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After his stellar achievement of being chosen to represent the UK in a space competition hosted by NASA, Year 13’s Vinujan Sivakumar is now helping younger Elizabethans hoping to follow in his footsteps.

QE’s entrants in the UK Space Development Competition were part of the mock ‘company’ crowned as national champions in the UK finals held at Imperial College in March.

Vinujan was then selected as one of just 12 young people making up the UK team at the International Space Settlement Design Competition (ISSDC), held at NASA’s Kennedy Space Center, Florida, where he was elected as his company’s vice president.

Fresh from this experience-of-a-lifetime stateside, Vinujan has now pledged to assist the boys putting themselves forward for places in the QE team due to take part in next month’s London regional heat at the start of this year’s competition.

Head of Physics Jonathan Brooke said: “It’s a testament to the breadth of Vinujan’s talents that he was picked out by the organisers of the UK Space Design Competition to represent the UK.

“Vinujan has shown himself to be a talented communicator who can collaborate effectively with others and who demonstrated the ability to create plausible solutions to challenging engineering problems. I’ve also been very impressed by his willingness to support this year’s competition entrants.”

Mr Brooke also saluted the achievement of Vinujan’s QE teammates who made it through three stages of selection in the 2024–2025 competition to reach the national finals – firstly, they were chosen as part of the School team, before progressing through both regional and national heats.

They had, he said, showcased “the vision, creativity, and resilience needed to tackle some of the biggest challenges humanity will face in the future”.

The NASA-hosted ISSDC is the world’s largest STEM competition of its kind, bringing together hundreds of students from across the globe. Competitors were tasked with producing innovative yet realistic solutions to the immense challenges of human space colonisation, and were challenged to think like professional scientists, engineers, and entrepreneurs,

Four international companies, each comprising 60 competitors, were given 48 hours to produce a 50-page proposal for a space settlement that met strict technical criteria set by industry experts.

Vinujan was one of eight team members who presented their company’s 35-minute proposal to a panel of judges. Following his election as vice president (engineering) – the second-most senior role in the company – Vinujan was responsible for focusing on and managing the technical aspects of the settlement design.

He said: “Leading a team of such talented individuals from across the world through the rigorous process of engineering and space design was truly an incredible experience. Although placed as runners-up, our proposal was highly commended by the judges.”

Sixth-former Harik Sodhi took a silver medal and was the highest-ranked performer from western Europe at the 55th International Physics Olympiad in Paris.

Harik is not only the first-ever QE pupil to receive a silver medal at the IPhO, but is also thought to be the best-performing UK student in the competition since 2010. He came 49th out of 420 competitors from 89 countries.

Headmaster Neil Enright said: “We are all extremely proud of Harik: simply to reach the IPhO is a tremendous achievement, so to go on and make QE history by taking silver in Paris is really quite remarkable!”

Although entrants compete as individuals, they are placed in national teams. Harik was part of a five-strong UK team, all of whom won medals. Three took bronze, while one was another silver winner, albeit with a lower score and ranking than Harik’s. Medals were awarded to the top 208 competitors.

Harik, who has been offered a place to read Engineering Science at Christ Church, Oxford, said: “This achievement would not have been possible without the support, mentorship, and encouragement of many people along the way — I’m deeply grateful to everyone who helped me reach this point.

“I would also like to congratulate my fellow competitors on all getting medals, which is a tremendous achievement at such a prestigious competition!”

His points total of 29.3 comprised 21.0 points from the theory section of the competition and 8.3 from the experimental problems section.

During the seven days of the IPhO, visits to the Chateau de Versailles and the Orsay Museum and a cruise on the Seine were organised for competitors.

To reach the IPhO, Harik progressed through three rounds of the British Physics Olympiad. He was selected for the UK team from among 14 high-fliers after putting in a strong performance at a selection camp in Oxford. He subsequently was invited along to a final training camp with his UK teammates at Trinity College, Cambridge.

The BPhO was founded in 1979 and it is believed that QE first started giving boys the opportunity to take part in the competition in around 2005. Over the intervening years, a handful of QE boys have reached the national team.

In 2013, Mahdi Elango was a bronze medal-winner at the International Physics Olympiad in Copenhagen. The following year, Aniruddh Raghu took bronze at the IPhO in Astana, Kazakhstan. And in 2015, Robert Swan also won bronze, at the IPhO in Mumbai, India.

Year 13’s Harik Sodhi will be heading to Paris this summer to compete with the world’s top young physicists as part of the British national team in the International Physics Olympiad.

Harik progressed through three rounds of the UK’s top schools Physics competition and has now been chosen for the five-person UK team after performing well among some 14 high-fliers at a selection camp (pictured).

Head of Physics Jonathan Brooke said: “This is an incredible achievement. Harik has mastered an impressive breadth of Physics and worked assiduously, fine-tuning his impressive problem-solving skills.

“Olympiad papers are extremely challenging; pupils need to have very strong mathematical skills and need to be able to work quickly and accurately. Making headway through the problems requires insight, composure and resilience.”

QE gave Year 13 boys a chance to sit the Physics Challenge paper in September 2024. The high achievers then had the opportunity to sit the British Physics Olympiad (BPhO) Round 1 paper in November.

That QE contingent were among some 3,500 pupils from schools across the UK to sit the Round 1 paper. From these, around 100 were then invited by the BPhO organisers to sit the Round 2 paper in February 2025.

Harik’s invitation to the UK BPhO training and selection camp in Oxford (pictured) followed on the basis of his performance in Round 1 and 2.

Before going to Paris in July, he will first attend a final training camp with his UK team mates at Trinity College, Cambridge.

The BPhO was founded in 1979 and it is believed that QE first started giving boys the opportunity to take part in the competition in around 2005.

“In the 20 years or so that QE boys have been taking part in the competition, only a small handful of QE boys have made it to the national team,” said Mr Brooke.

In 2013, Mahdi Elango was a bronze medal-winner at the International Physics Olympiad in Copenhagen. The following year, Aniruddh Raghu took bronze at the IPhO in Astana, Kazakhstan. And in 2015, Robert Swan also won bronze, at the IPhO in Mumbai, India.

“I think that means that if Harik can get a silver or gold, he will have bragging rights as the greatest Physics Olympian the School has ever produced!” said Mr Brooke.

Two Old Elizabethan medics are working with the School to trial an innovative education app that uses AI to support both pupils and their teachers.

QE contemporaries Kavi Samra and Paul Jung (both 2008–2015) have developed Medly AI to help pupils from backgrounds like theirs who may not have access to all the educational resources available to others.

They only started working on the business in August, yet already it has won funding and been accepted into Microsoft’s start-up programme.

Headmaster Neil Enright said: “We are very pleased to be working with Kavi and Paul as they develop this exciting venture that is showing great potential to support our boys, and other young people, with their consolidation and revision.”

After approaching the School about trialling the app with QE pupils, the pair had a meeting with the Headmaster and with Gillian Ridge and Amy Irvine, Heads of Biology and Chemistry respectively, in which they demonstrated the platform and introduced its teacher mode. “This is where teachers are able to set questions (from a large database, or their own custom questions) to their respective classes for homework, or in a test format,” said Kavi.

Medley AI can then:

• Understand the questions
• Work out how they fit into the curriculum of the subject
• Assign them to a specification point
• Mark the students’ answers.

“From here, the teacher can get in-depth statistical insights into each student’s weak topics, topic by topic and class by class. This then enables them to customise their classroom teaching according to class-wide weak topics and, of course, saves an incredible amount of time in terms of marking student work.

“Both Dr Irvine and Dr Ridge seemed quite impressed and were eager to start using Medly as a resource to save time and understand where their students don’t perform well.”

‘Onboarding’ for the Year 11 group took place before Christmas, and Paul and Kavi will now be working with the Science department. “This will involve teachers setting homework on the platform and providing feedback on what they’d like to see in our teacher mode to help us improve the platform,” said Kavi. “The students will, of course, have access to our base platform, too, in case they wish to do additional learning or practise questions or exams.”

“We’ve always wanted to try to democratise education,” says Kavi. “Medly AI was born from the vision of making quality education accessible and personalised through the power of AI. Both Paul and I noticed throughout our education how people often had advantages from their socio-economic background in terms of educational resources (e.g personal tuition): both of us come from backgrounds that didn’t allow us access to these resources.

“Recognising the gaps in traditional educational systems due to work pressures on teachers and staffing issues, we saw the potential of AI to fill these gaps and therefore conceptualised a platform that could act as a personal tutor, examiner, and classroom assistant, all integrated into one user-friendly interface.”

Paul is responsible for writing code and working on the technical side of the project, while Kavi takes on operations.

After just two months of development, Microsoft admitted Medly AI to its programme, providing Kavi and Paul with mentoring from a business development manager and meeting the costs of the platform up to £150,000. A month later, the project was also accepted into UCL’s Hatchery start-up accelerator, enabling its professional fees for legal, IP and accounting costs to be funded.

Both Paul and Kavi have deep connections with UCL. Paul holds a PhD in Neuropsychiatry from the university, and has an extensive background in coding and teaching. He included AI in his research, on which he has published and given international presentations. He has returned to his medical degree at UCL and is in his final year, completing his MBBS in August.

Kavi, who currently works as a doctor in anaesthetics, completed his medical degree at UCL in 2021 and is a clinical teacher within its medical school: his approaches to using teaching theory in a digital age earned him an Associate Fellowship of Higher Education Award from UCL and he is also one of the youngest recipients of an honorary fellow contract at UCL.

A Year 12 pupil took up a coveted place on a prestigious summer residential at Cambridge after securing a top-50 place in the Senior Physics Challenge.

Ranvir Sinha completed 586 questions up to the deadline in the online challenge run by Isaac Physics, a Department of Education project at the university. Many of the questions involved concepts usually introduced only at undergraduate level.

He joined other top-performing students at the four-day residential placement, where they were able to conduct experiments at the world-famous Cavendish Laboratory. The residential aims to give young people an idea of what it would be like to study quantum mechanics as an undergraduate.

Assistant Head (Pupil Destinations) James Kane said: “We are delighted for Ranvir – not only for his success in qualifying, but also for the opportunity he had to experience lectures which really engaged and stretched him.”

Ranvir, who won a Diamond Certificate for his élite performance, said: “I enjoyed tackling the challenges, especially the problems relating to moments of inertia, and learning the tricks that could be used to simplify them.”

Ranvir was fulsome in his praise of the residential, where he was taught by eminent lecturers such as Dr Lisa Jardine-Wright OBE (the director of Isaac Physics and a Fellow of Churchill College, Cambridge), Dr Anton Machacek (a Fellow of Fitzwilliam College, Cambridge), Dr Nicki Humphry-Baker (a Fellow of Corpus Christi College, Cambridge), who sped the cohort through advanced concepts in Physics. “My favourite was the derivation of Schrödinger’s time-independent equation; it was immensely satisfying being able to prove such a fundamental part of the quantum world,” he said.

In addition to the lectures, the visiting students worked together on groups in the Cavendish Laboratory.

Ranvir was impressed with the facilities there: “It was equipped with brilliant apparatus! My group and I conducted tests for diffraction gratings, depending on the number and shape of slits that a laser would shine through – the lasers were so impressive, as were the vibrant patterns formed on our pieces of paper.”

The competition is run annually by Isaac Physics, an Open Platform for Active Learning. It aims to offer support and resources to students transitioning from GCSE to Sixth Form and through to university. Students work through the challenges at their own pace, but to a deadline.

The website states that usually the top-performing students complete in the region of 300-350 challenges in order to qualify, with weighting giving in the rankings on the higher-level challenges that they successfully complete.

Mr Kane said: “By completing well over 500 of the challenges, some at second-year undergraduate level, Ranvir demonstrated his commitment to the subject. He certainly deserved his reward – and I am glad that he enjoyed it, too.”

Queen Elizabeth’s School has been recognised for its commitment to pupil-led research after three sixth-formers impressed experts at a London conference with their presentation about robot navigation.

Headmaster Neil Enright has now received a certificate from the Institute for Research in Schools (IRIS) following the trio’s triumph earlier this year. They were one of only eight groups selected to present their research at the IRIS conference and were then singled out by one of the leading scientists there as her “highlight of the conference”.

In a letter accompanying the certificate, IRIS deputy director Marcus Bernard wrote: “I wanted to personally write to you and highlight the fantastic work of your colleague, Jonathan Brooke [Head of Physics], who went above and beyond to enable students at your school to carry out student-led research…

“It was a real pleasure to meet your students…They spoke eloquently and confidently about their research and were extremely well behaved, I was very impressed. They are an absolute credit to you and your team.”

Mr Enright today congratulated the three Year 13 pupils, Bhunit Santhiramoulesan, Heemy Kalam and Jashwanth Parimi on their success. “They chose the most challenging of the four options available to them – the ‘original research’ option – and then worked hard over a seven-month period, before delivering a confident, well-executed talk at short notice at the conference.”

IRIS develops opportunities for secondary-age pupils to participate in authentic research in schools and organises conferences at which pupils can share their research with their peers from other schools and the wider academic community. Around 50 other projects were displayed at the conference in which the QE boys took part. Representatives of just eight of those projects were invited to make presentations.

The QE presentation summarised the trio’s research project on automating the navigation of robots with limited sensing capabilities. They were given just two days’ notice that they would have to give their presentation.

The project had involved designing and creating a framework that generated minimal-error paths for a robot to take, given some set of points for it to pass through. They used deep reinforcement learning (a sub-field of machine learning) to achieve this, training the robot on generated paths and using a formula they had derived to quantify how good this path was.

Mr Brooke, who accompanied them to the conference, said: “Every step of the process was driven by the initiative of the boys, and it was fitting that one of the guests on the Scientist Panel that concluded the event, Dr Harshnira Patani, Senior Scientist Pharmacology at MSD (one of the world’s leading pharmaceutical companies), singled out the boys’ presentation as her highlight of the conference, making particular note of their use of machine learning.”

Through working on the project, Jashwanth said, the three had developed their “research and self-study skills, pushing ourselves to comprehend mathematics beyond the traditional syllabus, ranging from understanding neural networks to multivariable calculus”. He added that hearing from people with PhDs at the conference had made him consider research “as a possible future pathway”.

Heemy said: “Taking on a project with a lot of complex research independent of teacher assistance was the main challenge we faced, alongside coordinating the time spent reading literature with other schoolwork and activities.”

Bhunit added: “One of the highlights was being given the opportunity to present in front of hundreds of students and teachers , as well as being mentioned by Dr Patani as one of the projects that she found impressive.”