Lets empower our youths to shape the future at SA's top robotics training institute. Join our vibrant community of 400+ youths who are mastering robotics and redefining tomorrow's world.
Welcome to AlgoAtWork Robotics Academy, where youth's boundless potential meets cutting-edge technology. Our immersive, year-long programmes in KwaZulu-Natal, Gauteng & Limpopo offer hands-on Java, C/C++ coding, and Arduino training. Here, youth's creativity meets problem-solving, fostering a spirit of entrepreneurship and paving the way towards countless opportunities. At AlgoAtWork, we're not just teaching - we're inspiring future technology leaders.
Robotics & AI Fundamentals
Introduction into the world of Software Engineering and Mechatronics!
Fuel the future with AlgoAtWork's transformative 10-month journey into Mechanical, Electronics, and Software Engineering. Youths will master Java and C/C++, key tools for tomorrow's technology. We offer continuous weekly classes and provide state-of-the-art facilities through our partnership with Regent Business School's iLeadLAB, ensuring an uninterrupted focus on learning and hacking. Upon registration, each junior engineer receives a comprehensive Arduino Starter Kit for immediate hands-on experience.
ONBOARDING PROCESS
FILL OUT THE FORM
Explore the Academy by clicking on "Register" and express interest in setting up a Robotics Club for youths in your designated area or our facilities in KZN, GP & Limpopo. After registration, they will gain access to a wealth of resources including an overview of our curriculum, faculty information, class schedules, and more.
SECURE YOUR SPACE
We create your account where you will be able to make secure payments for registration of the youths. Please note we have limited spaces per group per session (20-25) and to ensure maximum individual coaching and attention to our hardworking trainees.
READY, SET, EXPLORE!
Let the fun begin. Youths are ready to start their journey and receive the Arduino Robotics starter kit, which includes electronic components they will use at the academy and is part of the onboarding process. . Laptop is available at the Academy for the trainees to use throughout the year.
Project-based, Arduino-powered curriculum
Our program is designed to provide trainees with four years of learning and development. Each year is divided into ten months, allowing plenty of time to explore and grow their skillset. The other three years are optional if you wish to extend the duration or focus on specific areas within robotics
YEAR 1: INTRO TO ROBOTICS FUNDAMENTALS
Juniors are introduced to fundamentals of Software, Electronics and Mechanical Engineering. They also develop the first version of their Arduino prototype
YEAR 2: INTRO TO ENTREPRENEURSHIP
As juniors continue developing their prototypes, they are introduced to networking/growth opportunities through industry seminars and Hackathons
YEAR 3: BUSINESS DEVELOPMENT
They start raising funds through seeking donations / investments into their early stage products. Product development is at its peak.
YEAR 4: STARTUP ACCELERATOR PROGRAMME
Juniors who managed to raise funds and gain traction continue to join this special mentorship programme (AlgoAtWork MAFIA) that will take their product to market. No fees required at this stage
Our vision at AlgoAtWork Robotics Academy is to shape the future of tech entrepreneurship, fostering accessible and affordable high-quality education. We aim to be the vanguard in cultivating the next generation of robotics and AI innovators, turning youthful curiosity into expert mastery.
Introducing AlgoAtWork MAFIA
Meet the #AlgoAtWorkMafia, a team of young tech prodigies turning dreams into reality. These incredible minds from KwaZulu-Natal, namely Guiliana Wright (12), Alex Dodd (15), Jivesh Ramnath (16), and Adelaide Hendrickse (15), are pushing the boundaries of robotics and technology since joining The Academy in 2019/2020. This formidable team from KwaZulu-Natal, South Africa, combines youthful exuberance with cutting-edge skills to develop innovative solutions to pressing societal and industrial challenges.