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QE parents and staff have reduced the number of low-occupancy car journeys on the school run after signing up in numbers for a new app aimed at reducing local traffic and cutting CO₂ emissions.

It is only six months since the School partnered with HomeRun and launched its app with parents and staff, but already the single-family car usage rate has been cut by 9%, thanks mainly to a 22% increase in journeys shared.

HomeRun’s impact report states that QE families have thus saved some 10 tonnes of CO₂ and 22,633 school run miles – equivalent to 481 mature trees or 0.9 trips around the equator.

The high level of participation – the families of 526 pupils have signed up – has unlocked a £1,000 grant to the School from HomeRun. The money is being invested into QE’s Greenpower team, which builds electric racing cars.

Headmaster Neil Enright said: “My thanks go to all parents and colleagues who have signed up: this is a real environmental success and a great start to our involvement with HomeRun. As a School, we seek to be good neighbours, and these figures are a ‘win’ both for us and for residents on nearby streets, where there is a reduction in both pollution and vehicle movements.

“Many of our boys already travel to QE on School coaches or on public transport, which we encourage. This app helps people with logistics and can result in reduced fuel costs for car-users, as well, of course, as improving the environment more generally.”

“I know that there is much enthusiasm about the scheme among the families of our new Year 7 intake joining us in September, so there is scope to make even greater savings in the future. I hope that even more parents from other year groups will get involved.”

The scheme seeks to promote more sustainable travel methods, in particular by helping people car-share where they feel that using public transport is not a viable option.

HomeRun collects anonymised data on school run journeys, showing how far pupils travel, what type of transport they use, and how much carbon the journey emits. The app then promotes alternatives to low-occupancy car usage for the school run such as:

• Journey-sharing
• Travel buddies
• Cycling initiatives
• Park & stride (where families living far from a school are asked to park a ten-minute walk away and then complete their journey on foot, bringing health benefits as well as reducing emissions and local congestion).

Finally, the HomeRun app creates a secure, dedicated space for people to share travel information. Those who opt in can connect with other families in their locality, since the app shows people how far away other users live, without revealing their actual address. It allows the School to update parents when boys will be ready to leave Queen’s Road outside the normal School day – after clubs and activities, for example, or when returning from a School trip.

Mr Enright welcomed the grant, which has gone to QE’s Greenpower racing team: “It is an exciting initiative, which is developing skills in the STEM subjects (Science, Technology, Engineering and Mathematics) as well as nurturing enthusiasm for sustainable technologies among our boys.”

• The photo of the boys in a car was taken during a trip last term to the Warner Bros studios in Leavesden, when they tried for size the Ford Anglia made to fly by Arthur Weasley in one of the Harry Potter books.

QE’s Paarth Aggarwal spent three days at a European Space Agency base in Italy after being named the UK winner in an international competition.

Paarth, of Year 10, triumphed in the ESA’s Climate Detectives challenge after impressing judges with his AI-driven study into tackling electronic waste in Barnet.

His three days at the ESA Centre for Earth Observation at Frascati, near Rome, included a tour of the facility – “the main highlight for me personally” – and an awards ceremony where he received his prize “with bigger audiences than I had possibly imagined”.

Headmaster Neil Enright said: “My sincere congratulations go to Paarth on this great achievement: he showed initiative in applying for the competition, perseverance in pulling the project together, and great ability in completing it to such a high standard. And what an opportunity it was to spend time at one of Europe’s leading space research facilities!”

The competition brief allowed entrants not only to focus on climate change, but also on all aspects of caring for the planet. Paarth’s Next Gen Ninja entry was among winning submissions from 18 European countries; all the winners were invited to Frascati as their prize.

“My inspiration to enter stemmed from my deep concern for the environment and my passion for leveraging technology to combat climate change,” said Paarth. “The competition presented a unique opportunity to contribute to a cause that I care deeply about, using technology to address one of the most pressing issues of our generation.”

His study focused on the disposal and recycling of electronic devices, taking into account the significant environmental and health risks if improperly handled. More specifically, he explored the design and implementation of initiatives aimed at empowering Barnet residents to address e-waste. “By understanding how such initiatives can effectively raise awareness, educate residents, and promote sustainable practices, the study sought to identify strategies that foster meaningful engagement and action…ultimately, the goal is to promote a more sustainable future for Barnet.”

Paarth sent out a survey to residents: the results, he said, were “shocking”, with only a small percentage aware of the hazards of e-waste. Problems he identified included limited access to relevant information on a community website. “Moreover, the waste facilities lack specialised equipment and trained personnel to safely process and recycle e-waste.

“These findings highlight the necessity for a dedicated information centre and for a focus on developing and implementing more accessible e-waste collection and efficient processing systems.

“Throughout the competition, I honed several key skills, including data analysis, and enhanced my knowledge of the development of AI-powered chatbots. Working with satellite and local data gave me valuable experience in interpreting data effectively.”

The facility in Italy has over the past three decades collected EO (earth observation) data from ESA satellites looking at factors such as water content in lakes and algae concentrations to understand Earth’s changing geology. Available free to anyone, the data is used by research organisations and government institutions in areas such as: the prediction and analysis of climate-related disasters; rural urban management; agriculture; forestry management; the study of glaciers;  and mining.

“In a workshop, I learned the use of EO data gathered from satellites such as Sentinel-2 and Sentinel-3. ESA taught us how they are using the data to save numerous human lives across the globe by predicting climate-related disasters, such as wildfires,” said Parth.

“Being named a winner was an overwhelming and humbling experience. The acknowledgment from ESA, a leading space organisation, was particularly rewarding.”

Use of AI: the technical details

Paarth is an enthusiastic advocate of AI. Here he sets out the important role the technology played in his competition entry.

“Using Microsoft Azure OpenAI cloud environment, I deployed a GenAI-powered chatbot to provide residents with easy and 24/7 access to information when they ask questions in natural language regarding e-waste, helping them make informed decisions.

“I also developed a PoC (Proof of Concept) for an AI-powered app which can: help to detect the waste type through an ML model; incentivise residents for responsible disposal; and allow councils to proactively plan for the e-waste collection, enabling them to be economical and efficient in the waste collection process.”

Year 12’s Nikhil Banerjee took first prize in a national competition with his five-minute presentation on the ethics of using genome editing to eradicate genetic diseases.

He beat more than 400 entrants – and 11 other finalists – to triumph in the Gresham Oracy Competition run by Gresham College, London’s oldest higher education institute.

The chair of the judging panel, Professor Sarah Hart, said: “Nikhil’s presentation in particular demonstrated a thorough grasp of a complex issue, one of the most challenging ethical debates of our time. His argument was reasoned and powerful.”

Headmaster Neil Enright said: “My heartfelt congratulations go to Nikhil on this achievement. The aims of this competition correspond closely with QE’s emphases on nurturing free-thinking scholarship alongside speaking and presentation skills. Our current major building project, The Robert Dudley Studio, a dedicated space for drama and the spoken word, will further increase opportunities for our pupils to develop their proficiency in oracy.”

Nikhil entered the competition after reading about it in the new QE Futures Opportunities Bulletin prepared by Assistant Head (Pupil Destinations) James Kane.

Following his success in the final held at the college’s Barnard’s Inn Hall in Holborn, Nikhil wins £9,250 towards his university tuition and £1,000 for a laptop. QE receives £1,000 to develop its “academic programmes and curricular activities”.

The competition’s questions were set by leading UK lecturers connected to Gresham College and covered subjects ranging from the exploration of space to the role of music in helping ameliorate mental health issues in young people.

The question Nikhil answered was: Could genome editing consign genetic diseases to history and would that be ethical?

He began his presentation with the poetic account of human origins in the book of Genesis – “And so God created mankind in his own image, in the image of God he created them, male and female he created them,” continuing “And yet science endeavours to go one step further, to defy imperfection, to alleviate prodigious amounts of suffering, and to alter the very make-up of you and me.”

He pointed out that, in one sense, humans had been interfering with DNA for thousands of years, from “domesticating wild animals to selectively breeding plants with better taste”.

What made the new technology different was the huge possibilities it opened up for treating disease. Nikhil outlined the unpredictable effects of editing genes – including death – and the pharmacological causes of those failures. But he was sanguine about the prospects for successfully overcoming such problems.

We should, however, be afraid of the use of the technology beyond the need to treat disease, he said. “What’s to stop us editing our traits – how we look, how strong we are, even how smart we are. What’s to stop the wealthy from buying a perfect genetic make-up?…We would be losing core human values such as unconditional love – loving a person despite their imperfections.”

In his conclusion, Nikhil stated: “The opportunities afforded to us by gene-editing are exciting, but in order for us to harness these, stringent legislation is required, which can only be achieved through a collaborative effort by scientists and ethicists around the world. After all, who are we to decide what way of life is worth living?”

He then immediately responded to questions from the judges.

Modest in his success, Nikhil himself said afterwards: “It was such an honour to make it to the final and I can’t believe that I’ve won against such a competitive field.

“The prize will make a big difference in supporting my further education, and it’s great that my school benefits too as they have supported me throughout this journey.”

Nikhil is pictured with Professor Martin Elliott, Provost at the college, who said: “Through our competition, students were not only able to showcase their oracy skills but also engage with significant academic research that will open them up to new areas of learning.”

Gresham College, the first institute of Higher Education in London, has been providing free public education across the arts and sciences since 1597 and is a registered charity. Through the competition, it aims to showcase the importance of oracy competence and the art of communicating.

The judging panel comprised:

• Professor Sarah Hart – Professor of Geometry at Gresham College
• Deputy Nighat Qureishi – Gresham College Council Member
• Nav Ahmed – Principal Lecturer, Arden University
• Mary-Clare Davies – Director of Global Education, Mulberry School for Girls
• AJ Haseley – Co-Founder & CEO of AYM Media Group

QE boys are now counting down to the VEX Robotics World Championships after three of the School’s teams qualified for the trip to Texas.

Teams Gearsquad, Constellation and CircuitBreakers will be heading for the States at the end of this month, having maintained strong performances at the national championships in Telford.

Head of Technology Michael Noonan lauded their achievement, pointing out that the three teams had qualified even though the number of places on offer to UK teams has been halved this year. And he singled out the Year 8 CircuitBreakers team (pictured top) for a special mention: “Their success is all the more remarkable, given they are in their first season.”

The teams, all from the IQ age category (Years 8–9), will travel to the VIQRC world championships, which run from 1st–3rd May in The Kay Bailey Hutchison Convention Center, Dallas. They will be hoping to follow in the footsteps of previous QE boys who have achieved success on this international stage, including the 2018 team named VEX IQ World Champions after winning the overall Excellence Award.

The three 2024 qualifiers sealed their qualification at the recent UK national championships, in which all 11 QE robotics teams took part.

In the VRC (Years 10 & 12) age group, Override was a divisional top-ranked team, while fellow Year 12 team Hybrid was a divisional finalist.

Among the younger boys, Gearsquad and CircuitBreakers returned from Telford with a trio of awards apiece, while there were single awards for Hybrix and Constellation. The accolades included: Teamwork Champion and Innovate awards for Gearsquad; Robot Skills Champion and Amaze awards for CircuitBreakers; a Think Award for Hybrix; and a Build Award for Constellation.

Earlier in the Spring Term, both Year 12 teams travelled to Calgary, Canada, for a competition involving 132 teams. (This was arranged because QE sixth-formers cannot be considered for the world championships owing to their Summer Term public examination commitments). Their fellow competitors came mostly from across North America and included former world and national champions.

“QE performed well, ranking 25th and 26th in their divisions of 60-plus teams and both successfully being selected at Alliance Selection, being unfortunate to be knocked out at the round of 16, “said Mr Noonan. “Students loved the experience, despite the cold temperatures, particularly commenting on the beauty of Calgary.”

Last term, QE was also the host for a regional robotics challenge – the VIQRC Full Volume QE Battle for Barnet – where Gearsquad were among the winners.

Three sixth-formers won a Cambridge University competition with their design project aimed at protecting construction workers’ hearing.

After being highly commended in the Homerton College Design Programme, Shivam Singh, Yash Patel and Om Patel were invited to a residential weekend, along with more than 200 other highly commended entrants of the design challenge and a parallel essay competition.

The group had spent their first day at the college creating visual aids for their presentations. They and other teams then presented their designs to a room of about 20–30 people.

It was only when they attended the programme’s awards ceremony – held as part of the residential – that they discovered they were the overall winners, with their project receiving the highest marks in the whole competition.

Head of Technology Michael Noonan said: “Huge congratulations go to Shivam, Yash and Om, who demonstrated both creativity and considerable application in developing and presenting their design.”

The design programme’s theme was Building a Sustainable and Healthy World. It was open to Year 12 state school pupils from across the UK.

The QE trio, who are now in Year 13, designed a speaker to reduce noise pollution caused by machinery in the construction industry.

Om explained: “We implemented an active noise-cancelling solution which used principles of superposition and destructive interference to isolate noise to specific areas, keeping workers in the general vicinity safe, as well as reducing overall noise levels.”

In their feedback, the competition judges stated that it was an “excellent project, highly detailed and innovative [that] shows a dedication to making the world a better place”.

Shivam said: “We are proud to have won. The competition was tough: we saw some inspiring innovative projects that the other competitors entered.”

During the weekend, the boys attended an environmental sustainability conference, which included lectures and discussions on topics such as energy generation and how the media presents the climate crisis.

The weekend also featured a formal dinner and opportunities to talk to current Homerton College students and gain insight into life at Cambridge.

After returning to QE, the three reflected on their experiences:

• Shivam said: “We were able to see other fascinating designs, meet like-minded individuals and discuss our designs and compare our thought processes.”
• Yash said: “This experience opened our eyes to the environmental impacts engineers must consider when creating products; it’s added one more rigorous step to the design process for my future projects.” It had, he added, been “a fun taster of university life at Cambridge” where it was “great to be surrounded by like-minded individuals”.
• Om said: “Sustainability is a hot topic of discussion; with our future dependent on the state of the physical world, it is essential that we, as the next-generation engineers, take the necessary steps to reduce our impact on the environment.”

After two-and-a-half years of hard work, patience and perseverance, an electric car built by QE’s first Greenpower team overcame both mechanical challenges and terrible weather to perform strongly against much more experienced competitors in its first race.

Having gathered information at the Dunsfold Park track in Surrey early in September, the Year 11 team travelled to Castle Combe in Wiltshire for their first competitive outing.

A mechanical failure in the first race threatened to scupper their efforts, but the pit crew overcame the odds to get the car – called New Horizon – ready for the starting grid just a couple of minutes before the start of the second, and final, F24 race of the day.

Congratulating the team, Head of Digital Teaching and Learning Michael Noonan said: “Torrential rain was abundant, and while many other cars either could not hold the track, or simply retired, our team stuck to their task: in the second race, they finished a highly respectable 44^th out of 79 competitors – a feat all the more impressive given that they carried out an extra driver swap to give all our students a chance to drive.”

The event was one of a series of races run by the Greenpower Education Trust, a UK-based charity which aims to get young people enthusiastic about science and engineering.

The boys planned, built and refined the car using a Greenpower kit. Having promoted the car themselves, they won sponsorship from Horizon Builders, a North London construction, decorating and property maintenance company.

“Using the experience gained at Dunsfold Park, home to the BBC’s Top Gear, the students spent many late evenings (including a few quick runs  around the School site) testing braking, circuitry, and speed,” said Mr Noonan.

Castle Combe is some 115 miles (186km) from the School, so the 12 team members had a 5.15am Sunday morning start on the day of the event. “They arrived in Wiltshire expecting a small crowd, given the early hour, but were instead greeted by the awesome sight of a total of 79 F24 (age 12–16) and 24 F24+ (age 16–24) teams in full flight with their preparations for the race day ahead. The sheer challenge which Greenpower would entail suddenly dawned on both staff and students!”

The boys duly threw themselves into preparing for the rigorous scrutineering process. “Following some adjustments to the braking system, and with the absolute minimum amount of time left, the team passed all tests, with only small notes on adjustments required for future races.

“From here, it was on to their first practice session – in some cases, students’ first experience of driving this car. The car, number 241 on the day, seemed to be performing admirably and was operating without fault. Each driver managed his session without any major issues, although it quickly because apparent that conditions were to worsen over the day, and that our performance would have to be adjusted to account for the wet weather.

“Following minor tweaks in the ‘paddock’, which had all the necessary tools and equipment, the first sets of drivers for the first race took to the grid. As the track lights signalled the commencement of the race, our relatively inexperienced team seemed to be punching above their weight; the last-minute aerodynamic and cooling adjustments provided for smooth racing.”

“It was at the point of driver change that a minor mechanical noise was noticed, and an inspection took place. With no obvious issue evident, the new driver took over and upon his first acceleration he managed to delink the chain! What had happened was that vibrations across the rear axle had loosened grub screws. With this looseness, the axle was ‘coasting’ left to right (which would slow the drive down enormously), and when our second driver took his seat and hit the throttle, the chain lodged against the chain guard at the link point and immediately disconnected!”

“The team was faced with disaster,” said Mr Noonan. “Having only covered 9.25 kilometres in their first race, they had to bow out just before the halfway point and immediately go about repairing the damage caused.”

With only two hours between races, the team had to strip back all mechanical items and re-assemble them to produce a working car. “Through sheer grit, determination and thanks in no small part to the kindness of other teams who happily supplied spare parts, New Horizon was race-ready with around two minutes to spare.”

Buoyed by their success in reaching the tight deadline, the boys set about trying to better their first race score and duly achieved this, ending the day with a score of 22.59. (Greenpower F24 race results are determined by a formula based on furthest distance travelled within the 90-minute time period, taking the better figure from the two races.)

Afterwards, team members reflected on the day. Adithya Raghuraman said the team had been “nervous from anticipation leading up to the day”, but that it had proved a “memorable” experience. “Even the journey to the track was incredible, despite it being brutally early in the morning. Getting to meet and collaborate with other schools, scavenge for parts from fellow teams, and enthusiastically wait for our car to come around near our pit each lap, were all valuable chances to learn, compete, and most importantly, enjoy.”

His fellow teammate, Daksh Vinnakota, and Year 10 apprentice Keeyan Shah were both also thrilled with the experience: it had been “a good opportunity to finally demonstrate our work over the past two years in a competitive situation,” said Daksh, with Keeyan adding that the day had provided “a unique insight into professional racing”.

Although after the start of the 2023 Autumn Term , the Castle Combe races were in fact the final regional round in the 2022–2023 Greenpower season. The QE team are now handing over to Year 10 boys, who were their apprentices in the 2022-23 season, and will be mentoring and supporting them throughout the rest of the new season.

“As the season unfolds, the 2023–24 Greenpower team will be looking for around four willing Greenpower apprentices from Year 9 to join the cause and ‘upskill’ with a view to competing in Year 10,” said Mr Noonan.

“This year’s team are already plotting a climb up the national leaderboard, which if they are fortuitous, will result in their participation at the Goodwood World Finals in October 2024.”

He added that the outgoing team had thanked their sponsors and the staff involved  – Science teacher Timothy Panis and Technology assistant Felix Chillingworth, as well as himself  – “for their support in finally seeing the Queen Elizabeth’s Greenpower team make their presence felt”.

Team members 2022–2023 season (current Year 11)
Soham Kale
Siddarth Oruganti
Rudra Patel
Adithya Raghuraman
Kavin Rameshshanker
Siraj Sidhu
Vinujan Sivakumar
Binaga Solangaarachchi
Ishanth Thangella
Daksh Vinnakota
Ethan Dias
Danyl Malchyk

Apprentices 2022–2023 season (current Year 10)
Taha Sebbar
Keeyan Shah
Dev Malde
Balaram Kataria
Yuvraj Patel
Ayush Saha
Parv Gandhi
Shashank Devaguptapu
Akshaj Vyas

Five QE boys got to grips with cutting-edge aerospace technologies at a summer residential after triumphing in a spring competition.

The group headed to Shropshire for the Summer Time Advanced Aerospace Residency (STAAR), at RAF Cosford, near Shifnal, and the nearby RAF Museum, learning from industry experts in a packed five-day programme.

Head of Digital Teaching and Learning Michael Noonan said: “It was fantastic to see students take the initiative and independently apply for the STAAR programme. The five were amongst a wide cohort who applied for a place on this highly prestigious residential, and from speaking with them on their return from the holidays, I know it has only further ignited a passion in them for careers and study in STEM-related subjects.”

The organisers of the event included education technology consultancy Tablet Academy (TA) Education. After the camp, its Head of Training, Samantha O’Leary, wrote to Mr Noonan full of praise for the QE boys: “They are a funny, confident, thoughtful, and intelligent bunch who integrated incredibly well with the students from the other schools. So much so, you wouldn’t have known they were from different schools at all. They were fantastic representatives for the school, and it was a pleasure to work with them.”

The QE five were among only 40 winners of the competition, which was open to those in Year 9 in 2022–2023. They were Keeyan Shah, Kyle Goldband, Neil Kulkarni, Keshav Aggarwal and Ishaan Mishra.

Keeyan said: “The STAAR residential was greatly enjoyable. We had an action-packed week filled with fun activities from coding a drone to flying a plane simulator. It was an amazing experience.”

Neil said: “We did quite a few activities at the residential, most of which included extremely high-tech tools. These included some things such as flight ‘sims’ and wind tunnels. We also had a chance to see roughly what living in an RAF base was like, with the mess hall and gym and things like that. Overall, it was an extremely fun, informative and unique opportunity and a highlight of our holidays.”

Keshav described the camp as a “a hands-on experience showing aerospace engineering and aeronautical design”. It was, he said, an “an eye-opening experience which will stay with me forever”.

Neil added that it was not just the academic aspects of the trip that he enjoyed: “Meeting people from other schools who had won the competition was very cool, talking about their school and just meeting new people in general. And then the residency itself – living with our friends – was very fun and the responsibilities of living without parents to help was a big realisation.”

The competition to secure their places involved completing four STEM tasks relating to: decryption/encryption; reconnaissance; creating a CAD model, and creating a team presentation.

Organised in partnership with TA Education, the camp was sponsored by Northrop Grumman – a huge American defence and aerospace company formed by Northrop Aircraft’s 1994 acquisition of Grumman Aerospace, which built the Apollo programme’s lunar module.

The boys stayed with chaperones and followed a course delivered at both the RAF Museum and RAF Cosford by: the museum’s STEM Ambassadors; industry experts from Northrop Grumman; TA professionals and RAF STEM personnel.

QE pupil Hisham Khan has been named the UK winner of an international space competition and reached the top 5% of competitors from around 100 nations across the world.

In addition to taking first place in the UK, Hisham, who goes into Year 11 this week, won a Gold Honour in the International Astronomy and Astrophysics Competition for his performance internationally.

Other awards in the competition went to Shreyas Mone, who is entering Year 12, and to Queen Elizabeth’s School itself.

Assistant Head (Pupil Involvement) Crispin Bonham-Carter said: “Competitions are an excellent way of challenging pupils to give of their best and learn more about a field in which they are interested. My congratulations go to Hisham on his success – a reward for all the hard work he put in.”

The International Astronomy and Astrophysics Competition (IAAC) is a science competition that attracts thousands of competitors annually.

To achieve his success, Hisham had to negotiate the qualification round (five astronomy problems) and pre-final round (six problems, two of which involve engaging with recent scientific research). These, he says, mostly involved Physics calculations relating to space.

The final round, a multiple-choice online examination with 20 questions, was more about astrophysics knowledge. To prepare, he looked at previous years’ questions and also read around the subject. The round was sat online at home, but recorded to prove there had been no cheating.

Hisham, who hopes to take Mathematics and Physics at A-level after his GCSEs next year, plans to maintain his interest in astrophysics.

In announcing the results, a representative of the IAAC team said Hisham had “achieved outstanding results throughout the tournament despite very fierce competition”.

Hisham himself was modest in victory: “This was a new topic, but one I find interesting. I was surprised to be the top performer in the UK, which went beyond what I was hoping for.”

The IAAC organisers also reward those who support the competition. Shreyas Mone, who is an IAAC ambassador, was the sole winner internationally of the Award for Most Finalists, while QE similarly took the sole School Award for Most Finalists.

Robotics at QE went international as never before this summer, with no fewer than nine teams heading to the VEX World Championships in Texas and then, in the last week of term, a visit from the reigning senior Australian champions.

The six IQ (Year 8 and 9) and three VRC (Year 10) teams picked up a string of trophies in Dallas, while also taking time to sample the sights of the city.

Back in Barnet, the Australians’ visit was a meeting of champions, since the Australian VRC winners among the party from Barker College, Sydney, had the chance to rub shoulders with QE’s Team Nova, crowned at this year’s UK’s VRC national finals in Telford.

Head of Digital Teaching & Learning Michael Noonan said: “A last-minute opportunity arose to host the Australians, which gave talented robotics students from different sides of the world an opportunity to share ideas and best practice, and to plan for the season ahead in a symposium-style event.

“It was a great way to end a year which has seen large numbers of our boys take part in regional, national and international events, enjoying great experiences and achieving some notable triumphs, including Team Nova winning the UK tournament championship.

“2022–2023 was also a year of firsts: it included a visit in the spring to the inaugural VEX Robotics Signature Event in Las Vegas (attended by our Year 12 squads unable to attend the World Championships because of their Summer Term public examinations), and our teams being named winners or runners-up in nine separate VEX Robotics Online Challenges – which made QE the most successful organisation in the world in this format.”

The 60-strong group of 15–17 year-old Australians called in during their trip to London and Paris. Their school, Barker College, is a large, high-achieving independent school on the North Shore of Sydney.

In a message to the School before the visit, Barker College Design & Technology teacher Kevin Jones wrote: “Our teachers and students can’t get their heads around the fact you were founded in 1573!” This, he pointed out, was fully 200 years before Captain James Cook became the first European to sail along the Eastern coast of Australia.

At the World Championships in Dallas, the younger QE boys’ trophy haul included a trio of awards for Team Gearsquad and a Create Award for Year 8’s TechnoGear.

At the senior level, the 19 VRC competitors collectively came away with six awards, including an Inspire Award and the Promote Video Online Challenge Award.  Two of the three teams – Nova and Shattersquad – battled through tough early competition and successfully made it through to their divisional knockout stages.

During their time in Dallas, QE pupils: visited attractions including the Illusion Museum and Dallas Aquarium; paid their respects at the John F Kennedy memorial site (the US President was assassinated in Dallas in 1963), and enjoyed the spectacular views from the top of the iconic Reunion Tower.

3D printing entrepreneur Arian Aghababaie, co-founder of California-based Holo, shared insights into the latest developments in additive manufacturing and gave advice on engineering careers when he led two inspirational events at QE during a visit to the UK.

After working for global software firm Autodesk, based in San Francisco, Arian (OE 1998–2003) raised venture capital and successfully spun out its additive manufacturing team to form Holo, while also transitioning its technology from the 3D printing of polymers to metals. Six-and-a-half years later, Holo is at the forefront of innovation, using its proprietary digital platform to enable the manufacturing at scale of high-performance parts across a range of materials, including metals, ceramics and composites. Holo is supported by top-tier Silicon Valley investors and strategic partners.

Arian’s morning at QE began with a tour of the School, before he led a Sixth Form additive manufacturing workshop, with five of QE’s own 3D printers on hand. Later, he delivered a lunchtime talk, giving his take on careers in engineering and 3D printing.

Head of Technology Michael Noonan said: “Arian provided Year 12 with a workshop which firstly covered his professional journey to date, from his early days post PhD working on founding his own company (The Invention Works) through to his position as Senior Principal Engineer at Autodesk. Most of the workshop, however, focussed on his current company, Holo. He explained that he and the other co-founders could see the enormous potential to create a viable business in this area and so pursued it as an opportunity.”

Arian went on to explain the details around the scale of production, the materials used and the fidelity of the products which Holo’s machines can make through its own PureForm Technology.

“His technologies have a unique advantage over competitors, and he works with many major companies in the healthcare, consumer electronics, robotics, and automotive sectors, to name a few,” said Mr Noonan.

He even set the Year 12 boys a challenge to develop a product using QE’s own 3D printers. They should design (and perhaps build) a scaled-up, minimally invasive surgical instrument. His requirements were that:

• The instrument should have six degrees of freedom
• It should be able to be cable or gear-driven
• The boys’ work should include the design of at least two custom end-effectors (the devices at the end of a robotic arm, designed to interact with the environment)
• They should determine its size and features based on the capabilities of their own printers.

Bonus points were offered for the designs with the fewest components and if the end-effectors could be easily changed within the same clevis pin (part of a fastener system)!

Two examples of the boys’ work in response to the challenge are shown here.

In the lunchtime talk to Year 10, Arian took a more personal look at his story, beginning with his time at QE, when he was in Stapylton House and was a musician and prefect.

After first presenting a version of his life which had him gliding seamlessly from his first engineering degree at Bristol to gaining his doctorate, also at Bristol, moving to San Francisco in 2016 and then founding Holo the following year, he next spoke about “what it’s actually been like” – a narrative that includes leaving QE early, dropping out of university, the financial crash and the huge impact of Covid.

The lessons he learned included “stay true to your authentic self” and “don’t fear failure”.

The visit came about after Headmaster Neil Enright struck up a conversation with Arian on LinkedIn.

Mr Noonan said: “It really was a tremendous day. One of the boys involved said to me afterwards: ‘Sir, are you aware that Arian is working in the job we all dream to have one day?’ I am immensely grateful to Arian for taking the time to give back to his School and for giving our students something amazing to aspire to.”