list of courses taught in English - Global Student Office

Beijing Institute of Technology (BIT)
The following undergraduate programs conducted in English are available to international students at BIT.
1. Bachelor of Economics in International Economy and Trade
Educational Objective: This major aims to cultivate well-grounded, practical, creative and all-round
research talents who are well developed in morality, intelligence and physical condition so as to meet the
requirements of national modernization. We aim at training practical and multi-disciplinary experts with a
special background of science and engineering knowledge and the ability to adapt with the economic
globalization and the rapid development of science and technology. Graduates are expected to be
inter-disciplinary talents with strong learning ability, practice and innovation ability and foreign language
skills. They are expected to be able to carry out international business and other relevant management
tasks in government organizations and enterprises.
Core Courses:
• Calculus,
• Chinese Language,
• Econometrics,
• Financial Management,
• Fundamentals of Accounting,
• Fundamentals of Computer
Application,
• Human Resource Management,
• International Business Law.
• International Economics,
• International Finance,
• International Marketing,
• International Trade,
• Linear Algebra,
• Macroeconomics,
• Management Information
Systems,
• Microcomputer Database
Applications,
• Microeconomics,
• Monetary Banking,
• Operation Research,
• Principle of Management,
• Probability and Statistics.
2. Bachelor of Engineering in Electrical Engineering
Educational Objectives: This program prepares graduates with a strong background in control theory
combined with electronic technology, computer technology and detection technology. Students will have
expertise in system analysis, design, integration and implementation of varied electrical automatic
systems.m
Core Courses:
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• Adaptive Control,
• Analog Electronics,
• Chinese Language,
• Complex Variables and Integral Transforms,
• Computer Control System,
• Computer Technology and Programming,
• Control of Robotics,
• Control Theory,
• Data Structures and Algorithms Design,
• Digital Logic and CPU,
• Electric Circuits,
• Energy Conversion Technology,
• Engineering Design.
• Engineering Drawing,
• Engineering Mechanics,
• General Chemistry,
• Linear Algebra,
• Mathematical Analysis,
• Mathematical Equations and
Special Functions,
• Motors and Control,
• Optimal Control,
• College Physics,
• Power Electronics,
• Probability and Statistics,
• Sensors and Detection
Technology,
• Signals and Systems.
3. Bachelor of Engineering in Electronic Science and Technology
Educational Objectives: The Electronic Science and Technology program prepares graduates with a
strong theoretical foundation and a broad range of knowledge. Among the many topic areas in the
curriculum are electronic engineering, electromagnetic fields and microwave techniques, micro-electronic
technology, and computer communication technology. Students gain theoretical knowledge and design
experience, developing skills in systematic analyzing, synthesizing, creative problem-solving, and
communicating.
Core Courses:
• Algorithms Design and Analysis
• Assembly Language Programming
• Chinese Language
• Compiler Principle and Design
• Computational Theory
• Computer Networks
• Data Structures
• Database Theory and Design
• Discrete mathematics
• Fundamental of Electronics
• Information Security
• Introduction to IoT
• Linear Algebra
• Numerical Analysis
• Operating Systems
• Practice of Operating System
• Principles of Computer Architecture
• Principles, and Interface Technique of
Microcomputer
• Probability and Statistics
• Programming in C
• RFID
• Software Engineering
• Wireless Network and Communication
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• Wireless Sensor Network
4. Bachelor of Engineering in Mechanical Engineering
Educational Objectives: The Mechanical Engineering Program enables students to use engineering
principles, tools and technologies to identify and solve engineering problems in the field of mechanical
engineering. The curriculum covers the fundamental aspects of design, analysis, and manufacturing of
mechanical systems. Students will have the ability to develop various mechanical products, including
vehicles, energy systems, and manufacturing systems.
Core Courses:
• Calculus,
• Chemistry,
• Chinese Language
• Computer Science and Programming,
• Computer Science in Mechanical
Engineering,
• Dynamic System Modeling and
Simulation,
• Electrical and Electronics,
• Energy System and Design,
• Engineering Design Project.
• Engineering Economics,
• Engineering Graphics,
• Engineering Management,
• Engineering Materials,
• Engineering Mechanics,
• Fluid Mechanics,
• Internal Combustion Engine Design,
• Introduction to Mechanical
Engineering,
• Linear Algebra,
• Machine Design,
• Manufacturing and Machine Tools,
• Mechanics of Materials,
• Physics,
• Principle of Control and
Instrumentation,
• Probability and Statistics,
• Theory of Machines and
Mechanisms,
• Thermodynamics and Heat Transfer,
• Vehicle Structure and Design.
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