OUR CURRICULUM

Structured Learning. Real-World Impact.

Our project-based curriculum blends engineering, coding, and innovation to build skills that empower students to create, problem-solve, and shape the future.

Hands-On Projects
Hands-On
Projects
Practical Coding
Practical
Coding
Teamwork and Problem Solving

Problem Solving
Career Readiness
Career
Readiness
Engineering and Robotics

Explore Our System

Most Programs are broken down to 3 Classes, each with a specific focus and skill level

Class 1

Class 1: Foundations in Engineering & Coding

4th – 5th Graders

An engaging introduction to engineering, physics, electricity, coding, and simple machines. Students build hands-on projects that make learning fun and meaningful.

7 Sessions
Hands-On Focus
1

Intro to Engineering & Physics Basics

Explore engineering and basic physics concepts.

2

Understanding Electricity

Learn electricity and build simple circuits.

3

Exploring Electronic Components

Discover resistors, capacitors, and switches.

4

Building Light Circuits

Create series and parallel circuits that work.

5

Intro to Basic Coding Concepts

Learn block-based coding and logic basics.

6

Creating a Simple Machine

Build simple machines and explore motion and energy.

7

Engineering Challenge & Showcase

Design, build, and present your final project.

Program Dates

June 2 – June 18
(Mon – Thurs)

Total Sessions: 7
Session Time

8:00 AM – 12:30 PM

Each session runs
for 4.5 hours
Location

Raindrop Turkish House
Houston, TX

What Students Gain

• Hands-on experience
• Completed projects
• Certificate of Completion

Class 2

Class 2: Arduino & Smart Systems

6th – 7th Graders

Students move beyond basic circuits into Arduino, sensors, programming, and smart systems. The program focuses on building interactive electronic projects.

7 Sessions
Practical Coding
1

Arduino & Microcontroller Basics

Learn how Arduino boards work and build a first circuit.

2

Digital Inputs & Outputs

Control LEDs, buttons, switches, and digital outputs.

3

Sensors & Electronic Components

Read sensors and connect real-world electronic components.

4

Arduino Programming

Write code using variables, conditions, and loops.

5

Motors & Smart Motion

Control motors and create programmable moving systems.

6

Building a Smart System

Combine sensors, code, and outputs into one system.

7

Smart Systems Challenge

Design, build, test, and present a complete project.

Program Dates

June 2 – June 18
(Mon – Thurs)

Total Sessions: 7
Session Time

8:00 AM – 12:30 PM

Each session runs
for 4.5 hours
Location

Raindrop Turkish House
Houston, TX

What Students Gain

• Arduino experience
• Sensor & coding skills
• Completed smart system

Class 3

Class 3: Arduino, ESP32 & IoT Engineering

8th – 11th Graders

An advanced engineering experience focused on ESP32 development, sensors, wireless communication, IoT systems, and real-world engineering challenges.

7 Sessions
IoT Engineering
1

ESP32 & Advanced Microcontrollers

Explore the ESP32 platform and advanced microcontrollers.

2

Advanced Sensors & Data

Collect sensor data and understand real-world inputs.

3

Electronics & System Design

Design reliable circuits for connected systems.

4

Programming Connected Devices

Build software that controls connected hardware.

5

Wireless Communication & IoT

Connect devices and exchange information wirelessly.

6

Building an IoT System

Combine hardware, code, sensors, and connectivity.

7

Engineering Capstone Challenge

Build, test, improve, and present a complete IoT project.

Program Dates

June 2 – June 18
(Mon – Thurs)

Total Sessions: 7
Session Time

8:00 AM – 12:30 PM

Each session runs
for 4.5 hours
Location

Raindrop Turkish House
Houston, TX

What Students Gain

• ESP32 experience
• IoT development skills
• Engineering capstone

FPV Drone Camp

FPV Drone Camp: Drone Engineering

3-Day Intensive

A focused hands-on experience introducing students to FPV drone systems, flight electronics, propulsion, control systems, and drone engineering.

3 Sessions
Hands-On Focus
1

FPV Drone Fundamentals

Learn drone components, flight systems, and FPV basics.

2

Drone Electronics & Flight Systems

Explore motors, electronics, power systems, and controllers.

3

Build, Test & Flight Challenge

Assemble, test, troubleshoot, and complete a drone challenge.

Program Length

3-Day Intensive

Hands-on drone engineering
Session Time

Full-Day Experience

Engineering & flight activities
Location

Raindrop Turkish House
Houston, TX

What Students Gain

• FPV fundamentals
• Drone engineering experience
• Hands-on flight challenge

Ready to Build What's Next?

Our next Spark Labs engineering program is coming soon!

Explore upcoming programs, dates, curriculum, and registration details.

View Upcoming Program →
New Projects Build more advanced systems
More Technology IoT, robotics, and beyond
Greater Impact Solve real-world problems