Applications are closing soon for January 2025! Apply now here. 🌎
Applications are closing soon for January 2025! Apply now here. 🌎
Each term, our learners embark on a Challenge which ultimately becomes
personalized to them.
Imagine learning Math by designing space habitats, learning Biology through nature-inspired design,
or developing artistic skills by exploring activism through art.
What sets humans apart from animals and machines? Journeying through human evolution, we'll discover our distinctions and similarities.
How will democracy adapt in the digital age? We will explore the internet's future, media history, surveillance, privacy, and global politics.
How do our minds, brains, and consciousness work? We will explore human behavior by merging insights from psychology, neuroscience, and philosophy.
Can activism through media bring about social change? We’ll uncover exactly what media activism means and explore its historical significance.
How can we design habitable environments for humans in space? We'll explore resource interdependence, space's effect on health, and habitat design.
Is there enough food, water, and energy for 10 Billion people? We will explore the interconnections of these resources, their tensions, and distribution.
How might we contribute to global peace? We will examine factors behind international and interpersonal conflicts, and ways to address them non-violently.
How can we create an exciting future for humanity, that is aligned with the sustainable development goals and the flourishing of both people and the planet?
In addition to termly challenges, learners develop their knowledge, skills and mindsets
by embarking on skill units.
These are project-based and self-paced learning experiences that allow learners to deepen their knowledge and skills. Below are just a few examples of hundreds of units available to our learners.
How can chemistry pave the way for a sustainable future? From green synthesis to sustainable materials, we'll learn how modern chemistry aligns with environmental goals.
What truly defines beauty? We'll embark on a journey to decipher the essence of beauty, navigating its cultural, historical, and subjective nuances.
Do we learn from history or are we bound to repeat it? We will examine humanity's track record and dissect history using diverse perspectives.
How can nature inspire innovative solutions? Learn biomimicry and how nature inspires innovation through case studies and practical applications.
How can data literacy drive sustainability? By learning to collect, cleanse, analyze, and visualize datasets, we’ll grasp the pivotal role of data in SDGs.
How can you sharpen your decision-making? We'll focus on assessing arguments, recognizing biases, skepticism, and discerning logical fallacies.
How can computational thinking help us solve problems? We'll apply decomposition, pattern recognition, abstraction, and algorithms to do so.
How do organisms adapt in ever-changing environments? This journey covers biological systems, from cells and DNA to reproduction.
How does geometry influence design? We'll delve into core geometric concepts shaping design aesthetics.
How can we harness biochemistry to address challenges and create sustainable technologies? We’ll deepen our understanding of biochemical concepts, applying them creatively to everyday life.
What is the science and philosophy of happiness? We’ll uncover effective strategies for enhancing our own happiness and fostering a more joyful world.
What is the history of money? We’ll delve into barter systems, the introduction of coins and paper money, the gold standard, fiat currencies, to the causes and consequences of inflation crises.
What are the scientific foundations of psychology? We’ll explore research methods, and ethical considerations through applying them to real-world scenarios.
In this unit, you’ll learn essential mathematical concepts such as vectors and matrices, their sums and product, and their relationships to linear equations.
This unit explores the intersection of party politics and environmental issues. We’ll examine how political decisions influence environmental policies and climate action.
Let’s investigate the full life cycle of deploying an environmental remote sensor! We’ll apply concepts such as electromagnetic fields to propose a plan worthy of funding.
In this unit, we’ll learn how to take an idea and turn it into a successful product or business. By the end of the unit, you’ll have a complete plan for your own product or business idea.
Machine Learning and AI are some of the most exciting modern technologies. Budding Machine Learning Engineers will explore data literacy, programing, mathematics, statistics, and visualization.
Master the curriculum and progress based on ability, not age.
Our learning outcomes align with the needs of the workforce.
Projects, case studies, interviews, presentations and much more.
Assessing skill attainment in a variety of meaningful ways.
Our mentors are recruited for the depth and breadth of their real-world industry experience and the gift of guiding others.
Every term ends with a micro-internship, where our learners apply their learning to a genuine challenge faced by an organization.
Every week, learners participate in workshops to aid their career and university preparation.
Our mentors are recruited for the depth and breadth of their real-world industry experience and the gift of guiding others.
Every term ends with a micro-internship, where our learners apply their learning to a genuine challenge faced by an organization.
Every week, learners participate in workshops to aid their career and university preparation.
