Training IV non-test 3 72 72 summer 3
Compulsory College of Engineering b4011123 Bachelor Theses non-test 12 288 288 spring 4
Total 36 864 864
Selective Module A b4011049 Synthesis Practice non-test 3 72 72 autumn 4
3 Credits Module B b4011125 Project Gears non-test 3 72 72 autumn 4
Total 3 72 72
Total (Professional Practice) 39 936 936
Total 173 3224 2075 1149
11. Sequence of Course
No. Course Prerequisite Course No. Course Prerequisite Course
Engineering Design1 Calculus A1 —Technical Drawing CAD
Engineering CNC Programming and 1 10 Engineering Design 2- Mechanics 1 Calculus A2 Operation Technical Design and
Machine Elements College Physics Manufacturing Processes
Engineering Design1 Calculus A1 —Technical Drawing CAD
Mechanism Tool Machinery and Engineering Design 2 - 2 11 Engineering Calculus A2 Handling Technics Technical Design and
Machine Elements
Engineering Mechanics 1 Manufacturing Processes
Calculus A1 Engineering Mechanics 1
Engineering Calculus A2 Engineering Mechanics 2 3 12 Finite Elements Mechanics 2 College Physics
Engineering Mechanics 1
Engineering Mechanics 1 Electrical Engineering
Engineering Mechanics 2 Manufacturing Processes Engineering Design 2 - 4 13 Electric Drives Engineering Design1 Technical design （Linear Algebra） —Technical Drawing CAD
Mechanism Engineering Calculus A2
Calculus A1 （Linear Algebra） Fluid dynamics and heat 5 Control engineering 14 transfer Calculus A2 Engineering Mechanics 1 No. Course Prerequisite Course No. Course Prerequisite Course
College Physics Calculus A1
Electrical Engineering Calculus A2
Tool Machinery and Calculus A1 Handling Technics Materials engineering 6 15 Labor CNC Engineering Design1 1 Calculus A2 —Technical Drawing CAD
Engineering Mechanics 1 Manufacturing Processes
Calculus A1 Engineering Mechanics 2
Fluid technics and Calculus A2 Manufacturing Processes 7 16 Materials Engineering 2 facility construction Engineering Design1 Engineering Design1
—Technical Drawing CAD —Technical Drawing CAD
Engineering Design1 Calculus A1 —Technical Drawing CAD
Calculus A2 Mechanism Engineering
Engineering Design 2- 8 Electrical Engineering 17 Synthesis practice College Physics Technical Design and
Machine Elements
Fluid Technics and Facility
Construction
Engineering Design1 Electrical Engineering —Technical drawing CAD Manufacturing Measurement 9 18 Processes Engineering Design 2- Technology
Technical Design and College Physics
Machine Elements No. Course Prerequisite Course No. Course Prerequisite Course
Engineering Mechanics 1 Control Engineering
12. Extracurricular Classes
Through taking extracurricular classes, students are encouraged to take part in academic
lectures, social practice activities, campus cultural and sports activities, innovative and
entrepreneurial activities, voluntary activities, etc. to improve their social adaptability and
enhance the competitiveness in the job market. Details are specified in Students’ Manual.