YBTC Extended Project Course

EPC Academic Training Program

About EPC

About the Project

Introduction of Collaborating Parties

Yingbo Student Service Achieves excellence and holds rich experience in the education field, continuously dedicating itself to cultivating outstanding talents.

Shanghai Tiancheng Smart Group (China):A professional provider of information transmission products and solutions in China, equipped with comprehensive certification certificates to fully meet—even exceed—market demands.

Chengdu Baiwei Electronics Co., Ltd.:Boasts a R&D team composed of outstanding Zigbee engineers, with strong R&D capabilities and experience in HA (Home Automation) and SE (System Engineering). The company is equipped with advanced instruments and testing equipment, establishing a complete, strict, and efficient production line and testing line. It strives to ensure every intelligent product meets international standards, guaranteeing product quality stability. 24 business departments nationwide provide fast technical services to a wide range of customers.

Chengdu Smart Information Industrial Center:Located in the core area of "Chengdu Western Technology and Business Center," a national Torch Program Chengdu Electronic Information Industry Base. It is Chengdu’s first science and technology business theme modern industrial park. Renowned enterprises like Intel, Motorola, Konica Minolta, Arcadia, Siemens, and Foxconn have successively settled here. The park is situated in the central area of High-tech West Zone, protected by major financial institutions like the Bank of China, Industrial and Commercial Bank of China, and China Construction Bank. It neighbors universities, Wanda Plaza, Meishu Jinlu, Dujiangyan, and Qingcheng Mountain (Scenic Area), forming a symbol of the "Cultural West Zone."

 

Project Background and Objectives

Aiming at the dual challenges faced by 16–18-year-old international curriculum students in China: "scarce internship resources" and "insufficient competitiveness in top university applications," this project adopts a dual-track model of "enterprise practice + academic empowerment" to provide three core values for students:

Solve Internship Dilemmas

Collaborate with IoT leading enterprise Tiancheng Smart Group to open industrial project workstations. Provide practical opportunities in Zigbee3.0 protocol development, intelligent community system deployment, and other cutting-edge technologies, addressing the pain points of "many internships, little substance." Guide students to participate in the entire project cycle.

Build a Competitiveness Matrix for Further Study

With full guidance from enterprise engineers, produce industrial project portfolios applicable to PS (Personal Statement). Complete EPQ topics and achieve an A-rate guarantee (83% of students achieve A). Provide enterprise evaluations and joint endorsements from university professors to strengthen the authority of application materials.

Achieve Capacity and Cognitive Upgrade

Master the full-process skills of IoT development and cultivate problem-solving thinking. Through the investigation of Chengdu smart city projects, understand the application scenarios and social value of technologies. Improve the working mode adaptable to the industrial sector, laying a practical foundation for university major studies.

 

Who is suitable for the YBTC Extended Project Course?

Who is Suitable for Participating in the EPC Elite Training Program?

1.Students in International Curriculum Systems

Educational Background: Studying A-Level, IB, AP, or other international curricula, not participating in the domestic college entrance examination.

Application Goal: Targeting top UK G5 (University of Oxford, University of Cambridge, Imperial College London, etc.) and top 30 US universities.

Major Orientation: STEM fields such as engineering, computer science, electronic information, and artificial intelligence.

 

2.Academically Excellent but Lacking Practical Experience

Academic Performance: Achieving excellent grades (e.g., A/A*), but lacking high-quality practical experience.
Application Pain Point: Aspiring for G5 offers, aiming to be a “problem solver” instead of a “textbook reciter.”
Traditional Practice Shortfall: Previous projects only stay at the “simulated experiment/visiting factory” level.
EPQ Demand: Need to complete engineering topics (such as smart home system design, intelligent community energy consumption optimization).

3. Pursuing Differentiated Competitiveness

Breakthrough Method: Use real enterprise experience to create a “high-fit” application image.
Through Industrial Project Participation: Enhance PS (Personal Statement) competitiveness.
Career Planning: Clearly define engineering/computer majors, receive technical enlightenment from industry insiders. Hope to determine career directions (such as chip design, software development) through enterprise practice.
 

4. Suitable Student Traits

Ability Requirements: Have basic programming/circuit knowledge (like Python, C language). Show strong interest in fields such as IoT and smart homes.
Attitude Traits: Strong self-learning ability, willing to accept industrial project challenges. Pay attention to details, able to complete complex tasks under engineer guidance.

Project Suitability Description

Project Suitability Description

A-Level Students: Directly connect to the EPQ course (accounting for 30% of the weight in Oxbridge applications), providing enterprise data support and patent endorsement.
IB Students: Meet the CAS (Creativity, Activity, Service) requirements and obtain high-value practical certifications.
AP Students: Demonstrate interdisciplinary application abilities through industrial-level projects (such as integrating physics and computer knowledge).

Internship Goal: multi-dimensional gains

Internship Goal: Multi-dimensional Gains

Innovation - Standing Out From The Crowd

Knowledge and Skill Cultivation

Let trainees comprehensively learn cutting-edge concepts and basic theoretical knowledge of the Internet of Things (IoT), and understand industry trends. Master professional skills such as IoT hardware and circuit design, software programming, gateway and cloud platform. For example, learn to identify common electronic components, use IoT programming languages to write programs, and master the system architecture of smart homes, laying a solid foundation for trainees' in-depth study and practice in the IoT field.

3D House with Graduation Cap

Assist University Applications

Provide internship opportunities for trainees aged 16–18 who aspire to apply for top UK universities, and issue internship certificates. With the practical experience accumulated and internship certificates obtained in the project, help trainees enhance their background competitiveness when applying for top UK universities, enrich their personal resumes (CV), and increase the chance of being admitted by prestigious universities.

综合素质提升

Comprehensive Quality Enhancement

Through team collaboration tasks and communication-sharing activities in the project, exercise trainees' team collaboration ability, communication ability, and problem-solving ability. For example, in IoT project development training and enterprise practice, trainees need to complete tasks in groups and jointly solve technical problems encountered, thus achieving a comprehensive improvement of personal comprehensive quality to better adapt to the future study life in UK universities.

Internet of Things Technology Research and Practice Course
Course location: Chengdu city, period: 16 days
Research Module Date / Subject Specific Time Time / Place Course Content Remarks
Check-in Report The day before class 2025/7/6 2025/7/20 2025/8/3 Enterprise Group, get the course information package, group practice tutor to meet  
Frontier concept of the Internet of Things, basic theoretical knowledge, industrial dynamics, etc The 1st Day
The Conceptual Foundation of the Internet of Things
2025/7/7 2025/7/21 2025/8/4 Forenoon
Corporate Conference Room
Introduction of Internet of Things research and training and outline Expert Talks
Overview of the advanced technology concept and the development of the Internet of Things Concentrated teaching
Development status and trend of the Internet of Things industry  
Afternoon
Lot Exhibition Hall
Introduction of Internet of Things application solutions Visit guide
Understand the smart home system architecture and introduce the mainstream smart home protocols Mobile classroom
Understand the smart home system architecture and introduce the mainstream smart home protocols  
the 2nd Day
Internet of Things Hardware and Circuit Design Foundation
2025/7/8 2025/7/22 2025/8/5 Forenoon
Enterprise Station
The Internet of Things hardware and circuit foundation Into the group practice
Understand the common electronic components Corporate mentor
Microcontroller principle and type selection  
Afternoon
Enterprise Station
Hardware and circuit design foundation Into the Group Practice
Understand the basic circuit design methods and tools
Smart home, the latest hardware module analysis
The 3rd Day
The Internet of Things Software Programming Foundation
2025/7/9 2025/7/23 2025/8/6 Forenoon
Enterprise Station
The Internet of Things programming language foundation Into the Group Practice
Understand the basic grammar of the Internet of Things programming language
Write simple computing programs using the Internet of Things programming language
Afternoon
Enterprise Station
The Internet of Things programming language foundation Into the Group Practice
Understand the API basic concepts and operating API methods
Understand how the API is used
The 4th Day
Internet of Things gateway and cloud platform theoretical basis
2025/7/10 2025/7/24 2025/8/7 Forenoon
Enterprise Station
Smart Home Gateway Basics and overview Into the Group Practice
Smart home cloud platform introduction and the basic composition structure of the smart home gateway
Draw the smart home gateway architecture diagram and mark the functions of each part
Afternoon
Enterprise Station
The Internet of Things cloud platform and gateway architecture infrastructure Into the Group Practice
Understand the basic principles of communication between devices and cloud platforms
Understand the basic principles of using MQTT communication between gateway and cloud platform
Use MQTT simulator
Internet of Things Enterprises On-site Visit The 5th Day
Internet of Things Technology Companies Research
2025/7/11 2025/7/25 2025/8/8 Forenoon
Qinchuan Internet of Things
Local Internet of Things listed technology companies On-site visit
Visiting the company's research and development laboratory and product exhibition area, I had an in-depth understanding of the complete technology chain of the Internet of Things from sensor data acquisition, network transmission to data analysis and application, and had close contact with innovative application examples such as smart home, intelligent transportation and industrial Internet
Afternoon
HouPu Shares
Local Internet of Things technology companies research On-site visit
Visit the company's cutting-edge science and technology exhibits and the busy and orderly intelligent production scene
Summary and sharing The 6th Day
Summarize and Share Theoretical Knowledge Learning
2025/7/12 2025/7/26 2025/8/9 Forenoon
Corporate Conference Room
Team sharing Exchange and Share
Members share their personal learning experiences and experiences
Afternoon
Corporate Conference Room
Study summary and sharing Panel Discussion
Summarize the theoretical knowledge and the experience in the learning process
Form a personal study notes
Comprehensive practical study (on Sunday)
Internet of Things Project Development Training The 7th Day
Design and Implementation of Intelligent Nodes of the Internet of Things
2025/7/14 2025/7/28 2025/8/11 Forenoon
Enterprise Station
Intelligent node circuit design foundation and tool use Into the Group Practice
Understand the development of intelligent node and single-chip microcontroller basis
An intelligent node circuit is designed using microCM simulation software
Afternoon
Enterprise Station
The Internet of Things intelligent single product software development Into the Group Practice
Low power Bluetooth application field and basic concept, establish a preliminary understanding of low power Bluetooth foundation
Low power Bluetooth (BLE) device control and sensor data acquisition development
The 8th Day
The Internet of Things Zigbee Project Research and Development of Actual Combat
2025/7/15 2025/7/29 2025/8/12 Forenoon
Enterprise Station
Internet of Things chip selection and Zigbee related concepts Into the Group Practice
The latest technology selection and development trend of the Internet of Things
Zigbee Main latest application areas and basic concepts
Zigbee Dynamic multi-protocol implemented with the BLE on-chip system
Afternoon
Enterprise Station
Zigbee Node networking and control development Into the Group Practice
Realize the control and state feedback of the hardware equipment
Send the control instructions through the software and receive the device status information
Zigbee Intelligent control function joint adjustment and optimization
Internet of Things Project Engineering Practice The 9th Day
The Internet of Things (Smart Home) Engineering Actual Combat
2025/7/16 2025/7/30 2025/8/13 Forenoon
Project Site
The Internet of Things (smart home) engineering planning and design Engineering Practice
Internet of Things (Smart Home) Engineering design (point location design)
Internet of Things (Smart Home) Engineering design (point location design)
Afternoon
Project Site
Internet of Things (smart home) subsystem engineering practical training Engineering Practice
Intelligent lighting control system engineering practical training
Intelligent environment monitoring and data recording engineering practical training
The 10th Day
The Internet of Things (Smart Home) Engineering Actual Combat
2025/7/17 2025/7/31 2025/8/14 Forenoon
Project Site
Internet of Things (smart home) subsystem engineering practical training Engineering Practice
Intelligent HVAC control system engineering practical training
Intelligent access control system engineering practical training
Afternoon
Project Site
Internet of Things (smart home) subsystem engineering practical training Engineering Practice
Intelligent curtain control visit system system engineering training
Intelligent control system engineering practical training
The Internet of Things for Scientific Research Visit The 11th Day
The Internet of Things Universities and Science and Technology Museum Research
2025/7/18 2025/8/1 2025/8/15 Forenoon
Local Colleges and Universities Intramural Museum & Key Laboratory
University studies  
Feel the academic atmosphere of research-oriented universities On-site Visit
Afternoon
Public Science and Technology Museum
Science and Technology Museum research On-site Visit
Summarize the experience and lessons learned in the project process
Summary and Sharing The 12th Day
Project presentation and summary
2025/7/19 2025/8/2 2025/8/16 Forenoon
Corporate Conference Room
Project summary and experience sharing Exchange and Share
Summarize the experience and lessons learned in the project process Interactive Q&A
Share the harvest and experience in the project training process  
Afternoon Summarize and try to start your own EPQ project
Comprehensive practice activities + issuing training certificate and group photo as a souvenir (Sunday)
Return on Monday

Teacher introduction

Introduction of Teachers

Corporate practice mentor team

Enterprise Practice Tutor Team of Research Project

 Zhou Baihong

Zhou Baihong

Member of China Democratic League, PhD, University of Electronic Science and Technology of China, assistant researcher, intellectual property engineer, full stack engineer of mobile application software development, inspector of installation and debugging of Internet of Things. The general manager of education Department of Chengdu Hundred Microelectronics Development Co., Ltd., has worked for more than 10 years from Internet of things education and intelligent product research and development, and has rich experience in the field of Internet of things education.

Participated in several major instrument projects of National Natural Science Foundation and provincial educational reform projects; won the second prize of Vocational Skills Competition for Million Workers in Chengyu Region, the winning prize of Chengdu TU Vocational Skills Invitational (5G + Internet of Things Skills), and the second prize of Sichuan Vocational College Teachers' Teaching Ability Competition. He has edited "Introduction to Internet of Things Engineering", "Zigbee3.0 Easy Introduction" and other Internet of Things related textbooks, and participated in the compilation of group standards of Internet of Things Alliance "Specification of Internet of Things Engineering Technology Training Room" and "White Paper of Internet of Things Talents" in Sichuan Province.

The Ministry of Education of ordinary colleges and universities refers to the committee member (2021-2025), China Internet + contest warehousing technical experts in the judges, the Internet of things teaching fusion development institute, Chengdu economic system reform, a think-tank, Sichuan professional degree graduate tutor in the university, Sichuan university innovation entrepreneurship mentors, Chengdu vocational colleges industry, many institutions of Internet professional construction consultant or part-time teachers, etc.

Lu Kun

Lu Kun

The Chinese communist party party member, graduated from southwest university of science and technology in 2005 computer science major, from things networking industry 17 years, the Chengdu hundred microelectronics development co., LTD., general manager, on-the-the-job participation in Chengdu software park C area C10-C12 building intelligent project, Chengdu qing oil building intelligent office system, three house intelligent hvac control system are praised and recognized by the owner and the construction unit. In 2010, I started my own business and successively operated the system integration of the intelligent community project of Guizhou Kaili No.12 Courtyard. Product development, scheme design and system integration of zigbee wireless AD hoc network intelligent home system of Shanghai Meilan Lake Villa project. And led the company's research and development team to lead the development of smart home product system project based on zigbee2.4G wireless AD hoc network technology 3.0 system. From 2017 to 2019, the team will become the core construction partner of the ecological architecture construction of Blu-ray Garbo IOT lifestyle platform.

During his tenure as the general manager of Baiwei Company, I successfully led the company to win the title of Gazelle Enterprise in Chengdu High-tech Zone and won the title of top 30 Internet of Things gazelle enterprise in Sichuan Province. I was rated as the urgent talent in high-tech Zone and served as the expert of Intelligent Branch of China Survey and Design Association, judge expert of China Intelligent Decoration Association and expert of Sichuan Internet of Things Alliance.

Distinguished Professor

Special Tutor

Qin Zhiguang

Born in 1956, he is a second-level professor and doctoral supervisor of University of Electronic Science and Technology, director of Sichuan Key Laboratory of Network and Data Security and Sichuan Next Generation Internet Data Processing Technology Engineering Laboratory. Enjoy special government allowance under the State Council experts, the degree committee of the State Council, the sixth and seventh discipline appraisal group of computer science and technology group members, national cyberspace security level discipline demonstration panel members, the Sichuan provincial people's government of the second and third decision-making advisory committee members, academic and technical leaders in Sichuan province. The National Natural Science Foundation of China, the Ministry of Science and Technology, the Ministry of Education evaluation experts. Executive director of China software industry association, director of China password society, director of China computer society, director of software and information technology services association of Sichuan province, computer users association of Sichuan province, vice President of Sichuan province, provincial computer institute experts, province by the letter hall experts, provincial development and reform commission experts, the computer research and development and other core journal editors. He was the vice dean and dean of the School of Computer Science and Engineering, the dean of the School of Model Software, and the dean of the School of Information and Software Engineering.

Has long been engaged in network and network security, mobile Internet and security and other directions of research. He has presided over 3 key projects of the National Natural Science Foundation of China, 2 national major special projects, 6 national 863 plan projects, and 3 bidding projects of the electronic Development Fund. It has undertaken more than 20 general projects of the National Natural Science Foundation of China, doctoral programs, training fund projects of the Ministry of Education, and science and technology research projects of Sichuan Province. It has won two second prizes of Sichuan Science and Technology Progress and one second prize of Chongqing Science and Technology Progress. He has published more than 100 academic papers, among which more than 50 papers were retrieved by SCI and EI.

Lei Jicheng

Born in October 1964 in Neijiang, Sichuan province. Research-level senior engineer, expert enjoying special State Council government allowance. Currently, he is the external full-time director of China Electronic Technology Network Information Security Co., Ltd., and the chairman of Chengdu Internet of Things Industry Development Alliance. He was the deputy director of the 30th Research Institute of China Electronics Technology Group Corporation, the deputy general manager of China Electronics Technology Network Information Security Co., LTD., the general manager of CLP Big Data Research Institute Co., LTD., and the director of the National Engineering Laboratory of Big Data Application Technology for Improving government Governance Capacity.

     Long engaged in military wireless communication network technology, network security, information system engineering, big data application technology research and product development, won the provincial science and technology progress second prize 3, third prize 2, host or participate in the Internet security technology, the military communication technology, military network management technology, etc.

Enterprise Practice and Visit

Students will conduct practical activities in enterprises in Chengdu Intelligent Information Industry Park and visit the advanced facilities of enterprises.
The enterprises highly praised the students' performance。

Pre-job Training Guidance

Students will conduct research and study activities in local technology companies and public service technology fields, be exposed to cutting-edge scientific research results and academic resources, broaden their academic horizons, and understand real-world application models of technology.

FAQ

What are the project registration requirements?

Applicants must be between 16 and 18 years old.

How much does the program cost?

Please consult our customer service staff for specific fees.

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