Current location - Education and Training Encyclopedia - Graduation thesis - Teachers' Evaluation of Graduation Design
Teachers' Evaluation of Graduation Design
Teachers' Evaluation of Graduation Design

The graduation design thesis has been written. How does the teacher write comments? The following is a collection of comments from graduation design teachers that I collected for you. Welcome to read the reference!

After the teacher's comment 1, Cai Lingyun's thesis "Design of Digital FM Transmitter" successfully completed the research tasks specified in the task book. This paper mainly uses digital signal processing (DSP) and direct digital frequency synthesis (DDS) technology to realize the design of digital FM transmitter. This design is completed by two students, who are mainly responsible for the design of digital FM modulation module of digital FM transmitter, and the design is basically reasonable. The graduation thesis writing basically meets the requirements of the specification, and the thesis basically meets the requirements of undergraduate graduation thesis, allowing the student to participate in the thesis defense.

The tutor commented on Jia Fu's two papers "High Frequency Power Amplifier and Its Design", and basically completed the research tasks specified in the task book. This paper introduces the development and application of high frequency power amplifier, and designs a basic and reasonable high frequency power amplifier circuit. The translation of foreign language materials is acceptable, the paper format is basically standardized, the discussion is basically accurate, and the expected requirements are basically met, which meets the requirements of the defense of bachelor's degree thesis.

Allow students to take part in graduation thesis defense.

Reviewing the teacher's comments on three papers of Jia Fu's High Frequency Power Amplifier and Its Design, I basically completed the research tasks specified in the task book. This paper introduces the development and application of high-frequency power amplifier, and designs a basically reasonable high-frequency power amplifier circuit, which is basically reasonable. The graduation thesis writing basically meets the requirements of the specification, and the thesis basically meets the requirements of undergraduate graduation thesis, allowing the student to participate in the thesis defense.

Opinion 4 of the Defense Committee After reviewing Jia Fu's paper "High Frequency Power Amplifier and Its Design", the defense team thinks that the topic of this paper has certain research value, and the design of high frequency power amplifier circuit is basically reasonable. The author has a certain ability to read the reference materials, basically completed the contents stipulated in the graduation thesis task book, and can answer the questions correctly when defending.

After discussion by the defense group, the defense score is rated as medium.

Lecturer's comments 5. Li Wei's thesis "Design of Digital FM Transmitter" has successfully completed the research task specified in the task book. This paper mainly uses digital signal processing (DSP) and direct digital frequency synthesis (DDS) technology to realize the design of digital FM transmitter. This design is completed by two students, who are mainly responsible for the design of the system in DSP. The translation of foreign language materials is acceptable, the paper format is basically standardized, the discussion is basically accurate, the expected requirements are met, and the requirements for the defense of bachelor's degree thesis are met.

Allow students to take part in graduation thesis defense.

Instructor Comments 6 Song Zhihua's thesis "Radio Frequency Power Amplifier" has completed the design task specified in the task book. Through the analysis and comparison of legends, the basic theory of RF power amplifier is expounded. On the basis of studying the external characteristics of RF power amplifier, such as working state, load and tuning, a RF power amplifier is designed. The translation of foreign language materials is acceptable, the paper format is basically standardized, the discussion is basically accurate, the expected requirements are met, and the requirements for the defense of bachelor's degree thesis are met.

Allow students to take part in graduation thesis defense.

Reviewing teacher's comments 7 The topic selection of Song Zhihua's paper "Radio Frequency Power Amplifier" has certain practical significance, and basically completed the specified tasks. On the basis of studying the external characteristics of RF power amplifier, a RF power amplifier is designed, and the design is basically reasonable. Graduation thesis writing meets the requirements of the specification, and the thesis meets the requirements of undergraduate graduation thesis.

Allow students to participate in thesis defense.

Opinion 8 of the Defense Committee After reviewing Song Zhihua's paper "Radio Frequency Power Amplifier", the defense team thinks that the topic of this paper has certain research value, and the author has certain ability to read reference materials. He thinks that he has completed the content stipulated in the graduation thesis task book and can answer the questions correctly when defending.

After discussion by the defense group, the defense score is rated as medium.

Tutor comments 9 Zou's paper "STCCLED Dot Matrix Display Based on Single Chip Microcomputer" has well completed the design tasks specified in the task book. The system takes STCC single chip as the main control chip, and uses temperature measurement, real-time clock chip and data storage technology and software to realize the functions of temperature measurement, time and data power failure without loss, and finally completes the specified tasks well. Students can deeply analyze the research problems, which shows that the author has a good grasp of relevant basic theories and professional knowledge, strong practical ability, standardized paper writing and meets the requirements of thesis defense.

Allow students to take part in graduation thesis defense.