1毕业论文属于学术论文。
2只要不是抄的，你写出全世界最差的一篇论文就 可以。
3比着葫芦画瓢，找一篇去年毕业 同学的范文，格式样式，照着写就行了。
4毕业论文的实 质是读后感，选一本书，花一个星期读一遍。边读 边做笔记。把笔记整理一下，按范文格式条理一下，就是很好的论文了。
5问题的关键是：你必须花一周的时间。许多同学不愿花费这个时间，那就没辙了。别的也别谈了。 完了。
6有的同学找朋友帮忙，自已不写，让朋友替自己写一篇。 这当然好，但现在的朋友大都靠不住。你让他写一篇给你，他满口答应，没过两天就送给你一篇。你千恩万谢。可是拿给老师一看，原来是从网上粘下来的，乱码都 还没改。更可气者，一稿多用，他还把这篇“论文”送给好几个人，赚了好几顿饭，造成“雷同抄袭”、频烦吃饭。
7结论：只能自己写，花一周时 间。
8那位问了：“我写得不好怎么 办？”答：“这是伪问题。别管好坏，先写出来就行。老师还怕都写好呢：没法分优良中差了！总之，你写出一篇全球最差的论文就行，只要不是抄的！”
9只要硬着头皮写，傻瓜都能写一篇。
第一章 选题
一、选题的原则
（一）有价值（有品位，内行）
（二）有可行性（或操作性，大小适中，难易恰当）
（三）有浓厚兴趣（兴趣是动力，必须是自己喜欢的。）
《论语·雍也篇》：“子曰：知之者不如好之者，好之者不如乐之者。”
如果你什么都不喜欢，那就更好办：让辅导老师给你一个题目就行。
（四）专业对口（专业专长）
二、 选题的 方法
（一）亟待解决的课题
（二）填补空白的课题
（三）有争议的课题
（四）有矛盾的课题
（五）可综述的课题
第二章 搜集资料
学术研究往往是在前人已有成果的基础上，有所突破。因此，搜集相关文献信息，非常重要。要求能快 速、准确地搜集到所需的资料信息。
一、直接材料的搜集
第 一手材料
二、间接材料的搜集
从文献及网络查取的材料
（二手材料一定要注意核对。）
图书、期刊，纸本索引及网络检索GOOGL、百度网等，关键词检索。
三、材料的分析
让材料自然分类，类聚法。
第三章 写提纲
提纲尽可能详尽，条理清晰，条块分明。
（镶玻璃法： 把内容分成几块，一块块往上填内容就行了。）
一般分为序论、本论、结论三部分。
提出问题，分析问题，解决问题。
论证的形式，纵深式（递进式），平列式，综合式。
第四章 写论文
一、格式及要求：前置部分及主体部分
前置部分：标题、署名、指导教师、目录、摘要、关键词
（一）标题：对论文重点的直接呈现。准确得体，通俗易懂，简短精练（不能 简短，可加副标题），符合规范。
（二）署名，在题下。
（三）指导教师：xxx
（四）摘要（可复制文中关键句子，稍作修 饰、连缀即可）
（五）关键 词，一般3—5个即可，以重要程度为序。
（六）目录
主体部分：
前言、正文、结论、参考文献、致谢
（一）前言（引言，序论，导言，绪言）
（二）正文（本论，主体）
（三）结论
（四）注释
(五)参考文献
（文献名，作者，出版社，版次）
二、具体方法与规 范
（一）写作的顺序
1按照提纲自首至尾
2先写思考成熟的部分，最后焊接起来。（若不知从何写起，就这样写）
写此不管彼，只求一意法。
（二）引用材料的方法
1直接引用法
引证。推论，尊重，显示自己并非标新立异，不乏同道。（拉赞助）
2先斩后奏法
先概述观点，然后指出某人某文已详言之（加注参见）
3映带法
崇山峻岭，又有清流急湍映带左右。研究韩愈，不妨提及东坡；研究明清诗，也可上溯到汉魏。
4戒剽窃。学会运用，而不是照抄。
（三）论文的整体要求
准确，概括、简练，严谨客观，平实，文采。
不可以孤立的看问题，要注意上下影响。
（四）段落、标点规范
（五）语体的要求
要简约典雅。
第五章 修改、定稿
文不厌改，要改得死去活来。
一、自己反复阅读， （1）改正错误的字、词、句（笔下误）。（2）逻辑错误
（3）修正完善观点（4）论据错误（5）调整结构布局（完美，圆满，面团原理，增删 材料）（6）修饰词句。
面团原理：你如果原打算写五个部分，最后只写成三个部分；那你就说你本来就打算写三个部分，现在如期完成了，很“圆满”。因为没有人知道你的原计划，也 没有人想知道，所以没必要告诉他人。
二、他人审校（吸收他人意见；自己的错误往往看不出）。
互相审阅，互相挑毛病。
第六章 答辩
虚心点就行。自己写的，也不用心虚
论文的题目是论文不可分割的有机组成部分,而论文的主要内容一般在题目中就可反映出来。下面是我带来的关于工业设计类论文题目的内容，欢迎阅读参考!
1. 城市住宅整体厨房的规划设计研究
2. 上下肢主被动康复器的设计及人机工程学研究
3. 基于人机工程学的自动售药机的设计
4. 铁路客车设施设计新探讨
5. S180中老年人手机人性化设计研究
6. 宏茂科技的机床产品造型设计与研究
7. 安徽滁州卷烟厂自动化物流系统规划设计
8. 南京工业大学材料化学工程中心实验楼方案设计
9. 烟草工业企业业主方工程项目管理信息系统的分析与设计
10. 基于可用性工程理论的工业产品设计程序应用研究
11. 中航工业规划建设工程项目设计团队绩效考核改进及应用研究
12. 工业厂区自动消防系统工程的设计
13. 昆明卷烟厂成品库物流调度系统分析与设计
14. 形状混合的理论与应用研究
15. 论“对的设计”与“好的设计”
16. 工业设计中材料的可持续性应用研究
17. 工作室教学模式在高校工业设计专业的应用研究
18. 叉车座椅的工业设计研究
1. 基于工业设计的产品动作美学的研究与实践
2. 工业设计产品虚拟设计平台研究
3. 绿色光源LED产业转型下的工业设计
4. 湖南省工业设计现状及发展战略研究
5. 工业设计草图的多义性及团队设计中的草图重释
6. “健康工业设计”理念及其在办公环境中的应用研究
7. 医用平移推车造型及其侧倾机构的工业设计应用与研究
8. 工业设计理论在数控机床外观造型设计中的应用研究
9. 我国中小型制造企业的工业设计及其管理与协作系统研究
10. 现代工业设计在企业中的推广运用研究
11. 园林机械的设计研究—草坪切割机的改进研究性设计
12. 手柄的人的因素分析与研究
13. 面向家用健身器材的人机工程理论分析与研究
14. 数控机床设计中的人机工程界面研究
15. 敏捷制造环境下虚拟设计中心及其支撑平台的研究
16. 我国出口类农机设计策略研究
17. 多功能车的产品语意研究与应用
18. DALI住宅照明系统的工业设计
19. 数控机床的造型设计研究
20. 基于人机工程学的高铁自助售票机设计研究
21. 电动汽车形态设计的研究
22. 论工业设计在自动化立体仓库中的应用
1. 协调的艺术——现代工业设计的新角色
2. 中国深圳第八届“中国(深圳)国际工业设计周”盛大登场
3. 工业设计大师荣久庵宪司在日本逝世
4. 论设计素描在工业设计教学中的应用
5. 论建筑设计与工业设计之间差异性与互溶性见解
6. 工业设计是企业发展基石
7. 低碳经济背景下湖南工业设计社会伦理研究
8. 中国传统文化与工业设计
9. 工业设计史课程教学探析
10. 高职工业设计专业与模具专业共生建设探究
11. 机床辅机产品工业设计及改善策略
12. 浅析2015届各大高校工业设计展
13. 行为管理学在工业设计中的应用研究
14. 探析现代工业设计的审美体验
15. 为工业设计撑起保护伞
16. 工业设计专业高职和本科教育衔接一体的人才培养研究
17. 地方性本科院校工业设计专业“产学研”教学模式研究
18. 项目教学法在工业设计专业教学中的实践
19. 工业设计理念在农机产品设计中的应用
20. 信息化背景下交互设计在工业设计中的应用
21. 中兴通讯刀片服务器获中国工业设计红星奖
22. 工业设计中的设计管理研究
下文从工业设计属性出发，讲到发展进程，立法权益保护还有产品设计的相关内容，字数有限，希望能多给你参考，期望能帮得上你。
Industrial design is an applied art whereby the aesthetics and usability of mass-produced products may be improved for marketability and production. The role of an Industrial Designer is to create and execute design solutions towards problems of form, usability, user ergonomics, engineering, marketing, brand development and sales.
The term "industrial design" is often attributed to the designer Joseph Claude Sinel in 1919 (although he himself denied it in later interviews) but the discipline predates that by at least a decade. Its origins lay in the industrialization of consumer products. For instance the Deutscher Werkbund, founded in 1907 and a precursor to the Bauhaus, was a state-sponsored effort to integrate traditional crafts and industrial mass-production techniques, to put Germany on a competitive footing with England and the United States.
Definition of industrial design
Water kettle designed by Peter Behrens in 1909
A Braun stereo
Vox Phantom guitar, 1962General Industrial Designers are a cross between an engineer and an artist. They study both function and form, and the connection between product and the user. They do not design the gears or motors that make machines move, or the circuits that control the movement, but they can affect technical aspects through usability design and form relationships. And usually, they partner with engineers and marketers, to identify and fulfill needs, wants and expectations.
In Depth "Industrial Design (ID) is the professional service of creating and developing concepts and specifications that optimize the function, value and appearance of products and systems for the mutual benefit of both user and manufacturer" according to the IDSA (Industrial Designers Society of America).
Design, itself, is often difficult to define to non-designers because the meaning accepted by the design community is not one made of words. Instead, the definition is created as a result of acquiring a critical framework for the analysis and creation of artifacts. One of the many accepted (but intentionally unspecific) definitions of design originates from Carnegie Mellon's School of Design, "Design is the process of taking something from its existing state and moving it to a preferred state." This applies to new artifacts, whose existing state is undefined and previously created artifacts, whose state stands to be improved.
According to the (Chartered Society of Designers) design is a force that delivers innovation that in turn has exploited creativity. Their design framework known as the Design Genetic Matrix (TM) determines a set of competences in 4 key genes that are identified to define the make up of designers and communicate to a wide audience what they do. Within these genes the designer demonstrates the core competences of a designer and specific competences determine the designer as an 'industrial designer'. This is normally within the context of delivering innovation in the form of a three dimensional product that is produced in quantity. However the definition also extends to products that have been produced using an industrial process.
According to the ICSID, (International Council of Societies of Industrial Design) "Design is a creative activity whose aim is to establish the multi-faceted qualities of objects, processes, services and their systems in whole life-cycles. Therefore, design is the central factor of innovative humanization of technologies and the crucial factor of cultural and economic exchange."
Process of design
Although the process of design may be considered 'creative', many analytical processes also take place. In fact, many industrial designers often use various design methodologies in their creative process. Some of the processes that are commonly used are user research, sketching, comparative product research, model making, prototyping and testing. These processes can be chronological, or as best defined by the designers and/or other team members. Industrial Designers often utilize 3D software, Computer-aided industrial design and CAD programs to move from concept to production. Product characteristics specified by the industrial designer may include the overall form of the object, the location of details with respect to one another, colors, texture, sounds, and aspects concerning the use of the product ergonomics. Additionally the industrial designer may specify aspects concerning the production process, choice of materials and the way the product is presented to the consumer at the point of sale. The use of industrial designers in a product development process may lead to added values by improved usability, lowered production costs and more appealing products. However, some classic industrial designs are considered as much works of art as works of engineering: the iPod, the Jeep, the Fender Stratocaster, the Coke bottle, and the VW Beetle are frequently-cited examples.
Industrial design also has a focus on technical concepts, products and processes. In addition to considering aesthetics, usability, and ergonomics, it can also encompass the engineering of objects, usefulness as well as usability, market placement, and other concerns such as seduction, psychology, desire, and the emotional attachment of the user to the object. These values and accompanying aspects on which industrial design is based can vary, both between different schools of thought and among practicing designers.
Product design and industrial design can overlap into the fields of user interface design, information design and interaction design. Various schools of industrial design and/or product design may specialize in one of these aspects, ranging from pure art colleges (product styling) to mixed programs of engineering and design, to related disciplines like exhibit design and interior design, to schools where aesthetic design is almost completely subordinated to concerns of function and ergonomics of use (the so-called functionalist school）。
Industrial design rights
Industrial design rights are intellectual property rights that protect the visual design of objects that are not purely utilitarian. An industrial design consists of the creation of a shape, configuration or composition of pattern or color, or combination of pattern and color in three dimensional form containing aesthetic value. An industrial design can be a two- or three-dimensional pattern used to produce a product, industrial commodity or handicraft.
Under the Hague Agreement Concerning the International Deposit of Industrial Designs, a WIPO-administered treaty, a procedure for an international registration exists. An applicant can file for a single international deposit with WIPO or with the national office in a country party to the treaty. The design will then be protected in as many member countries of the treaty as desired. Design rights started in the United Kingdom in 1787 with the Designing and Printing of Linen Act and have expanded from there.
Legislations
India
India's Design Act, 2000 was enacted to consolidate and amend the law relating to protection of design and to comply with the articles 25 and 26 of TRIPS agreement. The new act, (earlier Patent and Design Act, 1911 was repealed by this act) now defines "design" to mean only the features of shape, configuration, pattern, ornament, or composition of lines or colours applied to any articlewhether in two or three dimensional, or in both forms, by any industrial process or means, whether manualal or mechanical or chemical, separate or combimed, which in the finished article appeal to and are judged solely bt the eye; but does not include any mode or principle of construction.
Canada
Canada's industrial design act affords ten years of protection to industrial designs that are registered; there is no protection if the design is not registered. The Industrial Design Act (R.S., c. I-8) defines "design" or "industrial design" to mean features of shape, configuration, pattern or ornament and any combination of those features that, in a finished article, appeal to and are judged solely by the eye.
During the existence of an exclusive right, no person can "make, import for the purpose of trade or business, or sell, rent, or offer or expose for sale or rent, any article in respect of which the design is registered." The rule also applies to kits and substantial differences are in reference to previously published designs.
United Kingdom
In addition to the design protection available under Community designs, UK law provides its own national registered design right and an unregistered design right. The unregistered right, which exists automatically if the requirements are met can last for up to 15 years. The registered design right can last up to 25 years subject to the payment of maintenance fees。
United States
U.S. design patents last fourteen years from the date of grant and cover the ornamental aspects of utilitarian objects. Objects that lack a use beyond that conferred by their appearance or the information they convey, may be covered by copyright -- a form of intellectual property of much longer duration that exists as soon as a qualifying work is created. In some circumstances, rights may also be acquired in trade dress, but trade dress protection is akin to trademark rights and requires that the design have source significance or "secondary meaning." It is useful only to prevent source misrepresentations; trade dress protection cannot be used to prevent others from competing on the merits.
Product design
Product design can be defined as the idea generation, concept development, testing and manufacturing or implementation of a physical object or service. Product Designers conceptualize and evaluate ideas, making them tangible through products in a more systematic approach. The role of a product designer encompasses many characteristics of the marketing manager, product manager, industrial designer and design engineer.
The term is sometimes confused with industrial design, which defines the field of a broader spectrum of design activities, such as service design, systems design, interaction design as well as product design.[citation needed] The role of the product designer combines art, science and technology to create tangible three-dimensional goods. This evolving role has been facilitated by digital tools that allow designers to communicate, visualize and analyze ideas in a way that would have taken greater manpower in the past.
Skills needed
Product designers are equipped with the skills needed to bring products from conception to market. They should have the ability to manage design projects, and subcontract areas to other sectors of the design industry. Aesthetics is considered important in Product Design but designers also deal with important aspects including technology, ergonomics, usability, stress analysis and materials engineering.
As with most of the design fields the idea for the design of a product arises from a need and has a use. It follows a certain method and can sometimes be attributed to more complex factors such as association and telesis. Also used to describe a technically competent product designer or industrial designer is the term Industrial Design Engineer. The Cyclone vacuum cleaner inventor James Dyson for example could be considered to be in this category (see his autobiography Against The Odds, Pub Thomson 2002).
Application
Some companies or individuals have particularly strong feel for developing new products than others. In the modern world these include especially technological companies like iRobot, Google or Nokia. Many product designers are strategic assets to companies that need to maintain a competitive edge in innovation.
