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Queen Elizabeth’s School was the most successful organisation in the world in this year’s VEX robotics Online Challenges.

Having already achieved significant successes in recent years at in-person regional, national and international Vex championships – including a world title in 2018 – QE’s robotics teams have recently added online competitions to their repertoire.

And now that the results are in for the 2022–2023 Online Challenges, it is clear just how strong their performances have been: QE has been informed that its teams were either winners or runners-up in nine separate challenges, with seven first places.

Not only do the winning teams receive cash prizes, they also gain automatic qualification for this season’s VEX Robotics World Championship in Dallas, USA.

Headmaster Neil Enright said: “By any standards, these are fantastic results, and that is reflected in the fact that QE is the highest-achieving school or other organisation globally this year.

“My warm congratulations go to all the boys who took part and to our Head of Technology, Michael Noonan, and his team for the work they did in preparing them.”

Nine QE teams were named among the top places in 13 competitions, six of them at junior (VIQC) level and seven at senior (VRC) level.

One VRC squad – team number 20785X – was named winner of both the Theme It Up! Challenge and the Community Challenge, as well as being a runner-up in the Career Readiness Challenge. Another, 20785C, took two runner-up spots.

At junior level, 21549A was a double winner, taking the top spot in both the VIQC Career Readiness Challenge and the STEM Research Project.

Here are some examples of what the challenges involved:

• VRC and VIQC Career Readiness Challenge: entrants had to explore the way in which professionals in a specific career or company use and document the steps of the engineering design process. The challenge information stated: “We want you to explore a possible future career, and discover the similarities and differences in how that prospective career and VEX Robotics teams use and learn from the process of engineering design.”
• VIQC STEM Research Project: this involved exploring nature’s patterns and using that knowledge to engineer a new solution to a current problem.
• VRC Promote Video Challenge: participants were asked to make a video promoting their experience with Vex Robotics. They were invited to “show us who you are, who you aspire to be, and what makes your team special and successful”.

Pictured here are some of the QE robotics teams on their travels during the regional rounds of this year’s domestic VEX competitions.

Two Year 12 squads flew the flag for Britain when they fought against more than 100 competing teams in the Battle for Vegas – an inaugural Vex Robotics Signature Event in the desert resort.

The QE boys, who made up the only teams from outside North America to attend, enjoyed both the competition and the chance to take in Las Vegas’s spectacular attractions.

QE’s team Tempest finished their first day unbeaten, despite some daunting opposition, while team HYBRID struck up a strong relationship with an American partner team on day 2. In their time off, the sixth-formers revelled in the technical and architectural wonders on, around and even under the city’s glittering streets.

Head of Technology Michael Noonan, who accompanied the boys together with Technology teacher James Howard, explained that since the annual Vex Robotics World Championships in the US fall in the Summer Term, boys in years with public examinations are unable to attend. Instead, their teachers looked into suitable US-based Signature Events, which are events designed to provide competition at a level above that typically experienced at regional competitions. The QE teams, who are sponsored by Kingston Technology, opted for the one based at the Westgate Hotel and Resort in Las Vegas – the venue where, in July 1969, Elvis Presley performed two shows a night, seven days a week.

After their ten-hour flight from Heathrow, the AS students first replenished their strength at the Peppermill Restaurant, made famous as the backdrop of films and TV shows including Casino, The Cotton Club, and CSI: Vegas.

They then made their way along Vegas’s celebrated Strip. “One highlight in particular was The Venetian – a resort and hotel, which boasts an indoor network of Venice-style canals, complete with singing gondola drivers!” said Mr Noonan. Further down the street, they took in the famous Welcome to Las Vegas sign and marvelled both at the water & light show at the fountain of the Bellagio and at the incredible complexity of the part-roller coaster, part-hotel New York New York attraction. “Racking up close to 30,000 steps over the course of the day was not enough, though, as the pupils made their way to the Area 15 entertainment complex, wondering at many of the audio-visual wonders on offer, and at the surreal Omega Mart [an exhibition billed as ‘an interactive, mind-bending immersive art experience’].”

After an early start the following morning – and a swift present-buying visit to the World’s Largest Gift Shop – the boys began preparations for their first formal day of competition. They started setting up their pit area, fine-tuning their build process and rehearsing their pro-programmed routines.

This day also brought a highly exclusive trip to the cutting-edge loop underground public transport system at the Las Vegas Convention Center created by Elon Musk’s The Boring Company. “The students were able to see state-of-the-art engineering developments, many of which are too secretive to even photograph!” said Mr Noonan.

After this once-in-a-lifetime opportunity, the boys returned to their robotics, making final preparations for the following day of qualification, as well as taking part in some impromptu practice sessions. “As the only overseas team at the event, the other 100 or so US, Canada and Mexico-based teams were very eager to get to know the QE teams, with lots of potential alliance links formed,” said Mr Noonan. They topped off the day with a visit to the “incredible” High Roller observation wheel at The LINQ Hotel – a 550ft wheel offering breath-taking views over the Strip.

“On the first day of competition, team Tempest had, in keeping with their name, a storming day, despite their division featuring some of the world’s finest teams. They finished the day with a perfect record of five wins, leaving them ranked fifth in their division of 61 teams.”

Things proved a little tougher for team HYBRID, with last-minute fixes and alterations at times resulting in inconsistent robot performance. “However, they toughed it out and managed to finish the day with a record of three wins and two losses,” said Mr Noonan.

With little time to catch their breath, the teams were then off to Battlebots Arena – a permanent area purpose-built to showcase the highly popular Battlebots television show, yet featuring live robotic action. “They were thrilled to see famed robots from the television series, including Witch Doctor, Kraken, Mammoth, HyperShock and Whiplash. At the end of the event, they took photos with some of the engineers and team representatives, gaining an insight into the lives of professional robotic engineers.”

After their disappointments on day 1, team HYBRID began day 2 still determined to finish in the automatic alliance spots in their division. “They succeeded in doing so, finishing the qualification section ranked 21st, and allying with team 3303S Dublin Robotics from Dublin, California,” said Mr Noonan. “They built up a great relationship with them through collaboration and discussion over the two days and were always likely to pick this team. Sadly, there was further disappointment for them, as they were cruelly denied by disqualification on a technicality in their round-of-16 game.”

Having remained unbeaten in the early stages of competition, team Tempest did finally succumb to their only loss of the tournament, and finished the day ranked 13^th. “They chose Team Fizzy, a former World Championship challenger from Omaha, Nebraska, and were unfortunate not to progress past the round of 16, following a loss caused by robot malfunction.”

The boys took in the overall finals, witnessing the “incredible consistency” of the eventual champion teams, Gears from Martinsville, Indiana, and Pink Sparklee Unicorns from Woodbridge, Virginia. “They managed to grab a photo with the champion teams – gaining some essential advice on how to continue to improve.”

As they got ready for their return flight, the QE teams were visibly exhausted, but were already planning that, after a short break, they would be preparing to go into battle once again, their sights set on a first QE VEX Robotics Championship win in three years, Mr Noonan said.

Two Year 9 boys have won an international artificial intelligence competition – the only UK winners across all age groups.

Paarth Aggarwal and Nittant Moudgil took gold in the middle school category of the fifth annual World Artificial Intelligence Competition for Youth (WAICY), beating teams from Australia, Greece, India and Indonesia.

They impressed judges with their project to help local councils mitigate the impact of fly-tipping, which combined an AI-powered app and a camera powered by a Raspberry Pi computer.

Headmaster Neil Enright said: “AI is likely to transform all our lives in the future and it is good to see QE pupils at the forefront of this revolution. My congratulations go to Nittant and Paarth both for their success and for the combination of intelligence, inventiveness and application that they demonstrated in developing and presenting this project.”

The pair were mentored by Paarth Aggarwal’s father, Saurabh. Mr Aggarwal works for Cognizant, the American multinational IT services and consulting company, as an Associate Director in its UK Artificial Intelligence & Analytics Advisory and Consulting team.

They were among more than 1,000 entrants in the competition, which attracted interest from young people in more than 30 countries around the world: for example, the winners of the high school category were from the USA and those of the elementary school category from the UAE.

Paarth and Nittant won their medals and certificate for “outstanding performance”. Their project was designed to detect objects that are typically the subject of fly-tipping. They aimed to reduce the deleterious impact of fly-tipping on the environment and to help local authorities optimise their resources so that they can plan better and clean up more effectively.

Nittant explained: “This was definitely a unique endeavour for me, as I haven’t taken part in an AI competition before. Paarth and I decided to approach the challenge by seeing problems that we could fix and innovate solutions for, and we had recently started noticing quite a lot of fly-tipping in our local area. We found it to be a widespread issue that affects many communities and has negative environmental and economic impacts, so we decided on making an app that uses an ML model to detect waste and report it to the local council. Winning the gold medal was a pleasant surprise, but we had worked hard on it, so it was a welcome one.”

WAICY is sponsored by a number of international commercial and educational organisations. The competition judges look first for the effective use of AI in entries and expect entrants to demonstrate a thorough understanding of what AI means. Competitors are expected to be able to demonstrate their understanding by answering questions about the technical aspects of their projects, including any coding that these involved.

After learning of his gold award, Paarth said: “This competition encouraged me to develop the critical thinking in me and helped to hone my skills in AI. It was an exhilarating opportunity to experience the competition on such a global platform.”

In fact, he said, taking part had helped him overcome his fear of getting involved in such large-scale competitions. “I would highly encourage everyone to participate, persevere and learn in all competitions, whether it is on a large or small scale.”

Deloitte innovation specialist Ed Greig demonstrated robots on his visit to QE – but told the boys to focus on the nature of any problem, not the technology involved in the solution.

Mr Greig, who works for Deloitte Digital (part of the global Deloitte financial services and consultancy group) as its Chief Disruptor, made it through the snow to give a lunchtime lecture about his work, which involves working with new technologies to understand how they can benefit clients.

He told the boys: “The mantra of my team is to fall in love with the problem, not the solution.”

He stressed the importance of understanding the true nature of problems, suggesting that invariably they are really about cultural change rather than technology – even if technology might be involved in the solution.

He gave the real-life example of a prosthetic arm for a six-year-old girl, where the issue was not merely the functionality of the limb, but making sure the girl would actually wear it by ensuring its design was fashionable and appealing, so that she would want to put it on.

There were now so many more opportunities to create and replicate experiences than even ten years ago, he said.

He gave demonstrations of both AI-powered software robots and hardware robots: having brought along a robot dog, he made it climb the stairs leading to the stage in the hall in QE’s Main Building.

He also sent a robot around Deloitte’s offices looking for people to say ‘hello’ to members of his QE audience – a task complicated by the fact that, as a result of the snow, the offices were virtually empty!

Mr Greig, a Fellow of the Royal Society of Arts, read Politics, Philosophy and Economics at the University of Warwick. After running his own web design business, he joined Deloitte in 2009 as a Technology, Creative and User Experience Consultant in 2009.

In his current role, his work involves demonstrating the benefits of new technologies in a tangible way by building proofs-of-concept and minimum viable products.

After winning plaudits at Harvard for his performance in a 24-hour ‘hackathon’, 16-year-old Soumil Sahjpall’s entry in an online follow-up event took third place, beating off competition from university teams worldwide.

During his trip to the US, Soumil rubbed shoulders with Ivy League students as he developed blockchain software for cryptocurrency TRON in a coding marathon. His app earned him an ‘honourable mention’ from the judges, who placed him in joint-ninth place out of 55 teams.

He then entered the TRON International Hackathon 3.0, an extension of the in-person event, which featured more than a thousand competitors from across the globe. Soumil said he was proud that his third place was the result of a vote by “a cryptocurrency community of thousands”.

Assistant Head (Pupil Destinations) James Kane said: “Our warm congratulations go to Soumil. He showed significant commitment in entering these competitions in the first place; he then demonstrated great skill and put in a huge amount of hard work to achieve international success against competitors several years older than him.”

TRON, a leading cryptocurrency with a current market value of $5 billion, set a brief to develop a dAPP, or “decentralized app” – that is, software that runs on the blockchain, as opposed to on a server hosted by technology giants such as Amazon or Microsoft.

The in-person hackathon at Harvard in Cambridge, Massachusetts, featured a 24-hour period dedicated solely to developing the dAPP. In addition, Soumil attended workshops, and there was time allocated to presenting and pitching to judges.

Because of his age, even taking part represented a success: the organisers cleared him to compete, based on his performance in previous hackathons. Altogether, 55 projects were presented by some 200 young people, most of them six or seven years older than Soumil.

“I found out about this hackathon with relatively short notice, so I competed solo,” he said. “I was relatively confident in my abilities and knew I’d still be having lots of fun, so that was all right. The average team size was around four members – with a maximum of five – so I was at a disadvantage.”

Although delighted with the honourable mention – one of only ten available – for his presentation, and the $500 cash prize that went with it, he said “the real take-away from this is the experience and the people I met.” These included students from Harvard, Yale, MIT and Boston’s Northeastern University.

In the online event, the TRON International Hackathon 3.0, Soumil submitted his project, which he called ‘Project Pledger’, under the ‘academy’ track, designated for university-level students and his work was voted third.

Two sixth-formers have been named as Arkwright Scholars after successfully demonstrating their prowess as engineers.

Darren Lee and Yash Patel laboured for months through a gruelling selection process for the scholarships, which will now provide them with financial and mentoring support during their A-level studies.

Head of Technology Michael Noonan said: “My congratulations go to both Yash and Darren: these scholarships are not lightly awarded, and the pair’s success is a reflection of their assiduous approach to the process, of their presentation skills, and, of course, of the excellent standard of their engineering.”

The long-running Arkwright programme is run by the national Science, Technology, Engineering & Mathematics (STEM) education charity, The Smallpeice Trust, and aims to inspire future leaders in engineering. This year, only 300 candidates were successful out of 1,423 applicants.

The benefits of the scholarships include a £600 personal financial award, £400 for the scholar’s school, mentoring, industry-based ‘Connect Days’ and invitations to university-based VIP receptions.

Darren and Yash, both of Year 12, were presented with certificates at an awards ceremony held at the Institution of Engineering and Technology in London.

As part of his application, Darren gave a presentation which covered the design and manufacture of  ‘Overlap’ – a rugby lineout machine that he devised (pictured top). He also featured in his presentation his involvement with VEX Robotics at the School.

The process included an engineering aptitude test and an online interview, during which candidates had both to make a presentation and to respond to technical engineering questions.

He said: “It’s an absolute honour to receive this scholarship, recognising my engineering skills and hours of hard work I’ve put into my technology projects. I’m incredibly proud to call myself an Arkwright Scholar.

“I believe that the networking aspect of this scholarship will prove to be very beneficial. As an Arkwright Scholar, I have access to the MentorNet platform, where I can communicate, discuss and receive feedback from some of the brightest young engineering minds in the country.”

For his part, Yash says that being an Arkwright Scholar will assist him in pursuing interests such as model-making, CAD design and 3D printing out of School and will help him fund a wishlist of projects, including making movie props and designing his own model train set and an electric guitar.

“It means I will be provided with opportunities, such as work experience, Connect Days and bursary offers or further scholarships, which may not be provided to others, as I will stand out to engineering-related organisations,” said Yash. “I have become a more competitive university applicant and can build up a larger network of prominent engineers and leaders in the industry.”