INTERNET OF THINGS ENGINEERING

In an era where everything is interconnected, IoT Engineering is becoming the key to the digital future. If you're passionate about technology and eager to create intelligent systems that transform how we live and work, this might be the perfect major for you.

Introduction to the major

Internet of Things (IoT) Engineering is one of the emerging strategic industries prioritized for national development. It represents the next revolutionary stage of the information industry—following computers, the Internet, and mobile communications—and is widely applicable across all sectors of society.

This major is based on cutting-edge information technologies and is characterized by a forward-looking perspective, interdisciplinary foundations, strong integration of education-research-application, and outstanding system capabilities. It integrates advanced technologies such as 5G, artificial intelligence, blockchain, and edge computing, effectively promoting digital transformation and the development of a smart society.

The Internet of Things Engineering major of the university is rooted in the capital city, guided by industry demand, and built upon modern theories in computing, communications, electronics, automation, and systems engineering. It leverages the university’s strengths in intelligent sensing and information transmission and processing.

This major has been included in Beijing’s “Double Ten-Thousand Plan” for key disciplines since 2021 and ranked Grade A in the 2023 ShanghaiRanking of national disciplines, placing 2nd among Beijing municipal universities.

The major adheres to the educational philosophy of "developing people before teaching knowledge", emphasizing comprehensive education, practical ability, innovation, and the integration of scientific and humanistic values. It aims to cultivate high-quality talent through the guiding principles of: strong employability, solid foundation for further study, and confidence for personal development.

Training objectives

With the theme “Smart Sensing and Intelligent Connectivity,” this major aims to cultivate application-oriented talents to meet the needs of scientific, technological, and social progress, national development strategies, and the economic and social needs of the capital in the new era.

Graduates will possess sound moral character, solid foundations, strong professionalism, comprehensive development in body and mind, hands-on skills, innovative thinking, and international perspectives. Within about five years after graduation, students are expected to:

1. Possess strong professional ethics, social responsibility, and a sense of mission, along with physical and mental well-being.
2. Demonstrate computational, systematic, and innovative thinking, and be well-versed in sensing, communication, computing, and electronic technologies.
3. Be capable of researching, developing, and solving complex technical problems in IoT applications and systems.
4. Commit to lifelong learning and adapt to new knowledge, technologies, products, and standards.
5. Have international vision, communication and management skills, and the ability to work in interdisciplinary teams.

Graduation requirements

Graduates of the major must demonstrate the following competencies:

1. Technical Knowledge: Apply mathematics, natural sciences, and specialized knowledge to solve complex IoT engineering problems.
2. Problem Analysis: Identify, formulate, and analyze complex engineering problems based on fundamental scientific principles.
3. Design/Development: Design systems, components, or processes that meet specific needs with logical and creative thinking.
4. Research: Design experiments, analyze and interpret data, and provide reasonable conclusions through scientific research methods.
5. Modern Tools: Effectively use modern engineering tools and IT technologies for modeling and analysis.
6. Engineering & Society: Understand the societal implications of engineering solutions and shoulder related responsibilities.
7. Environment & Sustainability: Assess environmental impacts of engineering practices and pursue sustainable development.
8. Professional Norms: Understand and adhere to engineering ethics and professional conduct.
9. Teamwork: Serve effectively as team members or leaders in multidisciplinary teams.
10. Communication: Communicate proficiently in academic and professional settings, both domestically and internationally.
11. Project Management: Understand principles of engineering management and economic decision-making.
12. Lifelong Learning: Have strong self-learning ability and awareness of lifelong learning.

EDUCATIONAL PROGRAM

Duration & Degree

• Standard Duration: 4 years
• Flexible Duration: 3–6 years
• Degree Conferred: Bachelor of Internet of Things (IoT) Engineering Degree

Graduation Conditions

• Complete all required theoretical and practical courses
• Achieve the passing grade
• Accumulate the required number of credits

Core courses

Primary Disciplines:

• Computer Science and Technology
• Information and Communication Engineering
• Control Science and Engineering

Core Courses:

• Fundamentals of Smart Sensing
• Principles and Applications of Sensor Networks
• Communication Principles
• Data Structures and Algorithms
• Operating Systems
• IoT Engineering Design and Practice

Research directions

• Intelligent Sensing and Recognition
• Wireless Communication and Edge Computing
• Intelligent Information Processing and Decision-Making
• IoT System Integration and Application
• AI and Blockchain in IoT

Career prospects

Graduates can pursue careers in:

• Smart manufacturing enterprises
• Smart city solution providers
• Healthcare, transportation, and smart agriculture sectors
• IT and communications companies
• Government agencies and public institutions
• Technology entrepreneurship or advanced studies (Master’s, PhD)

Related majors

• Computer Science and Technology
• Information and Communication Engineering
• Automation
• Electronic Engineering
• Control Engineering

Top Universities Offering Internet of Things (IoT) Engineering Programs in China

1. Xi'an Jiaotong University
2. University of Electronic Science and Technology of China
3. Harbin Institute of Technology
4. Northwestern Polytechnical University
5. Beijing University of Posts and Telecommunications

Program structure

Curriculum Framework

The curriculum consists of four main categories: general education, foundational knowledge, specialized training, and comprehensive quality development. It features strong interconnectivity and hierarchical progression.

Practical Training System

Practical activities span all four years, integrating on-campus learning with enterprise practice. It emphasizes hands-on experience, innovation, and entrepreneurship.

Program notes

1. This program is designed based on the university’s “2024 Undergraduate Program Revision Guidelines”.
2. Five categories of elective practical courses are available (open labs, innovation and entrepreneurship, research projects, academic competitions, etc.). Each student can receive credit for only one course per category.
3. Select postgraduate courses are open to undergraduates and can be credited if the student continues postgraduate study at the university.