【正文】 畢業(yè)生應(yīng)獲得以下幾方面的知識與能力：1．具有較扎實的自然科學(xué)基礎(chǔ)和工程科學(xué)基礎(chǔ)知識，較好的人文、藝術(shù)和社會科學(xué)基礎(chǔ)；2．具有本專業(yè)必需的制圖、設(shè)計、計算、檢測與控制、自動化、文獻檢索等基本技能及較強的計算機和外語應(yīng)用能力；3．具有機電產(chǎn)品和系統(tǒng)的研制、開發(fā)、制造、設(shè)備控制、生產(chǎn)組織管理及經(jīng)營的基本能力；4．具有較強的自學(xué)能力、創(chuàng)新意識和較高的綜合素質(zhì)，具有一定的科研工作能力。學(xué)生每年的體育達標原則上低年級隨課程進行，成績不另記錄；高年級獨立進行測試，達標者按+，三、四年級合計+1學(xué)分。工學(xué)類學(xué)生須在“人文社科組”中至少修讀6學(xué)分，該組包括歷史與文化類（課程號帶“H”的課程）、文學(xué)與藝術(shù)類（課程號帶“I”的課程）、溝通與領(lǐng)導(dǎo)類（課程號帶“J”的課程）、經(jīng)濟與社會類（課程號帶“L”的課程）通識課程。本課程的基本要求：1）掌握機構(gòu)學(xué)和機械動力學(xué)的基本理論、基本知識和基本技能，并初步具有擬定機械運動方案、分析和設(shè)計機構(gòu)的能力；2）掌握機械設(shè)計的一般知識，機械零件的主要類型、性能、結(jié)構(gòu)特點、應(yīng)用、材料和標準；3）了解機械零件的工作原理、失效分析、計算準則，條件性計算及計算載荷；4）具有運用標準、規(guī)范、手冊等技術(shù)資料的基本能力。課程簡介：《機械設(shè)計》是高等學(xué)校機械類專業(yè)必修的技術(shù)基礎(chǔ)課程，課程的主要內(nèi)容可以概括為三個方面：1）介紹機械的基本組成原理和對機械進行運動分析和動力分析的基本方法；2）介紹通用機械零部件的結(jié)構(gòu)設(shè)計和強度分析的方法；3）探索根據(jù)運動性能、動力性能和強度等各方面要求設(shè)計新機械的途徑和方法。主要內(nèi)容及學(xué)時分配：，共16周。 (2) The methods of designing structures and strength analyses of general mechanical elements and parts。推薦教材：《機械設(shè)計基礎(chǔ)》第三版 陳秀寧主編 浙江大學(xué)出版社 2007年《機械設(shè)計基礎(chǔ)》第四版 楊可楨主編 高等教育出版社 1999年Fundamentals of Machine Design (A) Course Precis and DescriptionCourse No.: 081C0191Course Title: Fundamentals of Machine Design (A)Course Category: RequiredCourse Meeting Times: 3 sessions/week 1 hour/session Credit: 3Prerequisites: Higher Mathematics, Mechanical Drawing, Theoretical Mechanics, Mechanics of Materials, Metalworking Practice, Engineering MaterialsObjectoriented: Students of nonmechanical majorTeaching Method: LectureCourse Objective and the Basic Requirements: Fundamentals of machine design is a basic technology lesson that cultivates the students in the capacity of mechanical design. Its main purpose is to cultivate students to master the working principles, structural characteristics, the basic design theory and calculation methods of the monly used mechanism and some mon parts and ponents in ordinary machinery. In practical ability, the emphasis is focused on the basic training for ideation and skills to design. The basic requirements of the course are: 1) See some basic knowledge about the maintenance, management and usage of mechanical equipment。主要內(nèi)容及學(xué)時分配：（每周3學(xué)時，共8周）1. 總論 3 學(xué)時2. 聯(lián)接 2 學(xué)時3. 連續(xù)回轉(zhuǎn)傳動 7 學(xué)時4. 變換運動形式的傳動 6 學(xué)時5. 軸及其支承、接合與制動 4 學(xué)時6. 彈簧 1 學(xué)時7. 調(diào)速和平衡 2 學(xué)時考試要求：本課程采用命題考試方式。其主要目的在于培養(yǎng)學(xué)生掌握一般機械中的常用機構(gòu)和通用零部件的工作原理、結(jié)構(gòu)特點、基本設(shè)計理論和計算方法。本課程的基本要求：1）了解維護、管理和使用機械設(shè)備的一些基礎(chǔ)知識；2）掌握一般機械中常用機構(gòu)和通用零部件的工作原理、結(jié)構(gòu)特點、基本的設(shè)計理論和計算方法；3）具有初步選用、分析和設(shè)計傳動裝置和簡單機械的能力；4）初步學(xué)會使用有關(guān)技術(shù)標準、規(guī)范、設(shè)計手冊等技術(shù)資料。 四、推薦教材：陳秀寧主編. 機械設(shè)計基礎(chǔ)(第三版)，浙江大學(xué)出版社，2007Didactical Outline and Introduction for Machinery Design（B）Curricula Number: 081C0182Course Title: Machinery Design (2)Weekly period: Credit hour: 4 Course Type: CompulsoryPrearrangement Courses: Advanced Mathematics, Mechanical Drawing, Theoretical Mechanics, Material Mechanics, Gold Smith Program, Engineering Materials For Students: Mechanical EngineeringTeaching Manner: LectureObjectives and fundamental requirements of the course:The machinery design is a fundamental technology course to bring up the ability of students to design machines, is one major course of program for the speciality of mechanical engineering. This program emphasizes the fundamental knowledge, theory and methods, and focuses on conceptive design and fundamental training of design skills. The fundamental desires are as follows, (1) mastery of fundamental theory, knowledge and methods of mechanisms and mechanical dynamics, and have the preliminary ability to conceive mechanical kinematics blue print, analyze and design mechanisms。四、推薦教材： 《機械設(shè)計》 陳秀寧、顧大強 . 浙江大學(xué)出版社 2009年《機械原理》 （第七版） 孫恒 陳作模 主編 高教出版社 2006年《機械設(shè)計》 （第八版） 濮良貴主編 高等教育出版社 2007年Mechanical Design (A) II Syllabus and Course DescriptionCourse No.：081C0240Course Title：Mechanical Design（A）Course Meeting Times: 3 sessions/week 1 hour/session Credit：3Course category：Required coursePrerequisites：Higher Mathematics, Mechanical Graphics, Theoretical Mechanics, Mechanics of Materials, Metalworking Practice, Engineering MaterialsObjectoriented：Students of mechanical majorTeaching Method: LectureCourse Objective and the Basic Requirements: Mechanical design is a basic technology lesson that cultivates the students in the capacity of mechanical design. It is one of the main courses in the teaching plans in every majors of mechanical department，The emphasis of this course are fundamental knowledge, principle and methods in teaching, and design concept，design skills and basic training in cultivating practical ability. The basic requirements of the course are: 1) Master the fundamental principle, knowledge and skills of mechanism and mechanical dynamics, and obtain the primary ability to study out mechanical movements’ project, analysis and design the machine 2) master the general knowledge of mechanical design, the main types, capability, structure characteristics, application, materials and criterions of mechanical design. 3) Comprehend the working principle, failure analysis, calculation criteria, conditional calculation and calculation load of machine elements. 4) Obtain the primary ability to use fundamentally the technical standards, norms, design manual and other technical information. Course Description：Mechanical Design (A) is a pulsory basic technology curriculum for nonmechanical major in colleges and universities. The main contents of this course include: 1) introduce the basic position principle of machine and the basic methods of movement analysis and dynamic analysis to machine. 2) Introduce the structure design of general machine elements and the methods of strength analysis. 3) Explore the new mechanical ways and methods according to movement performance, dynamic performance and strength, and other aspects. Mechanical Design (A) consists of Mechanical Design (A) I and Mechanical Design (A) II.The main contents and time distribution: The main content of Mechanical Design (A) II:1. Helical Transmission