The School of Computer and Information Science was founded in 2000 as one of the first enrollment colleges of our university. After 20 years of exploration and reform, the School of Computer and Information Science focuses on three key undergraduate programs: Electronic Information Engineering, Information Engineering, and Software Engineering. The Electronic Information Engineering program was established in 2001, Information Engineering in 2006, and Software Engineering in 2013. In 2013, the teaching team of the Information Engineering program was recognized as an Excellent Teaching Team in Jilin Province. In 2015, the Information Engineering program was selected as a pilot program for the Excellent Engineer Education and Training Plan in higher education institutions in Jilin Province. In 2017, it was approved for one of the first New Engineering research projects in Jilin Province. In 2019, the computer program cluster was recognized as a demonstration program cluster for transformation and development in Jilin Province, and School of Computer and Information Science was approved as a “dual-qualified” teacher training base. In 2021, the Information Engineering program was approved as a first-class undergraduate program in Jilin Province. In 2023, it was approved as a Jilin Provincial Education Research Base and selected as a pilot program for the Excellent Engineer Education and Training Plan 2.0. The research area of “Computer Technology and Communication Technology” was established as one of the first research teams in Boda College.

Since 2013, the School of Computer and Information Science has carried out in-depth industry-university cooperation with leading domestic IT companies, achieving order-based student training in joint programs. The School of Computer and Information Science implements a “3+1” training model: the first three academic years are spent on general education, disciplinary fundamentals, and professional courses on campus, with some professional courses taught or guided by industry engineers, and students are arranged for professional internships at companies. The fourth academic year is devoted to enterprise-based training, internships, and employment. The School of Computer and Information Science has maintained a high employment rate and quality of employment over the past three years. Many graduates have pursued master's degrees at well-known domestic universities, including Beijing Normal University, Jilin University, Nanjing University of Science and Technology, Minzu University of China, and Northeast Normal University.

The School of Computer and Information Science emphasizes teaching, with excellent laboratory facilities. On-campus facilities include the Electrical and Electronic Laboratory, Communication Technology Laboratory, Mobile Internet Laboratory, Software Engineering Laboratory, IT Training Laboratory, Algorithm Training Laboratory, Artificial Intelligence Laboratory, multiple computer labs, and large-screen projection classrooms. Off-campus, the School of Computer and Information Science has multiple internship and training bases in Shenyang, Dalian, Changchun, Beijing, Rongcheng, Suzhou, providing excellent teaching and practical conditions.

Currently, the School of Computer and Information Science has national and provincial first-class teaching platforms, including a National Innovation and Entrepreneurship Practice Center (Chinasoft Group), Provincial Higher Education Talent Training Research Base, Provincial Student Innovation and Entrepreneurship Park, and Provincial Dual-Qualified Teacher Training Base. It has developed provincial-level “golden courses,” Wisdom Tree online courses, key provincial textbooks, and textbooks for the 14th Five-Year Plan, effectively ensuring the completion of experimental, practical, and innovation and entrepreneurship teaching tasks for all programs.

The School of Computer and Information Science emphasizes comprehensive talent development, actively participates in competitions, and promotes learning and teaching through contests. In recent years, students have achieved national and regional awards in programming competitions, electronic design competitions, “Internet+ College Student Innovation and Entrepreneurship Competition,” artificial intelligence competitions, and the Blue Bridge Cup. Graduates are highly capable and welcomed by employers, maintaining a high level of employment and employment quality in recent years.

For many years, the School of Computer and Information Science has adhered to the development philosophy of “solidifying basic skills, emphasizing professional strengths, and strengthening characteristic development,” aiming to cultivate high-quality, application-oriented innovative talents, and has supplied numerous talents to schools and enterprises nationwide.

Information Engineering

Program Objectives: Focused on signal and information acquisition, transmission, processing, and application, this program cultivates applied, high-quality technical professionals with solid foundational knowledge, strong practical and problem-solving abilities, innovation and entrepreneurship awareness, and the ability to engage in scientific research, technical development, engineering design, and organizational management.

Main Courses: Advanced Mathematics, Circuit Analysis, Analog Electronics, Digital Electronics, Fundamentals of Information Theory, Signals and Systems, Digital System Simulation VHDL Design, Digital Signal Processing, Modern Communication Networks, Communication Principles, C++ Programming, Data Structures, Computer Architecture and Logic Design.

Program Features:

1. Focused on signal and information acquisition, transmission, processing, and application, equipping students with solid foundational theories and methods to solve complex engineering problems.

2. Emphasizes enhancing engineering practice capabilities, analyzing, designing, developing, testing, and applying information systems while cultivating system-level thinking.

3. Market-oriented training, cultivating innovation and entrepreneurship awareness, and preparing students for roles in IT development, engineering design, and organizational management.

Career Prospects:  Graduates may pursue further studies through national graduate exams or overseas study; take national or provincial civil service exams to work in government or public institutions; or enter IT, communications, or internet industries as network engineers, communication engineers, IoT engineers, college instructors, or management and technical staff in government or enterprises.

Duration & Degree:  Four years, awarded the Bachelor of Engineering degree.

Electronic Information Engineering Program
   Program Objectives: Focused on embedded application development, this program cultivates “engineering application-oriented” professionals with knowledge of electronic technology and information systems, engineering capabilities in embedded product development, hardware platform design, application software development, and system testing, meeting industry development needs.

Main Courses: Advanced Mathematics, Advanced Programming Languages (C), Circuit Analysis, Analog Electronics, Digital Circuits, Signals and Systems, Communication Principles, Microcontroller Principles and Applications, Data Structures.

Program Features:

1. Emphasis on embedded system development, equipping students with essential knowledge and skills for engineering capabilities in embedded product development, hardware and software design, and system testing.

2. Market-oriented, with a project-based, industry-university integrated talent training model to ensure graduates meet market requirements.

3. Core focus on quality and ability, utilizing internships, graduation projects, and professional skill training to enhance practical engineering problem-solving.

Career Prospects: Graduates may pursue further studies domestically or abroad, take national or provincial civil service exams, or work in consumer electronics, industrial control, telecommunications, networking, automotive electronics, medical instrumentation, and other industries as embedded hardware/software engineers, college instructors, or management and technical staff in government or enterprises.

Duration & Degree: Four years, awarded the Bachelor of Engineering degree.

Software Engineering Program

Program Objectives:  Focused on Java software development and web development, cultivating applied professionals capable of software development, software testing, database management, and software implementation.

Main Courses: Advanced Mathematics, Fundamentals of Programming, Introduction to Databases, Data Structures and Algorithms, Object-Oriented Programming, Networking and Computing, Software Design and Architecture, Operating Systems.

Program Features:

1. Focus on Java software and web development, cultivating practical skills for software development, testing, database management, and software implementation.

2. Market-oriented, exposing students to cutting-edge technologies, problem analysis, and innovative thinking through project-driven learning.

3. Core focus on quality and ability, emphasizing fundamental skills and participation in competitions to enhance innovation and teamwork.

Career Prospects: Graduates may pursue further studies, take national or provincial civil service exams, or work in software companies, IT enterprises, government agencies, or institutions as software development engineers, big data engineers, cloud computing engineers, college instructors, or management and technical staff in government or enterprises.

Duration & Degree: Four years, awarded the Bachelor of Engineering degree.

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Tel: 0434-6090965