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A seven-strong team from Harrisons’ House won a Year 9 careers competition with their carefully thought-through design for a ‘smart’ water bottle that would use UV light to kill bacteria, viruses and fungi.

Team 4’s Water UVC bottle could thus benefit many millions across the developing world without access to safe drinking water, the boys explained in their richly illustrated, 31-page PowerPoint presentation. They even included an option for the UV lamp to be solar-powered to make the bottle viable for people who could not afford mains electricity.

The aim of the activity was to encourage boys both to develop their entrepreneurial skills and to make use of Science, Mathematics and Technology as they prepare to make their subject option choices.

The teams were given a choice of four briefs to work on, with Team 4 choosing the fourth  – “design and make a ‘smart’ water bottle that has at least one other function”.

Making the announcement that Team 4 had won, Assistant Head (Pupil Progress) Sarah Westcott said: “During last term’s lockdown, our usual face-to-face careers activities for Year 9 in this important period of their School careers had to be reimagined. We amended our plans so that boys could work from home, while still developing important work-related skills such as creativity, teamwork, independence and the ability to communicate their ideas.”

Dr Westcott judged the entries together with Head of Year 9 Sean Kelly, who is a Technology teacher.

“Both Mr Kelly and I loved the creativity and simplicity behind the winning design: all members of the team worked equally to realise the design brief and develop the marketing materials – which included a website!”

The boys’ PowerPoint presentation featured hand-drawn illustrations, as well as photography and computer graphics.

After an introduction, the presentation set out the whole process of turning the stainless steel bottle into a mass-produced product, with major sections entitled Design and Creativity, Manufacturing, Marketing and Pecuniary Matters (finance).

• Team 4 comprised: Shivam Vyas; Rohan Varia; Jenarth Thavapalan; Manthan Thakkar; Shrey Tater; Abyan Shah and Shreyaas Sandeep.

After a busy spring of online competitions, the Summer Term opens with all four QE teams now qualified for this year’s VEX EDR Robotics World Championship.

Hyperdrive and Override first reached the virtual international finals next month and then Tempest and Hybrid safely made it through, too, reports QE’s Head of Technology Michael Noonan.

Their achievement capped a term that saw the School host two successful international remote robotics events.

Head of Technology Michael Noonan said: “Both events saw the QE teams demonstrating great problem-solving, teamwork and communication skills as they made lots of last-minute adjustments online in order to optimise their robots or deal with technical faults.

“Boys are very happy that they can physically work on their robots now we are back in School. Everyone is looking forward to the world championship, and, with restrictions now beginning to ease, we are all hoping for more events before the end of the year, too.”

Teams from Canada, Taiwan, the US and UK, including one from QE, took part in the first QE-hosted event, which was held during lockdown.

The second QE event was a bigger remote skills tournament close to the end of the Spring Term. Twelve places were available, three-quarters of which were reserved for UK teams. Hyperdrive, competing in their first event, represented QE, together with Override and Tempest. Hybrid were unavailable. The QE teams took on five UK and three US teams close to the end of the Spring Term.

Each robot first had to pass an inspection before taking the field. Conducted over Zoom, the competition involved each team having 30 minutes to try to complete three ‘driver’ runs (where the robot is controlled by a driver using a remote control) and three ‘programming’ runs (where the robot moves around the field based on pre-programming – so once it starts there is nothing more you can do).

When competing on their own in such events (as opposed to directly against another team on the field of play, as would happen in an ‘in-person’ competition), the aim is to amass the highest score by picking up red balls and tipping them into the goals, while also ‘de-scoring’ as many blue balls as possible, dislodging these from the bottom of the goal stacks.

The winners were one of the two teams competing from Galion High School from the small city of Galion in the state of Ohio; they scored 110 points in the driving section and 45 points in the autonomous control section. The remaining US team were an independent team from Newnan, Georgia, who were placed second in the competition, with a score of 114 for driving and 28 for autonomous control (and were competing from a garage at 6.30am local time!).

The highest-placed UK team went to an independent team, which included one QE pupil, Year 11’s Yash Shah.

QE’s Tempest team came fourth with their highest score to date – a “highly respectable 122 points in total; 95 in driver and 27 in programming”, said Mr Noonan.

The event was administered by Mr Noonan, with Technology teachers Stephanie Tomlinson and Shane Maheady, and Technology assistant Jemima Snelson, handling the refereeing and scorekeeping.

Competition continued even on the very last day of term, when all the QE teams competed in a UK live remote skills event hosted by the Vex Robotics Training Academy in Warrington. Tempest and Override came third and fourth, with total scores of 132 and 113 respectively.

With this weekend’s Bahrain Grand Prix due to launch the new Formula 1 season, members of QE’s pupil-run Year 12 Engineering Society have been making front-page news with their own exploration of the hi-tech sport.

The Sixth Form engineers looked into how CFD (computational fluid dynamics) can be used to create a virtual wind tunnel for an F1 car design. And an article about their work penned by the society’s leaders, Nirmay Jadhav and Ansh Jaiswal, features prominently in the current edition of Futureminds, the magazine produced by CLEAPPS*, a national science and technology education advisory service. In the article, Nirmay and Ansh explain why they established the society, the activities they have already held and what they aim to do in the future.

Headmaster Neil Enright said: “I congratulate Nirmay and Ansh. This is a good example of the student-led clubs and societies that are such a feature of life at QE. We find them an excellent way for boys to display initiative and develop skills such as teamwork, while providing enrichment for themselves and for their peers.”

The pair’s achievement was also praised by Head of Technology Michael Noonan: “It has been encouraging to see how they have applied their knowledge to solving real-world problems using new and emerging technologies.”

In the article, Ansh and Nirmay state that they launched the society with a threefold aim:

• To educate members about the different engineering disciplines
• To help those interested in applying for engineering courses at university
• To pursue their own engineering interests and help others to do so, too.

One key meeting of the society looked at mechanical engineering, with members discussing why it is among the most popular fields in engineering. “To build upon this overview, we hope to incorporate some practical mechanical engineering with small challenges that can be worked upon weekly as a taster for the career of a mechanical engineer,” said Ansh.

In other sessions, members worked together to solve questions from Cambridge University’s Engineering Admissions Assessments (ENGAA). “This helped us get to grips with the principles and gave us all some preparation in advance,” Nirmay said.

But the undoubted highlights so far have been Computer-Aided Design (CAD) sessions, he said. “We went through the basics of how to design and develop models in 3D workspaces with Solidworks (our software of choice).” In the second week of these sessions, the society members focused on the simulations that can be carried out using Solidworks, including both the CFD simulation used to create the virtual wind tunnel and also FEA (Finite Element Analysis), which can be used to collect data about the performance of a 3D model. To explore FEA, the boys tested a load on a prism.

Ansh and Nirmay have plans to run further extra-curricular activities or competitions involving “the practical, hands-on aspects of engineering that we all enjoy”, while also boosting their skills and their appeal to employers and universities.

Besides Ansh and Nirmay, the society’s members are: Amudhu Anandarajah, Varun Vijay Kumar, Aiden Smith, Medushan Thevadaran and Alex Woodcock.

* CLEAPSS (Consortium of Local Education Authorities for the Provision of Science Services) is an advisory service providing support in science and technology to local councils and schools.

Year 8 pupil Keon Robert has won an international 3D design challenge with his idea for a solar-powered bulldozer with special caterpillar tracks based on those used on Moon rovers.

Judges in the Polar Cloud CAT Inc. Design Challenge congratulated him for combining creativity with practicality in his design, and he also won appreciation from other users of American manufacturer Polar 3D’s Polar Cloud online 3D design platform.

To maximise his chances in the competition, which was sponsored by heavy plant manufacturer Caterpillar, Keon even produced an alternative design for the other type of caterpillar – the larval-stage insect – in its natural setting, as well as later producing a design based on snowflakes.

Keon’s victory in the heavy machinery category of the competition won a Polar Cloud-enabled Polar 3D printer and $100 for Queen Elizabeth’s School.

QE Head of Technology Michael Noonan said: “Keon’s achievement is a truly remarkable one. He promoted and shared his idea widely, and his was an outstanding example of design and creativity. He received plaudits from Polar 3D’s CEO, Gregory Lalonde, and many others within the Polar Cloud platform, one which has over half a million members.”

Keon explained his thinking and the process by which he arrived at the bulldozer design.

“I decided to reimagine and reengineer your typical bulldozer by adding features which allow for greater accessibility to remote areas, as well as providing a greener alternative to the standard vehicles.

“Firstly, at the back, there is a retractable claw which is able to lift five tonnes. This was created as a feature to utilise when carrying more rubble or dirt. The treads for the vehicle are intended to be made out of wire mesh and rubber to ensure balance and protection, which is a necessity for users who require some means of transportation in more secluded regions.”

This combination of materials was, in fact, used by the vehicles taken on the Moon landing missions, and is, therefore, ideally suited to rocky environments, Keon explained in his design notes.

“Furthermore, photovoltaic cells were added in order to absorb the sun’s solar energy. This would then be converted to electrical energy to power the vehicle via a generator in the engine compartment. The engine compartment also includes lithium-ion batteries, as another energy source in the event of a breakdown.

“Finally, like any other bulldozer, there is another digger at the front, which can carry lift around 35 tonnes.”

Judges stipulated that entries should not only fulfil criteria such as printability, design execution and creativity, but also prioritised those, such as Keon’s, which garnered higher numbers of ‘likes’ on the online platform.

Keon entered the competition as a way of improving his CAD (Computer-Aided Design) skills and of engaging in the Polar Cloud platform – “essentially a workplace for engineers and designers to post and share their work…a STEM-oriented ‘Facebook’.

“I was frankly stunned when I found out I won the competition: the effort I had given it was extraordinary, so I felt it was definitely worth my time,” said Keon.

He added that he had surprised himself with the level of dedication he had brought to the competition, but feels that this will benefit him in the future, not least in terms of his schoolwork.

QE pupils, including both teams and individuals, have taken three of the top eight prizes in a summer competition to create a flight manual for astronauts travelling to Mars.

Lev Shafran, Achint Thakkar and Ye-Sung Baek, who are now in Year 12, collectively won the Best of Key Stage 4 Award in the second stage of the Galactic Challenge Journey to Mars Digital Competition, together with a teammate from another school.

The Science Award went to Medushan Thevadaran, also of Year 12, while the Illustration Award was won by Dylan Domb, pictured above, of Year 11. A further seven boys won gold awards, 15 took silver and six gained bronze.

Congratulating the winners, Head of Physics Jonathan Brooke said: “This was a popular competition among our boys, with 47 participants in 20 teams from Key Stage 3 through to Key Stage 5. It was an interesting challenge, requiring them to apply their skills in STEM [Science, Technology, Engineering, Mathematics] and to develop in areas such as teamwork, communication and leadership.

“There were also a few telling parallels between the challenges faced by astronauts confined to a spacecraft and those endured by the boys during lockdown.”

The competition to create the flight manual for a mission set in the year 2041 was the second stage of the competition – ‘Mission II’. QE boys also performed strongly in the first stage.

Chair of the Galactic Challenge Aadil Kara, who is also an Old Elizabethan (OE 2010–2017), explained that when Covid-19 forced the cancellation of in-person events, including one due to be held at QE, the organisation had instead launched the digital competition to allow participants to enter from home.

For the Mission II manuals, pupils were asked to propose ideas to help the astronauts stay physically and mentally healthy in isolation. They were also tasked with designing the overall configuration of the spacecraft and with suggesting experiments to be conducted during the nine-month journey.

After a rigorous anonymised judging process, the winners were announced. In their feedback, the Digital Competition Team praised the:

• Use of floorplans by Key Stage 4 Award-winners Lev, Achint and Ye-Sung to show astronauts the location of facilities on their spacecraft, The Aion. with eight separate modules serving different purposes. “There was excellent consideration of backup resources, and the use of shifts amongst crew members was an interesting proposition.”
• “Real scientific principles” underpinning the manual for Science Award-winner Medushan’s Genesis I “Medushan referenced physical phenomena in lots of areas, including fuel used in the propulsion system, osmosis used in the water reclaimer, and dietary modifications for the astronauts to mitigate against radiation exposure.”
• “Impressive illustrations” from different elevations provided by the Illustration Award-winner, Dylan, for his Explorer Vessel Cyclops. “Dylan also used labelling and annotations throughout to bring the diagrams to life, explaining the purposes of all the components on the vehicle.”

Commenting afterwards from the Key Stage 4 Award-winning team, Lev said: “I am proud to have worked with such an outstanding team, and I would love to work with them again. I learnt both organising and entrepreneurial skills through the transitioning of a product into a specific format, and it has further inspired me to pursue my interest in astrophysics and aerospace engineering.” Achint said that not only was it a “rather interesting experience since it enabled me to research and predict the form that space travel might take 30 years into the future based on the technology which is growing right now and which might be useable sooner than people think” but it also required him to do some wider reading, which was good preparation for the A-level Physics he has now begun. Ye-Sung added: “I’m most proud of an element of the spacecraft that actually didn’t make it into the final submission, as we didn’t have time to put it in. It was a solenoid that would have blocked solar wind, ensuring the relative safety of those onboard.”

Year 11 pupil Ashwin Sridhar has crowned a series of wins in competitions he entered during lockdown with outstanding international success in the prestigious Microsoft Imagine Cup Junior.

He was named among just three winners from across the vast EMEA (Europe, Middle East and Africa) area after designing an artificial intelligence-powered device to help tackle the crisis in care for the elderly. Ashwin was one of only nine winners across the whole world and was the sole UK winner.

The same design also brought him success in another competition – the Connect the Community: Design Challenge – where it was named among the 10 winning entries in phase 1 of the challenge.

Congratulating him, QE’s Head of Technology Michael Noonan said: “Ashwin is an outstanding Technology student who has had a tremendous year. Despite the challenges of the school closure, or perhaps even taking advantage of them, he threw himself into many competitions using his vast technological experience. He was successful in eight competitions on a local, national and, with his latest win, international level. He should be extremely proud of his achievements this year, and he undoubtedly has a bright future ahead of him!”

Like the Imagine Cup, Microsoft’s sister competition for older students, Imagine Cup Junior provides those aged 13 to 18 with the opportunity to learn about technology and about how it can be used to positively change the world. In 2020, the competition was focused on artificial intelligence (AI), with participants challenged to come up with ideas to solve social, cultural and environmental issues.

Ashwin’s design, named AI RetroMate, is an all-in-one solution to help the elderly and carers with their everyday lives. An Internet-connected hub that dispenses, chats, and detects loneliness, AI RetroMate is controlled by a virtual caregiver and aims to support independence for elderly people who require care but want to stay at home.

Its features include:

• A remote connection that uses cellular IOT (Internet of Things) technology to keep carers and patients connected reliably and securely, thus helping reduce the cost and strain of full-time care
• A ‘chatbot’
• A remote hub with a built-in a pill dispenser, incorporating facial recognition for additional safety
• An attractive retro design.

After first researching online, Ashwin entered the cup competition, using AI to develop and prototype the device. As part of the project, he had to delve into advanced Mathematics to help enhance the prototype, using, for example, ‘nearest neighbour’ algorithms and linear regression models.

Ashwin developed his project late in lockdown, deploying CAD (Computer-aided Design) and electronics to create a prototype, using skills that he had learned in Design and Technology and in Physics.

Speaking on behalf of the judging panel, Tina Jones, Business Strategy Lead, Azure Skills and Employability, said: “The judges were thoroughly impressed by AI RetroMate, especially the research [Ashwin] had undertaken into the difficulties faced by the elderly and by carers and how to create something to improve the quality of their lives.

“We particularly liked how [he] added a chatbot following initial product feedback, and the video, and how [he] brought the product to life with [his] CAD drawing was incredible.  [Ashwin’s] concept, ethics and use of AI was thorough, well thought-through, and it was clear how much effort [he] had put into [his] project.”

Ashwin, who won a trophy as well as a prize of Microsoft’s Surface Go tablet computer and case, said: “This project has helped me to explore STEM [Science, Technology, Engineering & Mathematics], using and developing skills from class to help solve real-world problems.”

In the Connect the Community: Design Challenge (run by RS Components, Nordic Semiconductor and Cadent), having been chosen as one of the international winners of phase 1, Ashwin is now working towards a final prototype, in time for the second phase, where he could receive the funding to help to bring his product to life.