.png)
Sprout Lab
Learn.Build.Impact
Build in 5 Hours: Project-Based Learning
Fundamentals on Electronics, Sensors, Motors, Coding, CAD, 3D Printing,
Strong foundation for STEM
Kits delivered to home
Structured Classes with
Hands-on Projects
Boosts confidence to build passion projects
Our Curriculum Structure
We guide you from key concepts to essential skills for your passion projects. Our hands-on curriculum revolves around final projects, ensuring practical experience at every step
Beginner
Intermediate
AdVanced
Build an obstacle navigating robot
Build a coin sorting robot
Build simple robot of your choice
Learn the fundamentals by building simple circuits, designing shapes, and coding
Gain Experience with Micro Controllers and Sensors by building cool projects
Pave your own path forward by picking complex topics that interest you
Beginner Level
Build your first motion detecting robot
In Total of 5 Hrs, $20/Hr, Kit to be bought seperately
No prior experience needed!
Students will learn:
-
Basic Building Skills
-
What common maker tools do (3D printers, CNCs, voltmeters)
-
Simple electronics (LEDs, breadboards, DC motors)
-
Basics of programming for robotics (Python, Java, C++)
-
Circuit design using Tinkercad
Homework will be assigned throughout the week!
%20(1).jpg)
01
Robot Assembly
-
Basic Tools
-
Basic Parts
-
Building Car
02
Wiring
-
Communication Protocols
-
Computer Aided Wiring Diagrams
-
Wire Types
03
Motor Control
-
Motor Drivers
-
Methods
-
Aurdino IDe
04
Rotating Sonar
-
Servo Control
-
UltraSonic Sensor
-
Serial Communication
05
Motion Detection Robot
-
Sensor Fusion
-
Control Systems
Intermediate Level
Build your first coin sorting robot
In Total of 5Hrs, $20/Hr, Kit to be bought sepeately
Beginer Experince Needed!
Students will learn:
-
Raspi operating system
-
Computer Vision
-
Advanced Hardware (Stepper + Camera)
-
Basic Control Theory
-
Computer Aided Design
01
Assembly
-
Raspi Setup
-
Hardware Overview
02
Wiring
-
GPIO introduction
-
Stepper Motor Driver
03
Methods
-
Python
-
Control Systems
04
Vision
-
Color Detection
-
Bounding Boxes
-
Circular Contours
05
Putting it together
-
Sensor Fusion
Advanced Level
Learn Advanced Concepts to build your own Robot
In Total of 5Hrs, $25/Hr.
Intermediate Experince Needed!
-
Students with strong STEM backgrounds will have the opportunity to further develop and challenge their skills in these advanced classes
01
Computer Aided Design I
-
CAD Software
-
2D & 3D models
02
Computer Aided Design II
-
Complex Sketches
-
Link to 3D Printing
-
Link to CNC
03
introduction to Control Theory
-
Design Controller
-
For Single DC Motor
04
Core programming concepts
-
Robot hardware control
-
Gamepad inputs
05
Core programming concepts
-
Autonomous routines
-
Using libraries & SDK
Capstone Project Guidance
$25/Hr.
Bring Your Ideas to Life
Are you working on a robotics passion project or a capstone idea but don’t know where to start? We’re here to guide you. Our mentors provide one-on-one support to help you refine your ideas, build your project step by step, and gain the skills to succeed.
How We Will Help
-
Project Guidance: Help with planning, design, CADing, 3D Printing, coding and building
-
Skill Growth: Learn by working directly on your project
-
Mentorship: Support matched to your level and goals
-
Presentation: Tips for reports, demos, and showcasing
Loading days...
30 min
Few Snapshots from our Sessions
To give personal attention and keep up with the pace, we only take five kids per mentor. We use online tools to teach the basics while helping your child build the skills they need to create their own robots after the courses. Come join us and let’s spark some creativity together!
We have extensive hands-on experience with Competitive Robotics & Passion projects
Aditya M
Princeton University research Student,
First Tech Challenge(FTC) Robotics team Captain, Programming Lead
Karthik C
3 time World Robotics Champion,
FTC Team Mechanical Lead,
Teens make awesome mentors than adults
Studies show that children connect more openly and engagingly with teens, who serve as relatable role models.
This unique dynamic not only inspires young learners but also enhances their robotics experience, making it fresh, fun, and truly engaging
Sunny M
TSA drone challenge Lead,
E-nable Prosthetics Lead
FTC Team Mechanical Lead,
Manas D
President,
Young Entreprenuers Club
Innovation for Impact and for Fun
Our portfolio is a representation of the projects and activities that embody our mission: applying robotics and technology for a positive difference. Whether it is a passion project, such as personalized robotic vehicles, or a humanitarian pursuit inspired by groups like e-NABLE, every project exemplifies creativity, teamwork, and problem-solving in the real world. Here we feature what we have achieved to date and provide an insight into the groundbreaking work that our members are eager to take on next.
RC Plane
This was one of the first projects our team ever built. Using real motors, servos, and other electronics, we designed and assembled a fully functional and reliable RC plane. It laid the foundation for many of our future creations — and proved that with the right skill set and determination, we could create anythining.
Remote controlled Car
Before the club’s official launch, one of our members independently designed and built a custom, fully 3D-printed remote control car. The project demonstrated not only advanced CAD and fabrication skills but also attention to performance and control, resulting in a vehicle capable of reaching high speeds while maintaining precise maneuverability.
T-Shirt Folder
This project was designed to help inspire STEM in the community. This project was displayed at a Huge Science fair event with numerous amounts of kids, and helped create huge amounts of interest in STEM
Drone
Our members have hands-on experience with drones and developing custom attachments to extend their functionality. We aim to leverage these skills for future projects that combine robotics with real-world problem-solving.
Lemonade Stand
One of our members organized a lemonade stand as a creative way to raise awareness for robotics in our community. This simple yet impactful initiative helped spark conversations about technology, engineering, and how robotics can make a difference in everyday life.
e-nable Prosthetics
Prior to initiating the club, a few of our members had created a number of 3D-printed prosthetic arms based on e-NABLE's designs,that were delivered to the disabled in Uganda, Bangladesh and Pakistan
Nighttime Calming Device
This custom-built solution was designed for an individual with autism who experienced high nighttime activity, disrupting rest. The system used a heat sensor to detect movement after a certain time and then played calming lullabies to promote relaxation. Programmed using Arduino, this device highlights how thoughtful engineering can make a positive difference in everyday life
Sensory table
Our team members designed and built a custom sensory table using Computer Aid Design(CAD) and 3D Printing.The table was created to support children with sensory processing needs and featured a range of tactile and visual elements to encourage interactive exploration. This project highlighted both thoughtful design and hands-on construction, resulting in a meaningful contribution to an inclusive learning environment.
e-nable Prosthetics
Prior to initiating the club, a few of our members had created a number of 3D-printed prosthetic arms based on e-NABLE's designs,that were delivered to the disabled in Uganda, Bangladesh and Pakistan
Sensory table
Our team members designed and built a custom sensory table as part of an Eagle Scout project using Computer Aid Design(CAD) and 3D Printing.The table was created to support children with sensory processing needs and featured a range of tactile and visual elements to encourage interactive exploration. This project highlighted both thoughtful design and hands-on construction, resulting in a meaningful contribution to an inclusive learning environment.
Assistive Robot
One of our current projects is an assistive robot designed to help a paraplegic individual put on their prosthetic legs more easily by himself. By reducing the physical strain of this daily task, the robot aims to support greater independence. We’ve been working closely with the individual to ensure the design is safe, effective, and tailored to their needs—reflecting our team’s commitment to creating robotics with real-world impact.
FIRST Tech Challenge
In addition to our personal projects and community-focused robots, our team also competes in the FIRST Tech Challenge. 2023 marked the first year of competition for most of our members, and although we began with limited experience, we’ve grown tremendously since then. Through hands-on learning, collaboration, and dedication, we’ve steadily improved our technical skills and expanded our team. While you won’t be building these exact robots as part of our club, the examples below showcase what we’ve created over time and how far we’ve come.
2022-23 FTC Robot
Our FTC journey began with the Power Play season. At the time, our club members were just joining an existing team, and we relied heavily on commercial parts due to our limited experience. While the robot was simple, the season gave us a solid foundation in competition strategy, build techniques, and teamwork. It was an invaluable learning experience that set the stage for future growth.
2023-24 FTC Robot
For the Centerstage season, we built our first fully custom robot. Although the season didn’t go as well as we hoped, it was a major turning point for our team. We experimented with new designs and mechanisms and learned many hard lessons about iteration, reliability, and testing. Despite the challenges, the season pushed our technical skills forward and helped shape our team identity.
2024-25 FTC Robot
During the Into the Deep season, our team made a huge leap in capability. We designed and built two custom robots, both significantly more functional and refined than in previous years. With improved planning, collaboration, and execution, we qualified for the state championship with confidence. This season proved how far we’ve come—and we’re setting our sights even higher for the upcoming season.
Our Mission
Sprout Lab, is a student-led initiative for building assistive robots for the disabled.
Our online robotics classes serve as a vital way to fund these meaningful projects. Every class we teach, every project our students embark on, and every dollar we raise is directed towards our greater mission: to and deliver robotics solutions that genuinely improve daily life for those in need.
We warmly invite our students once they gain their skills, to join us in creating a lasting impact together.