AASQUARE

Year Round - Weekly Online/In-person Class: Innovators Tech Immersion with Robotics - 4-12 grades​

Innovators Tech Immersion:

Robotics, AI & Computer Science Foundations Elevate Your Child's Future in Tech

Invitation to Proactive Families to Start Early and Grow Confidently in the age of AI to begin coding, experimenting, and developing logical thinking—before the academic pressures of 11th and 12th grade high school intensify. This program offers a:

  •  Structured, low-pressure, and curiosity-driven environment.
  • Opportunity to explore Computer Engineering, robotics and AI first-hand.
  • Develop a product driven mindset.
  • Focus on building strong fundamentals to discover their true passions.
 

This program is thoughtfully crafted for students in grades 4 to 12, offering a comprehensive introduction to technology and its real-world applications across diverse fields such as Robotics, Artificial Intelligence (AI), Web Development, Cloud Computing, Embedded Systems, Computer Vision, and more.

In today’s fast-evolving, AI-driven world, understanding and applying technological concepts is no longer optional—it’s essential for future career success. The job market is gradually shifting towards a “Builder’s Market,” where companies and colleges prioritize individuals with hands-on experience over those with just strong academic grades. Our program provides students with end-to-end exposure to the full spectrum of technology, from foundational concepts like Basic Electronics and creating circuits with Arduino, to building advanced Robotics and AI applications like autonomous vehicles, and developing IoT web applications.

We actively encourage and support our students in participating in prestigious competitions, fostering their creativity and problem-solving skills. Beyond technical knowledge, this program introduces students to various engineering disciplines—mechanical, electrical, computer, and software engineering—helping them discover their passions and make informed decisions about their future college majors.

AI is here to stay, but meaningful innovation will always rely on human creativity, judgment, and solid fundamentals—and that’s exactly what this program is designed to cultivate.

Program Outcomes

High School Success Focus: Strong Foundations for AP Success

Our goal is to help students excel in AP Computer Science A and AP Computer Science Principles by mastering the fundamentals early.

  • Students gain confidence in syntax, problem-solving, and debugging long before they enter an AP classroom.
  • This head start provides the clarity, confidence, and skillset needed to stand out in any tech-driven academic path.
  • We systematically tech Java, Python, C++ and core computer science principles.

College Readiness & Competitive Programming

With AI tools becoming widely accessible, many students skip essential building blocks like programming constructs, data structures, and algorithms—the true pillars of top-tier CS, data science, and engineering careers.

To help students develop these deep technical skills, we actively train them for competitive events such as:

  • MIT Zero Robotics Challenge
  • ACSL (American Computer Science League): Strengthens logic and core CS concepts.
  • USACO Bronze/Silver and similar contests: Builds algorithmic thinking and competitive programming expertise.
  • NASA Space Apps Challenge

These competitions enhance students’ problem-solving capabilities while helping them stand out on college applications.

Career Skills & Passion Development: True Learning Happens Through Doing

Our program emphasizes hands-on, complex projects that push students to explore, debug, and innovate. Students will engage in diverse domains, including:

  • Electronics and hardware integration
  • Computer vision and AI/ML applications
  • 3D printing
  • Networking, Cloud computing and Cybersecurity
  • Robotics
  • Linux Programming
  • Full Stack applications
  • Entrepreneurship and product design

By the end of the Tech Immersion Program, students will:

  • Learn Engineering Fundamentals: Gain a strong foundation in engineering principles and practices across mechanical, electrical, computer, and software engineering disciplines.
  • Build Functional Projects: Design, build, and program robots and applications capable of performing real-world tasks.
  • Develop Essential Skills: Strengthen problem-solving, critical thinking, creativity, and teamwork abilities.
  • Comprehensive Projects: Create projects that showcase their creativity, technical expertise, and ability to integrate multiple technologies.
  • Be Inspired for the Future: Explore potential career paths in different engineering and technology fields.
  • Enhance College & Career Readiness: Build a standout profile that appeals to colleges and employers by demonstrating technical expertise, leadership skills, and a passion for innovation.

Program Highlights: What You'll Learn

Computer Engineering

  • Computer Architecture: Dive into the inner workings of computer systems.
  • Operating Systems Basics: Learn the fundamentals of operating systems.
  • Computer Networks: Explore the basics of networking and communication protocols.
  • Embedded Systems Exposure: Gain insights into how embedded systems interact with hardware.
  • Linux Fundamentals: Develop foundational Linux skills for engineering applications.
  • Data Structures & Algorithms: Get a taste of problem-solving techniques using data structures and algorithms.
  • Cybersecurity Principles: Understand key concepts in securing systems and data.
  • Cloud Technologies: Learn the basics of cloud computing and its applications in modern engineering.

Electrical Engineering

  • Science: Physics behind electrical components.
  • Circuit Design: Learn the basics of electrical circuits, including components like resistors, capacitors, and transistors.
  • Microcontrollers: Explore microcontrollers (e.g., Arduino) and their role in controlling robotic systems

Robotics Engineering

  • Introduction to Robotics: Discover the fundamentals of robotics applications, and future trends.
  • Building Robotics Applications: Hands-on experience in creating projects like a Robot Car.
  • Introduction to ROS (Robotics Operating System): Learn how ROS is used in advanced robotic systems.
  • Sensors and Actuators: Understand and integrate sensors (e.g., ultrasonic, infrared) and actuators (e.g., motors, servos) into robotic projects.
  • Robot Control: Write code to control robot movements and behaviors.
  • Advanced Algorithms: Get introduced to advanced robotics concepts such as pathfinding, machine learning, and computer vision.

Mechanical Engineering

  • Robot Construction: Hands-on experience designing and building robot chassis and mechanisms.
  • Engineering Principles: Apply mechanical principles like torque, gear ratios, and structural integrity to robotics projects.

Software Engineering

  • Programming Skills: Learn Python and JavaScript with frameworks like Django for web development.
  • Database Concepts: Understand database design and management principles.
  • IoT Applications: Build a complete IoT application using Python and cloud technologies.
  • API Integration: Develop skills to leverage APIs in your projects for enhanced functionality.

AI Engineering

  • Computer Vision: Explore how machines interpret visual data from the world around them.
  • Generative AI: Get introduced to Gen AI applications like AI agents.
  • Machine Learning Applications: Build simple machine learning models to solve real-world problems.

Program Format

Our year-round program runs with a blended, consistent structure designed for both depth and flexibility:

  • Once a week (in-person or online): Robotics, AI applications and hardware/software integration projects.
  • Once a week (online): AP CS prep, ACSL/USACO, and competitive programming practice.

Current Open Slots:

  • Tuesday – 7:00 PM PST
  • Wednesday – 6:30 PM PST
  • Sunday – 10:00 AM PST

Weekly Competitive Programming Session:

Weekly Competitive Programming Session:

  • Saturday – 9:00 AM PST

(Online-only options are available for families outside our area. For details, text or call 303-588-9965.)

Hands-On Learning and Project-Based Learning

  • Hands-On Projects: Students will work on various computer engineering projects throughout the program, applying the concepts they’ve learned to build functional robots and software applications.
  • Team Collaboration: Collaborate with peers on group projects to foster teamwork, communication, and problem-solving skills.
  • Competitions: Participate in friendly challenges and competitions to test your robots’ capabilities in real-world scenarios.
  • Project Development: Continuously engage in designing and building comprehensive robotics projects that integrate all aspects of what they’ve learned across disciplines.
  • Presentation Skills: Students will present their Capstone projects to peers, instructors, and parents—demonstrating their robots’ functionality while explaining their design process.

Interactive Learning

  • Weekly Sessions: Engage in intensive weekly sessions that combine theoretical instruction with practical, hands-on activities.
  • Expert Instructors: Learn from experienced robotics professionals and Silicon Valley veterans who provide personalized mentorship throughout the program.
  • Resources & Support: Gain access to a wealth of resources, including toolkits, software platforms, reference materials, and ongoing support.

Course content

AASQUARE focuses on teaching creative, analytical, and critical thinking skills through advanced mathematics beyond the standard curriculum.

 AASQUARE prepares students for prestigious math competitions including Noetic, Math Kangaroo, Math Counts, and the American Mathematics Competitions (AMC) Series.

 AASQUARE blends the best practices of Eastern European Math Circles with US mathematical traditions to enhance problem-solving abilities.

Activities include mathematical communication, reasoning development, collaborative brainstorming, creative puzzle solving, logical and analytical thinking, and modeling and visualization exercises.

 Students benefit from weekly homework assignments and proctored exams conducted through the Learning Management System (LMS), ensuring comprehensive skill development and assessment.

Building Future Innovators through Robotics

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