The topic selection of engineering master's degree thesis in the field of instrumentation engineering should directly come from the actual production of instrumentation or have a clear background of instrumentation engineering, and its research results should have social value and practical application value: the topic selection should have certain technical difficulty, reach the level of master's knowledge, and be advanced or innovative; To have enough independent workload, the paper can be selected from the following aspects:

L relatively complete planning or research of engineering and technical projects or project management projects;

L instrument engineering design and implementation;

L technical research, technical transformation, technical popularization and application;

L research and development of new products, new equipment and new technologies;

L introduce, digest, absorb and apply foreign advanced technology projects. The forms of master's dissertations of instrumentation engineering encourage diversification, which can be research papers or other forms such as engineering design. No matter what form it takes, the "thesis (design)" must follow the Compilation Format of Scientific and Technological Reports, Dissertations and Academic Papers (GB/T 77 13- 1987) and the Description Rules of References after Papers (GB/T 77 14-2005) Generally speaking, the following basic elements should be met:

(1) cover: title, author and tutor;

(2) Chinese and English abstracts and keywords;

(3) Independent completion and integrity statement;

(4) the basis and significance of the topic;

(5) Literature review at home and abroad;

(6) Subject of the paper: research content, scheme design, analysis and calculation, experimental research, research results, etc.

(7) conclusion;

(8) References;

(9) Necessary appendices (including achievement certificates, design drawings, program source codes, published papers, etc.). );

(10) Thank you. Research papers include:

Literature review (1). It is required to reflect the present situation and trend of research at home and abroad, and introduce and discuss the necessity and possibility of the problems to be studied.

(2) Theoretical analysis. It is required to explain which analysis methods are their own and which are improved by themselves, and make a conclusion on the problems found by themselves, and elaborate or deduce them theoretically.

(3) experiment. To experiment the conclusion, it is necessary to explain the way, means and results of the experimental device. If there is no experiment, it is necessary to analyze and study the actual data.

(4) calculation. Theoretical calculation should be compared with experimental results or actual data.

(5) Analysis and evaluation of results.

(6) conclusion. The conclusion is the logical development of theoretical analysis and experimental results. The conclusion must be complete, accurate and clear. The conclusion is not a list of achievements, but a general view formed through the process of analysis, reasoning, judgment and induction on the basis of theoretical analysis and experimental results.

(7) Outlook.

Papers on engineering design and product (including software) development should include:

Literature review (1);

(2) Engineering design or product development background;

(3) Design and development ideas;

(4) Introduce the main design achievements or the performance and characteristics of the developed products;

(5) The content of technological innovation in design or development mainly introduces my work;

(6) Engineering benefits and product market prospects;

(7) conclusion;

(8) Outlook. Dissertation of master of engineering is an important part of the training of master of engineering. The level of dissertations is the concentrated expression of the training quality of engineering masters. The master's degree thesis of instrumentation engineering should clearly describe and analyze the technical problems of instrumentation engineering or the progress of research topics at home and abroad, which is technically advanced and difficult; The content is substantial and the workload is full; Comprehensively apply basic theory, professional knowledge, advanced technology and scientific methods to deeply analyze or solve problems in instrument engineering technology or project management; The format of the paper is standard, clear and accurate; The results of the paper are engineering, advanced and practical, and have a good social evaluation (published in public publications, won prizes, obtained patents, passed appraisal, applied to engineering practice, etc.). ).