This programme is for those who dream beyond the stars. Focused on the science and technology behind flight and space travel, students explore topics such as propulsion, orbital mechanics, satellite design, and aerodynamics. Guided by experts in the field, they tackle design challenges, simulations, and case studies inspired by current space missions.
From conceptualising a Mars habitat to analysing rocket flight paths, students gain both technical insight and visionary thinking. Whether their future lies in aerospace, physics, or engineering, they leave equipped with the foundational knowledge and ambition to help shape the next chapter of space exploration.
Engage in dynamic, small-group discussions that challenge your thinking and refine your voice.
Dive into immersive, hands-on sessions where ideas come to life through collaboration and experimentation.
Visit world-class institutions and cultural landmarks that bring your learning journey into vivid context.
Hear directly from acclaimed experts and industry leaders who are shaping the future of their fields.
Gain foundational knowledge from passionate academics and thought leaders at the forefront of their disciplines.
Celebrate your achievements by earning a Qualification to use on your CV and University application.
Students gain foundational knowledge in aerodynamics, propulsion, orbital mechanics, and spacecraft design, equipping them for a future in flight and beyond.
From space mission simulations to aeronautical prototypes, students engage with the kinds of challenges faced by NASA, SpaceX, and leading aerospace firms.
Students tackle real-world aerospace challenges, designing systems, solving mechanical puzzles, and experimenting with propulsion and flight.
Students explore cutting-edge advancements in aerospace while sharpening the mathematical, technical, and collaborative skills needed to innovate in high-stakes environments
Students graduate with a Qualification that reflects their entrepreneurial spirit, strategic mindset, and leadership potential, usable on their CVs and University Applications.
Each summer, exceptional young minds from over 170 countries come together at Quintus Scholars to connect, collaborate, and grow. This truly global community brings a richness of perspective that transforms the experience into something far greater than just academics, it becomes a launchpad for lifelong ambition, friendship, and inspiration.
Every single day felt special. There wasn’t a dull moment, one day we were dissecting real business cases, the next we were exploring a historic museum, and by evening, dining in the grandest halls I’ve ever seen.
I didn’t expect to love learning this much. I came for the experience, but left completely inspired. The tutors made every session exciting, and I found myself actually looking forward to the next seminar.
We were from everywhere, but felt like one group. I met people from four continents in my first week. We had different backgrounds but the same drive , learning together, debating over dinner, and laughing until late
There’s something powerful about being in those buildings. It’s not just about prestige, it makes you feel like you belong to something bigger. I still can’t believe I studied where Nobel winners once walked.
I used to sit at the back and stay quiet. At Quintus, I started asking questions, sharing ideas, even presenting to a room full of students. It changed me. If I were to sum the experience up, I'd say I found my voice here.
Our courses are available for students aged 13-18 years old. Students must have a firm grasp of the English Language with B2 or higher.
Our programmes run for 14 transformative days. This allows adequate time for students to explore, develop and gain in-depth insights. At the end of the experience you will have the necessary skills to be able to shape the future.
Enrolling in our programme is simple:
To request a change, contact our Admissions Team as soon as possible.
Changes made less than 60 days before the programme start date may be harder to accommodate. Changes are subject to avialability
