Aerospace engineering for young people: how to start before university
In the first week of the programme in Rome, a 16-year-old student spends three hours in a real laboratory modelling rocket trajectories in OpenRocket. In the second week, they launch the prototype they helped build in an open field in Rovigo. When they return home, they have on their CV a certificate from the School of Aerospace Engineering at Sapienza Università di Roma.
This kind of experience does not happen by chance. It is the result of planning made before university, typically between the ages of 15 and 18, when the student still has room to explore the field without the pressure of an entrance exam or a definitive specialisation. In our curation, more and more families understand that the path to aerospace engineering begins well before the first university semester.
What is aerospace engineering and why does starting early make a difference?
Aerospace engineering is the discipline that covers the design, development and testing of aircraft, rockets, satellites and space systems. It is one of the fastest-growing technological fields in the world.
Starting before university solves a concrete problem. Most university aerospace engineering programmes are highly competitive and select students who have already demonstrated a proven technical interest, not just high grades.
- Curriculum differentiator: an international certificate from an institution with a recognised research track record makes a real difference in an application.
- Early practical foundation: someone who has worked with embedded systems using Arduino and simulated flight dynamics arrives at their first university year with a concrete advantage over their peers.
- Vocational clarity: exploring the field in depth before the age of 18 helps confirm the direction before committing to a four-year degree in a specific subject.
How does an aerospace engineering programme for teenagers work?
The aerospace engineering exchange aimed at young people aged 15 to 18 is structured as an intensive residential summer camp, with real academic content and a practical project with a tangible physical outcome.
In the programme in Rome, hosted in the laboratories of the School of Aerospace Engineering at Sapienza Università di Roma, founded in 1926, the structure is divided into three sequential modules:
- Rocket engineering and propulsion: fundamentals of how rockets work, propulsion principles and launch system design.
- Space mission simulation and embedded systems: use of OpenRocket to model trajectories and development of systems with Arduino to control rocket electronics and collect flight data.
- Prototype development and launch: construction of the real rocket by the participants themselves, culminating in the launch at Rovigo.
The academic workload is 30 hours of classes and laboratories spread over two weeks. The daily schedule combines two morning classes with laboratory activities in the afternoon.
Midway through the programme, there is a full day dedicated to excursions, including a visit to a partner aerospace company.
What does the student learn that they do not learn at school?
The central difference lies in application under uncertainty. In regular lessons, problems have known answers. In an engineering laboratory, the prototype may not behave as expected.
The team needs to diagnose, adjust and retest. That iteration cycle is the core of professional engineering.
The Rome programme as a real laboratory
The aerospace engineering summer camp in Rome is one of the few pre-university experiences that delivers this in a structured way, with certification from an institution with a hundred years of research history.
Three skills the student develops that do not exist in conventional secondary education:
- Technical English: the programme is delivered entirely in English (B1+), preparing the student to discuss propulsion and present simulation results.
- Embedded systems with Arduino: control of rocket electronics and collection of flight data in practice.
- Multidisciplinary work in an international team: collaboration with peers from different countries on a project with a deadline and a concrete outcome.
The accommodation and routine in Rome includes a university residence in the city centre, individual rooms with private bathrooms and access to study spaces.
Why are Rome and Sapienza the right environment?
The choice of environment matters as much as the curriculum. Sapienza Università di Roma is one of the largest and oldest universities in Europe.
Its School of Aerospace Engineering, founded in 1926, has trained generations of engineers who now work at the ASI (Italian Space Agency) and ESA (European Space Agency).
- Active research laboratories: programme students occupy the same spaces where researchers develop real projects.
- Visit to a partner aerospace company: direct contact with the sector, integrated into the excursion curriculum.
- Centenary certification: Sapienza issues a certificate with the weight of 100 years of history in aerospace engineering.
Access to real infrastructure and the visit to a real aerospace company are experiences that no online course can provide.
Excursions to the Colosseum, the Pantheon and the Trevi Fountain are part of the programme.
What is the profile of the student who gets the most from this programme?
No prior knowledge of programming or advanced physics is required. The requirement is B1+ English and a genuine interest in technology, space or engineering.
The programme is most productive for students with one of these profiles:
- They have an affinity for mathematics or the exact sciences and want to confirm whether engineering is the right direction.
- They are in the final years of secondary school and are thinking of applying to international universities with an engineering focus.
- They are looking to build a CV that stands out from other candidates before the university selection process.
What the programme delivers for the selection process
The career in aerospace engineering demands early what the programme delivers: methodological rigour and exposure to real problems.
Someone who starts at 15 or 16 arrives at the university selection process with a concrete story to tell.
The vocational exchange with a career focus for young people at Be Easy includes the aerospace engineering programme in Rome within a curation of 16 career areas.
Does the Sapienza certificate carry real weight in a university application?
Yes. The Sapienza certificate on the CV before the age of 18 is a concrete signal for admissions officers, especially at European and North American universities.
What matters is not just the name of the institution, but what the certificate represents. The student sought real technical exposure before their entrance exam and demonstrated career interest with practical evidence.
Engineering universities that receive hundreds of candidates with similar grades use this kind of differentiator to separate candidates in the selection process.
- Formal documentation: certificate issued by the School of Aerospace Engineering at Sapienza, founded in 1926.
- Practical evidence: 30 hours of technical laboratory completed, with a real project and rocket launch.
- International standing: recognised by admissions officers in the European and North American system as a proven extracurricular initiative.
The aerospace engineering exchange for young people aged 15 to 18 delivers exactly that differentiator, with formal documentation issued by Sapienza.
The aerospace exchange brings together the programmes available for young people who want to begin this path before university.
Frequently asked questions about aerospace engineering for young people
Does the student need to know how to code to join the programme in Rome?
No. The programme teaches Arduino within its own curricular structure, from scratch. The only technical requirement is B1+ English. Curiosity and the willingness to learn are more important than prior knowledge of code.
What is the difference between the residential and day formats?
In the residential format, the student lives in the university residence in the centre of Rome, with meals included, 24-hour supervision and group activities in the evening. The day format covers classes and laboratories without accommodation. For international young people travelling without their families, the residential format is the most recommended.
Is the programme delivered in English or Italian?
Entirely in English, with a minimum required level of B1+. Aerospace engineering is a global field, and working with technical vocabulary in English from an early age prepares the student for international university courses and careers.
How does the programme connect to a future university application?
The certificate from the School of Aerospace Engineering at Sapienza documents the completion of 30 hours of technical laboratory over two weeks, including a real rocket project and a field launch. This strengthens the application file at universities that assess extracurricular initiatives, especially in the European and North American system, where a track record of practical interest counts as much as academic grades.
Can a 15-year-old student follow the technical content?
Yes. The curriculum was designed for students aged 15 to 18 with no prior technical background. The first sessions build the theoretical foundation before entering the laboratories. The progression is gradual and teams are mixed in terms of experience.
Be Easy: boutique exchange consultancy
Be Easy supports families who want to give their child a real advantage before university. If your child has an interest in aerospace engineering or in any other area of the exact sciences, we have the right curation to help them build that path in the right environment, with high-level institutional partners and full support from planning through to arrival in Rome. To understand the available options and speak with a dedicated senior consultant, get in touch with us.
