Summer Camp 2024
Our STEM Camp is the perfect place for your curious child to dive into the world of science and technology. They’ll get hands-on with coding, robotics, and AI, sparking a love for innovation that could light their path for years to come.
6 STEM and coding courses to choose
Coding
Junior: Age 7 – 9
Senior: Age 10 – 15
• logical problem-solving and
critical thinking skills
• improve math abilities,
patience, and creativity
Robotics
Junior: Age 7 – 9
Senior: Age 10 – 15
• control sensors, lights
and temperature
• teamwork to build circuits
Introductory AI Course
Age 10 – 15
• no coding skills needed
• learn how AI thinks, creates,
and makes decisions
AI and Machine Learning Workshop
Age 10 – 15
• learn where Siri and
Alexa began
• create your own
machine learning models
Industry 4.0: The Future Unveiled
Age 7 – 12
• learn about STEM, Industry 4.0 and future developments
• learn advanced applications of AI and IoT (Internet of Things)
Python Programming
Age 12 – 15
• understand text-based programming
• transfer Scratch coding and thinking skills to Python
Bundle Discounts
2 courses save extra $100
3 courses save extra $150
Form your private camp with 3 – 5 students for tailored courses that suit your learning needs and schedule.
Groups of 2 or 3 students are eligible for a 5% discount.
Groups of 4 or more receive a 10% discount.
Coding
4 days, Tuesday – Friday
2 hours per day
Junior: Age 7 – 9
Senior: Age 10 – 15
- STEM coding course for primary to secondary students.
- Develop critical skills: logical problem-solving and algorithmic thinking.
- Enhance communication, math abilities, perseverance, and creativity.
- Aligned with ISTE standards, prepare for future academic and career opportunities in technology.
Robotics
4 days, Tuesday – Friday
2 hours per day
Junior: Age 7 – 9
Senior: Age 10 – 15
- Explore fundamentals of electronics and coding interactively.
- Master microprocessors, coding logic and loops.
- Learn how to control sensors, lights and temperature.
- Collaborate to build circuits and prepare students for future technological challenges.
Introductory AI Theory Course
4 days, Tuesday – Friday
2 hours per day
Age 10 – 15
- Introductory course, no coding skills needed.
- Learn how AI thinks, creates, and makes decisions.
- Discover supervised learning basics, data-driven predictions.
- Explore AI ethics, understanding algorithmic responsibilities.
AI and Machine Learning Workshop
4 days, Tuesday – Friday
2 hours per day
Age 10 – 15
- Introduction to AI and machine learning.
- Learn where Siri and Alexa began.
- Gather crucial data for your Machine Learning projects.
- Teach AI fair preferences and avoid bias.
- Create your own machine learning models.
Industry 4.0: The Future Unveiled
4 days, Tuesday – Friday
2 hours per day
Age 7 – 12
- Understand the relationship between STEM and Industry 4.0 and future developments.
- Develop Hands-on techniques and applications of the Internet of Things (IoT).
- Learn advanced applications of AI and IoT.
- Integrate STEM and citizen science with practical technology applications.
Python Programming
4 days, Tuesday – Friday
2 hours per day
Age 12 – 15
- Transition from block-based programming to text-based programming.
- Transfer Scratch coding and thinking skills to Python.
- Understand text-based programming.
- Use basic Python OS interface.
- Learn about Python’s data structures, input, and output.
Our Approach
Teacher-student ratio of 1 : 4
Receive a certificate upon completion
Build team work
Prepare for future academic and career opportunities
Problem-solving skills
Unique courses, not offered anywhere else!
Meet Our Instructor
- Former Silicon Valley engineer who worked at Apple, Microsoft and Nokia.
- Bachelor of Mechanical Engineering, McMaster University, Canada
- Since 2016, she has been involved in EdTech course design. She has taught STEAM courses and programs in various primary schools, conducted teacher training for STEM courses.
- She is dedicated to fostering interdisciplinary and technological creativity, actively promoting curiosity, critical thinking, and creative skills.
- She strongly believes STEM courses can prepare students for future academic and career opportunities in technology.