工业工程专业《机械设计课程设计》实践环节教学大纲模版英文版.docx

Syllabus of Practice SessionMechanical and Course DesignCourse Name： Course Exercise in Mechanical Design Course Code：Credits： 1Total Credit Hours： 2 weeks Practice Hours：School： School of Mechanical EngineeringTarget Major： Industrial EngineeringI、Purpose and Requirement of Practice SessionMechanical and Course Designis an important practical teaching link after the completion of the teaching tasks of mechanical design courses, and it is also the first comprehensive design ability training for industry students in higher engineering colleges. It is an important practical link for the cultivation and training of students' theory-practical ability and comprehensive innovation ability. The basic purpose is as follows: Cultivate the design idea of combining theory with practice; training the ability to comprehensively use mechanical design and theories related to prerequisite courses, combined with actual production analysis and solve practical engineering problems; Consolidate, deepen and expand knowledge about mechanical design. Select transmission mechanism and part type by making reasonable design plan; Calculate the working capacity of the parts correctly, determine the size and select the materials; And fully consider the requirements of manufacturing process, use and maintenance; Through structural design to understand and master the design process and method of mechanical parts and mechanical transmission devices. Training in basic design skills such as calculation, drawing, familiarization and use of design materials (manuals, atlases, standards and specifications, etc.) and the ability to use empirical data, perform empirical estimation and process data.1. Moral Education and Character Cultivation.Through the practical process ofCourse Exercise in Mechanical Design,understand how predecessors think in the process of doing mechanical design, how to overcome the obstacles encountered, help students establish scientific thinking methods and the spirit of courage to face challenges in work. Master the scientific world outlook and methodology, promote the students* in-depth understanding and transfer application of the concept of mechanical discipline, and make students* learning go deeper.2. Related Theory CoursesAdvanced Mathematics I, Engineering Graphics I, Engineering Graphics II, Theoretical Mechanics, Material Mechanics, Mechanical Principles, Mechanical Principles Course Design, etc.Advanced Mathematics I, engineering graphics I, Engineering Mechanics I, etc3. Practice ObjectivesObjective 1. Cultivate the design ideas of combining theory with practice, clarify the design tasks according to the design of the course design, rationally select the transmission mechanism and part type by formulating the design plan, correctly calculate the working capacity of the parts, determine the size and select the materials.Objective 2. Training theories about comprehensive use of mechanical design and prerequisite courses; Consolidate, deepen and expand knowledge about mechanical design by combining actual production analysis and solving practical engineering problems; Initially consider the requirements of manufacturing process, use and maintenance.Objective 3. Conduct basic design skills training such as familiar with and use design materials (manuals, atlases, standards and specifications, etc.) to calculate, use experience data to estimate and process data, and the ability to draw.Exercise students' communication skills through the preparation of instructions and the defense session.Supporting for Graduation RequirementsCourseObjectivesGraduationRequirementsIndices and Contents Supporting forGraduation RequirementsPracticeSessionIdeological andPolitical IntegratedLevel ofSupportIndicesContentsObjective 1.Ability to apply mathematical, scientific and engineering knowledgeIndex2.1Solid knowledge of mathematics and natural sciencesSession 1,2Engineering and SocietyHObjective 2.Ability to apply mathematical, scientific and engineering knowledgeIndex2.2Master the basic theory, methods and tools of engineering technology systematically.Session 2,3innovative thinkingHObjective 3.Ability to apply mathematical, scientific and engineering knowledgeIndex2.3Be able to apply all kinds of engineering knowledge to solve engineeringcomprehensiveproblemsSession 3,4innovative thinkingHObjective 4.II、Main Content of Practice SessionSession 1 ： Able to start from the machine function requirements, draw up mechanical system plan.Competence： Learn the general methods and steps of mechanical design, able to propose innovative ideas and designs forspecial engineering problems and complex situations.Supporting for graduation requirements index 2.1Session 2： Select the motor reasonably, able to analyze and calculate the load acting on the parts according to the working condition of the machine, select parts materials and heat treatment reasonably, calculate the working capacity of the parts correctly and determine the main parameters and dimensions of the parts.Competence： Conduct the basic skills training of mechanical comprehensive design such as calculations, drawings, access to information and manuals, the use of standard norms and laws and regulations.Supporting for graduation requirements index 2.2Session 3： Able to draw assembly drawings and part drawings according to drawing standards. Dimensional tolerance, geometric tolerance and surface roughness are correctly marked, and the technical requirements are complete and reasonable.Competence： Design drawings and report results through software or program, and can better express the design intent. The layout of the drawing is reasonable, correct and clear, and conforms to the drawing standards and related regulations.Supporting for graduation requirements index 2.3Session 4： Organize the instructions and drawings, show results and reports.Competence： Exercise students1 ability to use technical data, write design specifications and communication skills.Supporting for graduation requirements index 2.3田、Mode and Schedule of Practice SessionThe Course Exercise in Mechanical Design is arranged after the completion of the theoretical teaching content. It will be completed in 2 weeks (totally 10 working days). The course will be completed at a concentrated time and place The progress can be arranged under the guidance of the teacher according to the following.First day: Design mobilization and preparation. Complete prime mover selection, total transmission ratio allocation, and parameter allocation at all levels.Second day: Design of transmission parts, including design of belt transmission (or chain transmission) and gear transmission of all levels.Third day to fifth day sixth day: Design calculation and verification of shafts, design of bearings and their components, drawing sketches of assembly drawings.Sixth day to eventh day: Select the key connection and coupling. Check calculation, lubrication and accessory design. Complete the assembly drawing.Eighth day to ninth day: day: Complete the drawing of two parts drawings.Tenth day: Complete the preparation and submission of design specifications; reply.IV、Notes1. Students should independently complete design tasks under the guidance of teachers2. The completed drawings should be completed without error in design, good quality of the drawing, reasonable and clear layout, neat and in full compliance with national standards.Course Exercise in Mechanical Design is carried out independently by students under the guidance of teachers. Each student should clearly design tasks and requirements, and draw up a design plan to master the design progress. In order to ensure the design quality and complete the design tasks in order, the design should be carried out in stages, the design of each stage must becarefully checked, and the next stage of design can be continued only when there is no principle error. In the design process, students must think independently, delve deeper, and actively and creatively design. The course contrasts with copying and perfunctory responsibility, tolerating errors or relying on teachers. The design attitude is required to be serious and correct. Only in this way can the basic requirements of teaching be met, and students can be well trained in design ideas, design methods, and design skills.V、Assessment and Achievement Evaluation in PracticeCourseObjectives (Indices)Assessment ContentAssessment Formats and Proportion ( % )GradingDesignreportDesignAttitudeOperationAbilityAnalysisAbilityDefenseProportion(%)Objective 1(Index 2.1)Through design, understand the content, methods and steps of engineering design. Assess the students to determine the mechanical system design plan, the choice of prime mover, the allocation of various levels of parameters, and the design of specific parts.30535Objective 2 (Index2.2)Analysis and solving practical engineering problems by combining practice production, initially consider the requirements of manufacturing process, lubrication and sealing, use and maintenance.20525Objective 3 (Index2.3)Assess students* ability to perform design calculations, draw engineering drawings, use technical data, and write design specifications throughcomputersoftwareanalysis.Achievement report to express the intention and achievement of the design 0301040Total801010100VI、Course ResourcesTextbooks :Wu Zongze. Mechanical Design Course Design ManualM|. Beijing: Higher Education Press, 2012.Bibliography :1. Zhang Yanli, Yan Hua. Comprehensive Course Design in Mechanical DesignM. Beijing: Chemical Industry Press, 2012.2. Wei Zheng. Mechanical Design Course Design InstructionM. Beijing: Tsinghua University Press, 2015.3. Tang Zengbao, Chang Jiane. Course Design in Mechanical DesignfM. Wuhan: Huazhong University of Science andTechnology Press, 2012.Reading Materials：1. None.