ZEKEEP Summer Robotics & AI Innovation Camp: From Code to Real-World Engineering

Aligned with major recognized youth STEM and robotics competition standards, our program breaks away from traditional, software-only coding bootcamps.

Built around desktop robotic arms + AI computer vision, the curriculum integrates three core pillars: Hard Tech Foundations + End-to-End Project Execution + Technical Defense & Presentation.

Students learn not only graphical/Python programming, hardware control, and custom PCB schematic design, but also master:

• System architecture planning and requirement decomposition

• Hardware-software commissioning and performance optimization

• Project defense, public speaking, and technical storytelling

This comprehensive approach helps students break past the limit of "only knowing how to write syntax," fostering genuine systems-engineering mindsets and verifiable project portfolios for academic reviews and global STEM competitions.

• Host & Organizer: Foshan ZEKEEP Technology Co., Ltd.

• Guiding Organization: South China Institute of Intelligent Robotics

• Academic Support: School of Artificial Intelligence, South China Normal University; School of Artificial Intelligence, Guangdong Vocational University of Light Industry

Still deciding? Experience our teaching approach firsthand before enrolling. We invite parents and students to a complimentary half-day workshop to interact with our industrial equipment and explore our lab environment.

• Dates: Select any single day between July 15 and July 19

• Time: Daily from 14:00 to 17:00

Track A: 5-Day Foundational Innovation Camp

Track B: 15-Day Advanced Project Development Camp

Base Location:

ZEKEEP STEM Practical Base, Building 7, Wanyang Kexing Park, No. 84 Taoyuan East Road, Shishan Town, Nanhai District, Foshan City, Guangdong Province, China.

Our tiered training system supports learners from zero-foundation beginners to advanced project developers. Every lesson is anchored in physical hardware, allowing students to learn by doing on industrial-grade educational robotic platforms.

What can be built in 5 days? What skills can be transformed in 15 days? The answer lies not on paper, but in the fully commissioned robotic workstations built by our students.

Prototype showcase: Functional robotic and AI vision projects engineered and commissioned autonomously by student teams

Dual-Instructor Model: Each class is staffed with two dedicated mentors (1 Lead Instructor + 1 Assistant Coach) featuring proven industrial engineering backgrounds and certified STEM pedagogy qualifications. Dedicated specialists guide hardware wiring, coding, and motion control.

Full-Time Homeroom Management: Dedicated staff oversee daily safety, logistics, and structured extracurricular activities, including tech documentary screenings and engineering seminars.

Open to students from Grade 4 through Grade 11 (High School Sophomore) who are passionate about smart hardware, robotics, coding, and maker innovation.
(Note: Applicants for the 15-Day Advanced Camp will undergo a baseline readiness assessment).

• Registration Period: Open now through July 19, 2026 (Seats are limited and filled on a first-come, first-served basis).

• Admissions Inquiries:

• Teacher Wang: +86 13077426880 (WeChat synchronized)

• Teacher Liang: +86 15816981148 (WeChat synchronized)

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