Analysis of Nankai University Computer Postgraduate Entrance Examination

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Yao Ge's computer postgraduate entrance examination

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Nankai University (B+) postgraduate entrance examination difficulty (☆☆☆☆☆☆)

Nankai University's computer science research began in 1958 and was developed on the basis of its strong mathematics and physics disciplines. It is one of the earliest institutions in my country to engage in computer research and teaching. In 1984, in order to develop engineering disciplines, Nankai University integrated the computer software major and automatic control major established in 1977 by the original Department of Mathematics and the computer application major established in 1980 by the Department of Physics to establish the Department of Computer and Systems Science. In 1995, Nankai University adopted the organizational structure of the college and integrated the Department of Computer and System Science and the Department of Electronic Science to establish the School of Information Technology Science. It began to operate in a physical manner in 1999. In 2013, in order to build a modern engineering discipline system in Nankai, according to the school's discipline development plan, the disciplines of the School of Information Technology were optimized and integrated, and the School of Computer and Control Engineering and the School of Electronic Information and Optical Engineering were respectively established. In July 2018, in order to serve the country's major strategic needs, accelerate the construction of "double first-class", and cultivate future talents who can adapt to and lead the development of the times, Nankai University split the School of Computer and Control Engineering and established the School of Computer Science.

The School of Software of Nankai University was established in 2001 and is one of the first batch of model software schools in the country. In 2011, the Academic Degrees Committee of the State Council added software engineering as a first-level discipline (discipline catalog code: 0835), and Nankai University was among the first to be awarded a first-level PhD degree in software engineering. In 2013, the software engineering discipline of Nankai University was selected as a key discipline in Tianjin. In 2017, Nankai University and Binhai New Area signed a cooperation agreement to jointly build a software college. In 2021, the college was approved to become a characteristic demonstration software college construction unit in Tianjin, and the software engineering major was approved as a national first-class undergraduate major construction site.

In the fourth round of subject evaluation, Nankai University received B+ for computer science and technology and B for software engineering.

23rd Preliminary Examination Subjects

college	Subject	Preliminary examination subjects
IT Academy	computer science and Technology	politics	English 1	Mathematics 1	408 unified examination
IT Academy	digital information	politics	English 2	Mathematics 2	408 unified examination
Software College	software engineering	politics	English 1	Mathematics 1	C++、DS
Software College	digital information	politics	English 2	Mathematics 2	C+DS
Cyberspace Security Academy	computer science and Technology	politics	English 1	Mathematics 1	408 unified examination
Cyberspace Security Academy	digital information	politics	English 2	Mathematics 2	408 unified examination

The school’s planned admissions for the 2023 postgraduate entrance examination are as follows: 2 will be admitted to Computer Science and Technology and 7 to Electronic Information in the School of Computer Science; 5 will be admitted to Software Engineering in the School of Software; 24 will be admitted to Electronic Information +1 Special Program; Computer Science and Technology will be admitted to the School of Cyberspace Security 4 people were admitted to technology and 2 people were admitted to electronic information.

Preliminary exam reference books

408 Basics of Computer Science Major

Computer major basics:

Basics of computer science (four parts: data structure, computer composition principles, operating system and computer network) reference book

"Data Structure and Algorithm", Zhang Ming, Wang Tengjiao, Zhao Haiyan, 2008-06, Higher Education Press, "Eleventh Five-Year Plan" national planning textbook for general higher education;

"Computer Composition and Design: Hardware and Software Interfaces", by David Patterson & John Hennessy, English version·4th edition, Machinery Industry Press;

"Basic Principles and Applications of Microcomputers", edited by Wang Keyi, second edition, Peking University Press;

"Modern Operating Systems" (4th edition of the original book), written by (Dutch) Andrews S. Tanenbaum, translated by Chen Xiangqun, Ma Hongbing, etc., Machinery Industry Press, 2017-07;

"Operating System - Essence and Design Principles" (8th edition of the original book), written by William Stallings (USA), translated by Chen Xiangqun and Chen Yu, Electronic Industry Press, 2017-03;

"Computer Networks" (Chinese and English) fifth edition, Andrew S. Tanenebaum and David J. Wetherall, Tsinghua Press, 2012-03.

Analysis of initial professional courses

1. Full marks and examination time

The full score of this test paper is 150 points, and the test time is 180 minutes.

2. Answering method

The answering method is closed book, written test.

3. Content structure of the test paper

Data structure 45 points
Computer composition principles 45 points
Operating system 35 points
Computer Network 25 points

4. Question structure of the test paper

Multiple choice questions: 80 points (40 questions, 2 points each)
Comprehensive application questions 70 points

。

Re-examination subjects and procedures

Re-examination subjects:

Database, computer composition principles, computer network and software engineering

Retest content:

School of Computer Science and School of Cyberspace Security:

Re-examination format: An on-site comprehensive interview will be used.

Retest content

(1) Ideological and political quality and moral character

The assessment of ideological and political quality and moral character is one of the important assessment contents. It mainly assesses the candidate's actual performance, including the candidate's political attitude, ideological performance, moral character, compliance with laws and regulations, honesty and trustworthiness, etc. Those who fail the assessment will be assessed. Not admitted.

(2) Professional qualities

1. Study status and achievements at university level;

2. Comprehensively assess the candidate's mastery of the theoretical knowledge and application skills of the subject (major), the ability to use the learned theory to discover, analyze and solve problems, the understanding of the development trends of the subject and the potential for development in the professional field;

3. Foreign language (English or small language) listening and speaking ability;

4. Innovative spirit and ability.

(3) Comprehensive quality

1. Study, scientific research, social practice (student work, club activities, volunteer services, etc.) or actual work performance other than this discipline (major);

2. Professionalism, sense of responsibility, discipline (abiding by laws and regulations), collaboration and mental health;

3. Humanistic qualities;

4. Behavior, expression and etiquette, etc.

(4) Assessment based on subject characteristics and training requirements

6. Calculation and adjustment of admission scores

Admission score = (preliminary test score ÷ 5) × 70% + re-examination score × 30%.

The full score of the re-examination is 100 points. If the score is less than 60 points (excluding 60 points), it will be determined as a failure in the re-examination. Candidates who fail the re-examination will not be admitted, and the weighted calculation of admission scores will no longer be carried out.

Software College

The re-examination will take the form of on-site re-examination. The re-examination is divided into three parts: written test, computer test and interview. The three parts total 100 points, of which the written test score accounts for 30%, the computer test score accounts for 30%, and the interview score accounts for 40%.

1. Written test: Comprehensive professional basic test. Assessment method: closed-book test, 90 minutes in length. The content scope of the written test includes: comprehensive contents that software engineering majors should know, such as computer composition principles, operating systems, computer networks, software engineering, discrete mathematics, database system principles, compilation principles, etc. 2. Computer test: Programming ability test assessment method: on-site computer test, lasting 120 minutes, and the programming language is C language. 3. Interview: Comprehensive inspection. The assessment content includes: Ideological and political quality and moral character: It mainly examines the candidates' political attitude, ideological performance, moral character, compliance with laws and regulations, honesty and trustworthiness, etc. This part will be vetoed with one vote, and those who fail the assessment will not be admitted.

2. Professional quality and comprehensive quality: ① Study status and achievements at the university level; ② Comprehensive assessment of candidates’ mastery of theoretical knowledge and application skills of the subject (major), ability to use the learned theory to discover, analyze and solve problems, and understanding of the development trends of the subject. Understanding and potential for development in this professional field; ③ Learning, scientific research, social practice (student work, club activities, volunteer services, etc.) or actual work performance outside this discipline (major); ④ Foreign language ability; ⑤ Innovation spirit and innovative ability. Humanistic qualities; ⑥ dedication, sense of responsibility, discipline (abiding by laws and regulations), collaboration and mental health; ⑦ learning motivation, perseverance and study time arrangement; ⑧ manners, expressions and etiquette, etc.

1. The re-examination score accounts for 50% of the admission score; 2. The admission score calculation formula is: admission score = (preliminary exam score ÷ 5) × 50% + re-examination score × 50% 3. The re-examination score is less than 60 points (excluding 60 points) , determined to be a failure in the re-examination. Candidates who fail the re-examination will not be admitted, and the admission scores will no longer be weighted. 4. Admission will be based on admission scores from high to low.

Analysis of the test situation for first-choice candidates entering the re-examination in 2023

Analysis of the list of candidates for re-examination

Retest analysis

Professional direction	Subject	Number of people retesting	Lowest score on first test	Preliminary test average score	Highest score in preliminary exam
IT Academy	computer science and Technology	5	335	347	365
IT Academy	computer technology	6	311	371	413
Cyberspace Security Academy	cyberspace security	2	335	344	352
Cyberspace Security Academy	Network and Information Security	3	365	382	409
Software College	Software Engineering (Master's Degree)	2	352	370	389
	Software Engineering (Master's Degree)	103	307	362	427
	Software Engineering (Partial)	11	310	343	378

Proposed admission analysis

Professional direction	Subject	Admission	Lowest score on first test	Preliminary test average score	Highest score in preliminary exam
IT Academy	computer science and Technology	4	335	350	365
IT Academy	computer technology	5	311	371	413
Cyberspace Security Academy	cyberspace security	1	352	352	352
Cyberspace Security Academy	Network and Information Security	2	372	391	409
Software College	Software Engineering (Master's Degree)	2	352	370	389
	Software Engineering (Master's Degree)	51+1 refund +1 less	329	379	427
	Software Engineering (Partial)	5	310	339	366

Admission status for the 2022 postgraduate entrance examination re-examination

college	Subject	Preliminary examination subjects
IT Academy	computer science and Technology	310、50、75、80	2	2
IT Academy	digital information	305、50、70	9	7
Software College	software engineering	310、50、75、80	11	5
Software College	digital information	305、50、70	34	24+1 Special
Cyberspace Security Academy	computer science and Technology	310、50、75、80	7	4
Cyberspace Security Academy	digital information	305、50、70	3	2

Admission analysis by major:

Compared with the postgraduate entrance examination in 2022, the Computer Science and Technology and Computer Technology of the School of Computer Science have increased by 5-20 points respectively. The increase of the School of Network Security and the School of Software is particularly obvious, even by as much as 40 points. The number of students admitted is not much different except for those with master's degrees in the School of Software.

School of Computer Science—Computer Science and Technology (Admission)