IET
Lewis Howard Latimer Life Story: Inventor and Innovator
updated
The IET delivers three programmes across the UK and Ireland for children aged 4 to 16 years. • FIRST® LEGO® League Challenge (for 9-16 year olds) — teams work together to design, build and program an autonomous LEGO® robot to solve a series of missions. • FIRST® LEGO® League Explore (for 6-9 year olds) — teams build a LEGO®Model and program it to move, whilst also creating a team research poster. • FIRST® LEGO® League Discover (for 4-6 year olds) —children develop STEM skills and language whilst learning through play using a themed DUPLO® set.
Teams in all divisions research a project, come up with innovative solutions and communicate their ideas. Throughout their work, they have to demonstrate the FIRST® LEGO® League Core Values, which include teamwork, innovation and impact.
More about the IET We are one of the world’s largest engineering institutions. Along with our partner organisations, we’re passionate about inspiring and supporting students with their STEM studies, helping them to develop valuable skills for the engineering sector and the wider economy.
We also support teachers through our primary and secondary education websites at theiet.org/education, which include curriculum-linked teaching resources and activities to inspire young students to find their inner engineer. We are the proud operational partner of FIRST® LEGO® League across the UK and Ireland.
Links: firstlegoleague.co.uk Facebook: @FirstLegoLeagueUK and @IETeducation Twitter: @FLLUK and @IETeducation Instagram: @IETeducation
Learn more at bit.ly/3E6rD3R
At the IET, we believe that trusted research should be discoverable, open, and shareable as quickly as possible to help solve the global challenges that matter. That’s why we’ve been helping scientists and engineers to share their research, knowledge and ideas for over 150 years.
Whether you’re looking for an original idea for your next research project, to collaborate with like-minded researchers, get up to speed with the latest research in your field, find somewhere to publish your work open access or raise your profile, the IET can support you at each stage of your research workflow. How will the IET support you? Find out and start your research journey at: www.theiet.org/publishing.
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Keep up to date with the latest news and opportunities:
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The conference is part of the IET’s flagship Powering Net Zero Week, which takes place in Glasgow on 15-16 November 2023 and is designed to give all engineers a learning and meeting point to discuss technical challenges and developments related to Net Zero.
More information is available from bit.ly/3L4aE5g
delivered in the UK and Ireland by the Institution of Engineering and Technology.
Learn about the new theme and what the teams will be required to do for each of the three age divisions:
FIRST® LEGO® League Discover, for 4-6 year olds; FIRST® LEGO® League Explore, for 6-9 year olds; and FIRST® LEGO® League Challenge, for 9-16 year olds.
For more information, and for the MASTERPIECE℠ training videos for each division, please visit our website: www.firstlegoleague.co.uk.
As part of the campaign we’ve tasked children with designing a football kit fit for the first Lunar football team, Moon United. The competition is open to 4 – 13 year olds until 15 September. Our Moon United competition is part of our annual Engineer a Better World campaign which aims to challenge outdated perceptions of the engineering industry and encourage more children to be excited and inspired by a potential future career in Science, Technology, Engineering and Maths.
To find out more, please visit: Inspiring children to discover STEM (theiet.org).
ECOC 2023 - the 49th European Conference on Optical Communication – takes place in Glasgow on 1 – 5 October 2023. You can find out more at bit.ly/3UIgMob
In collaboration with leading industry players like BT, Horiba MIRA, Angoka, and REE, the 'Harlander' project aims to accelerate the advancement of autonomous vehicles in public transport, effectively meeting the increasing demand for efficient and sustainable transportation across the region. Leveraging the collective expertise of these partners, the project establishes a four-vehicle passenger shuttle service that operates on mixed-use public roads, seamlessly connecting the Titanic Quarter railway station to Thompson Dock in Queen's Island.
The Harlander service caters to the transportation needs of residents, visitors, and employees, offering convenient access to prominent venues such as Titanic Belfast, Catalyst, and Belfast Metropolitan College. This transformative solution not only supports substantial economic growth but also aligns with the long-term strategic transport plans of Belfast Harbour, contributing to the development of Belfast's Innovation District.
With a firm focus on self-driving technology and its potential, the Harlander project aims to deliver the most advanced autonomous self-driving buses in the UK. This initiative serves as a testament to the UK government's support for connected and automated mobility and showcases the nation's transportation advancements. Moreover, it fuels the ongoing public transport revolution by revolutionizing the way people commute and enhancing rural connectivity.
Emphasizing road safety as a top priority, the Harlander project harnesses the potential of self-driving technology to provide efficient and reliable public transport services. It stands at the forefront of the future of public transport, propelling the UK's transportation landscape into a new era of innovation.
Read more advice from the Evil Engineer in Engineering & Technology magazine: eandt.theiet.org/tags/evil-engineer
Is ageing another disease that can be ultimately cured? We will look at the biology of ageing and discuss what actually are age-related diseases, can lifespan be extended and are centenarians different? Additionally how can artificial intelligence create robotic and software assistants to improve the quality of life as we age and is living past 120 or even forever possible in any form?
Autonomous Self-Driving Buses in Cambridge: Enhancing Public Transport with Government Support
Residents and visitors of Cambridge will soon have the opportunity to experience a ride in these self-driving shuttle buses, thanks to a pilot initiative that secured a share of £84 million in combined government and industry support for self-driving transport technology. The government's contribution of £42 million is matched by an additional £42 million from industry stakeholders.
Overseen by the Greater Cambridge Partnership and supported by the digital connectivity programme Connecting Cambridgeshire, the Cambridge Project Connector will introduce an on-demand autonomous self-driving shuttle service. This service will operate within Cambridge University's West Cambridge Campus and the Cambridge Biomedical Campus, complementing existing transportation options within the city. The vehicles, which will first hit the roads in early 2024, will initially have safety drivers on board as a precautionary measure. However, the long-term plan entails operating the shuttles without safety drivers, relying instead on remote monitoring. The government has allocated £8.7 million to the project, which has been matched by industry, resulting in a total budget of £17.4 million.
This ground-breaking endeavour stands among seven successful projects across the UK, representing the most advanced commercial autonomous self-driving passenger and freight operations globally. The grants awarded, part of the Centre for Connected and Autonomous Vehicles' Connected and Automated Mobility programme, serve to empower British companies to capitalise on early opportunities, transforming experimental projects into market-ready solutions.
In addition to the Cambridge initiative, nearly £600,000 has been allocated for feasibility studies exploring how self-driving technology can enhance public transport in four other regions of the UK. These studies will investigate potential routes where automated vehicles could operate independently of regular traffic, thereby alleviating congestion. The designated areas for these studies include the A414 in Hertfordshire and Essex, Birmingham and Solihull, Milton Keynes, and eastern Cambridge. Within the Cambridge project, the Greater Cambridge Partnership team will collaborate with Arup and Costain, a construction engineering company, to examine how a proposed corridor can facilitate connections between new developments in eastern Cambridge and the railway network at Cambridge Station.
The introduction of autonomous self-driving vehicles holds the potential to transform public transport and passenger travel, particularly benefiting those who do not drive, while fostering improved connectivity for rural communities and reducing road accidents caused by human error. Forecasts indicate that by 2035, 40% of new car sales in the UK will possess self-driving capabilities. The connected and automated mobility market is projected to be valued at £41.7 billion, making a significant contribution to the UK economy and creating approximately 40,000 skilled jobs in connected and automated vehicle (CAV) technology.
Recognising the importance of safety, the government is committed to enacting legislation that enables the safe and timely integration of self-driving vehicles on UK roads. To achieve this, a proposed "safety ambition" mandates self-driving vehicles to demonstrate an equivalent level of safety to that of a competent and vigilant human driver. These vehicles must meet specific standards to be authorised for autonomous operation throughout their lifespan. Entities overseeing self-driving vehicles may face penalties if they fail to uphold these standards.
ECOC 2023 takes place in Glasgow on 1 – 5 October 2023. You can find out more at bit.ly/3UIgMob
The TI Fluid Systems E-Mobility Innovation Center (e-MIC) in Rastatt, Germany is part of TI Fluid Systems' "Take The Turn" strategy, which aims to enhance its capacity and capabilities to deliver flexible, energy-efficient systems for electric vehicles.
The e-MIC features a collaborative environment that combines six core competencies: virtual engineering, design, processing, prototyping, product testing, and vehicle testing. This enables TI Fluid Systems' engineers to design, develop, and simulate thermal management systems and components for electric vehicles all under one roof. The goal is to streamline product development cycles and bring new products to market faster, helping customers navigate the complex transition to electric vehicles.
The centerpiece of the facility is a high-resolution LED screen for 3D simulation. Measuring 9 meters x 2.5 meters, the 9-megapixel panel enables engineers to display, analyze, and redesign 3D models of thermal systems and components within a full electric vehicle architecture, in a simulated environment.
Overall, the TI Fluid Systems E-Mobility Innovation Center is an impressive facility that has the potential to play a significant role in shaping the future of electric vehicles.
00:00 - Countdown
11:03 - Opening Ceremony
46:45 - Live from Studio
Robot Games, Round 1
1:03:00 - Reading Blue Coat Team 1 - Reading Blue Coat School
1:07:51 - Team CERC Innovators - Cambourne Electronics and Robotics Club
1:13:07 - Westonbot Voyagers - Westonbirt School
1:19:53 - Superpowered Superstars - George Romney Junior School
1:26:45 - The Mini-Plumbers - South View Community Primary School
1:32:01 - AquaDucks - Deepings School
1:39:03 - Longthorpe Legends - Longthorpe Primary School
1:43:02 - The Penpol Pumpkins - Penpol School
1:48:37 - The STEMners - Fettes College
1:53:54 - Electric 8 - Cullercoats Primary school
1:57:51 - Ambitious Acorns - Derwendeg Primary
2:01:49 - Harton Primary Puzzlers - Harton Primary School
2:06:54 - Break
2:28:58 - Robot Games, Round 2
2:28:53 - Tech HEds - Tech HEds
2:33:28 - Razor Sharp Minds - Reigate St Mary's School
2:38:05 - STEM Marshmallows - Aberdour School
2:43:48 - VoidTech - Dunblane High School
2:49:44 - Thomas Telford - Thomas Telford School
2:54:17 - United Energy - Fridaskolan Trollhättan, Sweden
2:58:27 - Solar Savers - Truro High School
3:05:24 - ReCharged Raptors - ELF_INSPIRE
3:10:11 - End_Tec - Endon High School
3:17:59 - SUSTAINABLE 7 - St Benet's RC Primary School
3:22:20 - Towerbank Primary - Towerbank Primary School
3:27:39 - The Energy Eagles - Alsager School
3:32:55 - Break
4:01:42 - Robot Games, Round 3
4:04:39 - Exploding Ketchup - Wilson's School
4:09:08 - FrancoDroid - Liceu Franco Brasileiro
4:14:44 - Lego Mogs - Ysgol Morgan Llwyd
4:22:57 - Rochin' Robotics - St Roch’s Secondary
4:30:04 - Team CERC Activators - Cambourne Electronics and Robotics Club
4:36:15 - SESI SENAI ROBOBEN - UNIDADE INTEGRADA SESI SENAI CARLOS GUIDO FERRARIO LOBO
4:40:04 - Energy Animals - ELFINSPIRE
4:45:10 - INOV8 - Home Team
4:53:13 - The Incredilegos - Bradford Grammar School
4:59:22 - RealTechBot - Out of School
5:04:37 - Elizabrick - Tweedmouth Community Middle School
5:09:17 - Bricking it! - Quest Home Ed Group
5:14:58 - Break
5:33:18 - Robot Games, Knockout Competition match-up announcements
5:39:11 Top 12 - The Incredilegos - Bradford Grammar School
5:46:27 - Interview with FLL allumni
5:54:20 - Top 8 announcements
6:00:52 - Top 8 - The Incredilegos - Bradford Grammar School
6:07:29 - Top 4 Announcements
6:14:06 - Top 4 - RealTechBot - Out of School
6:20:10 - Top 2 Announcement
6:23:54 - Thomas Telford - Thomas Telford School
6:26:44 - Raffle
6:29:42 - Break
6:42:58 - Day Highlights
6:54:12 Awards Ceremony
In this podcast series the evil engineer answers readers letters and although they are incredibly busy with their Evil Engineering obligations, the Evil Engineer has recognised the importance of sharing their Evil expertise with the villainous community.
Whether the questions pertain to incendiary seagulls or plunging the earth into eternal darkness, the Evil Engineer will deliver informed advice on your most evil ambitions.
Read more advice from the Evil Engineer in Engineering & Technology magazine: eandt.theiet.org/tags/evil-engineer
Rufus Boyd (GBRTT) will outline how GBR will give clear, long-term direction and join up decision making across the rail system. He will focus on implications for whole system thinking in incentives and service contracts, the crucial role of the supply chain in innovation and delivery,
as well as the ever thorny issue of how to manage Research Development and Innovation.
00:00 - Countdown
09:24 - Opening Cermoney
Robot Games, Round 1
52:53 - LEGO SETSS - Stepaside Educate Together Secondary School & TTS - The Teresian School
57:55 - Powered Pitch Pros - St Colmans National school & Mounthawk Masterminds - Mercy Secondary School Mounthawk
1:02:58 -The Giants - Sacred Heart School Tullamore & LEGO Legends - Terence Mac Swiney CC
1:08:02 - Dr Jekat - Foroige West Iveragh UBU & SMARTlab Skelligs
1:12:28 - The Cool Brickz - Bronte Primary School & Steminists - Manor House School
1:17:28 - SHC Savers - Sacred Heart College & LEGO Legion - Colaiste Iosagain
1:22:33 - Blarney Blockbusters - Scoil Mhuire Gan Smal & Watt-de-Mata - Coláíste Daibhéid
1:32:42 - The Treehouse Gang - The Treehouse Gang & Robotanists - St Andrews College
1:37:50 - LEGO LADS - Loreto Abbey Dalkey & Fusioneers - North Longford Senior branch Irish Girl Guides
1:42:31 - Scoil Treasa Naofa - Scoil Treasa Naofa & Corncrakes - Presentation Secondary School Warrenmount
1:47:28 - SWARM - Irish Girl Guides Macalla Trim & Beech Hill College - Beech Hill College
1:52:12 - Eco Energy Engineers - Ballymena Academy & Spaceoddities - St Andrews College
1:59:08 - Scoreboard update
2:02:27 - Break
Robot Games, Round 2
2:23:20 - Robotanists - St Andrews College & Blarney Blockbusters - Scoil Mhuire Gan Smal
2:30:06 - The Treehouse Gang - The Treehouse Gang & Watt-de-Mata - Coláíste Daibhéid
2:34:06 - Fusioneers - North Longford Senior branch Irish Girl Guides & Powered Pitch Pros - St Colmans National school
2:38:49 - Scoil Treasa Naofa - Scoil Treasa Naofa &- TTS - The Teresian School
2:42:46 - Beech Hill College - Beech Hill College & LEGO SETSS - Stepaside Educate Together Secondary School
2:50:48 - Corncrakes - Presentation Secondary School Warrenmount & LEGO LADS - Loreto Abbey Dalkey
2:55:03 - SWARM - Irish Girl Guides Macalla Trim & Spaceoddities - St Andrews College
3:00:12 - Mounthawk Masterminds - Mercy Secondary School Mounthawk & Eco Energy Engineers - Ballymena Academy
3:05:34 - Steminists - Manor House School & The Giants - Sacred Heart School Tullamore
3:12:13 - SHC Savers - Sacred Heart College & The Cool Brickz - Bronte Primary School
3:20:22 - LEGO Legion - Colaiste Iosagain & LEGO Legends - Terence Mac Swiney CC
3:24:48 - Dr Jekat - Foroige West Iveragh UBU & SMARTlab Skelligs
3:30:18 - Scoreboard update
3:33:44 - Break
Robot Games, Round 3
4:08:10 - Mounthawk Masterminds - Mercy Secondary School Mounthawk & LEGO SETSS - Stepaside Educate Together Secondary School
4:13:25 - Spaceoddities - St Andrews College & Scoil Treasa Naofa - Scoil Treasa Naofa
4:17:42 - TTS - The Teresian School & LEGO Legion - Colaiste Iosagain
4:25:11 - LEGO Legends - Terence Mac Swiney CC & Steminists - Manor House School
4:29:20 - SWARM - Irish Girl Guides Macalla Trim & The Giants - Sacred Heart School Tullamore
4:35:23 - Watt-de-Mata - Coláíste Daibhéid & Beech Hill College - Beech Hill College
4:40:47 - Dr Jekat - Foroige West Iveragh UBU & SMARTlab Skelligs
4:46:32 - The Treehouse Gang - The Treehouse Gang & Blarney Blockbusters - Scoil Mhuire Gan Smal
4:51:40 - SHC Savers - Sacred Heart College & Robotanists - St Andrews College
4:57:22 - LEGO LADS - Loreto Abbey Dalkey & Powered Pitch Pros - St Colmans National school
5:02:37 - The Cool Brickz - Bronte Primary School & Fusioneers - North Longford Senior branch Irish Girl Guides
5:08:20 - Eco Energy Engineers - Ballymena Academy & Corncrakes - Presentation Secondary School Warrenmount
5:14:22 - Scoreboard update
5:27:33 - Break
Robot Game Knockouts
5:34:29 - Knockouts Heat 1
SWARM - Irish Girl Guides Macalla Trim
LEGO LADS - Loreto Abbey Dalkey & Powered Pitch Pros - St Colmans National school
The Cool Brickz - Bronte Primary School
Dr Jekat - Foroige West Iveragh UBU & SMARTlab Skelligs
5:41:28 - Knockouts Heat 2
Watt-de-Mata - Coláíste Daibhéid
The Treehouse Gang - The Treehouse Gang
Mounthawk Masterminds - Mercy Secondary School Mounthawk
LEGO SETSS - Stepaside Educate Together Secondary School
5:50:47 - Knockout rematch due to ties
SWARM - Irish Girl Guides Macalla Trim vs LEGO LADS - Loreto Abbey Dalkey & Powered Pitch Pros - St Colmans National school
Mounthawk Masterminds - Mercy Secondary School Mounthawk vs LEGO SETSS - Stepaside Educate Together Secondary School
5:59:29 - Knockout Semi Finals
Watt-de-Mata vs Dr Jekat
SWARM vs Mounthawk Masterminds
6:09:25 - Mounthawk Masterminds vs Dr Jekat
6:15:00 - Break
6:29:54 - Highlights
6:38:47 - Award Ceremony
The Greater Cambridge region has achieved growth and success on an international scale, but high commuter demand has led to issues of congestion and poor air quality. As Cambridge continues to be one of the fastest growing cities in the UK these issues are getting worse.
Reduction in private car use is seen as critical in addressing these issues. To achieve this the Greater Cambridge Partnership and partner Cambridgeshire County Council are looking at how technologies such as autonomous vehicles can support public transport networks.
The Cambridge Connector project will undertake an at-scale trial of on-demand self-driving vehicles, with up to 13 electric vehicles providing passenger services that integrate with existing public transport in Cambridge.
Services will operate on two sites: The University of Cambridge’s West Cambridge Campus and the Cambridge Biomedical Campus. The 12-month trial will be undertaken in a phased manner supported by thousands of simulated scenarios. The self-driving vehicles will use a 5G connected Remote Monitoring and Tele-Operation service to support autonomous operation and enable a cost-effective deployment.
Key to the project is engagement with Stagecoach: providing a self-driving service run by an existing local operator, including its staff and management, ticketing, and payment mechanisms.
£8.7 million has been awarded by government, matched by industry to a total £17.4 million. The Cambridge project will pilot on-demand self-driving vehicles. The lead partner Greater Cambridge Partnership is the local delivery body for a City Deal with central government, and working in partnership with Cambridgeshire County Council, Cambridge City Council, South Cambridgeshire District Council and University of Cambridge.
Project partners include: dRisk, Stagecoach East, IPG Automotive UK, Conigital Ltd and Gamma Energy as well as the Greater Cambridge Partnership.
This project will research, build, trial and evaluate the deployment of a highly automated, remotely supervised, zero-emission passenger mobility service in the City of Sunderland. This will increase connectivity between a key transport interchange (bus, rail and metro) and two high-volume destinations: the University of Sunderland City Campus and Sunderland Royal Hospital.
The government is awarding almost £42 million to 7 projects through the Centre for Connected and Autonomous Vehicles (CCAV) Commercialising Connected and Automated Mobility (CAM) competition. Industry consortia will match the public grant to around £84 million and will be expected to demonstrate a sustainable commercial service by 2025. The grants, part of the Centre for Connected and Autonomous Vehicles Connected and Automated Mobility programme, will help British companies seize early opportunities to develop experimental projects into offerings ready for the market.
Project partners include: Stagecoach North East, ANGOKA Ltd, Aurrigo (Richmond Design and Marketing Ltd), Newcastle University, Swansea University, and BAI Communications
This government funded project will deliver an all-new autonomous zero-emission HGV tractor unit for the UK market, enabling significant efficiency and operational cost savings for logistics operators. This deployment will demonstrate this service for leading retailer to elevate public perception and develop new business models.
The project is one of seven successful projects from around the UK, and forms the most advanced set of commercial, self-driving passenger and freight operations anywhere in the world.
The grants, part of the Centre for Connected and Autonomous Vehicles Connected and Automated Mobility programme, will help British companies seize early opportunities to develop experimental projects into offerings ready for the market.
The Hub2Hub consortium is playing a significant role in supporting both goals with HVS’ ground-breaking emission-free hydrogen-electric HGV, to deliver an all-new autonomous zero-emission HGV tractor unit for the UK market.
HVS’ innovative HGV will decarbonise one of the biggest polluting sectors on our roads, working in partnership with Fusion Processing Ltd to expediate the development of Hub to Hub autonomous driving technology with Fusion’s automated drive systems, delivering never-seen-before levels of efficiency and operational cost savings for logistics operators, as well as providing new employment opportunities.
The deployment trial of the autonomous HGV, planned for September 2024, will demonstrate this service for a leading retailer to elevate public perception, showcasing the potential autonomy can deliver thanks to increased safety and fuel savings, and develop new business models.
This project will see Stagecoach, the UK’s largest bus operator, extend the route of the existing CAVForth autonomous bus service, from Edinburgh Park station to Dunfermline city centre. The extended route capability will come from an upgraded version of the CAVStar® ADS (Automated Drive System) that will be developed by Fusion Processing Ltd during the project. CAVForth2 will also utilise an autonomous version of the new Enviro100AEV electric bus from Alexander Dennis.
The project is one of seven successful projects from around the UK, and forms the most advanced set of commercial, self-driving passenger and freight operations anywhere in the world.
The grants, part of the Centre for Connected and Autonomous Vehicles Connected and Automated Mobility programme, will help British companies seize early opportunities to develop experimental projects into offerings ready for the market.
CAVForth II – Fusion Processing - £10.4 million to launch the world’s first operational, full-sized, self-driving bus service, in Edinburgh, with Stagecoach and Alexander Dennis
Self-driving vehicles could revolutionise public transport and passenger travel, especially for those who don’t drive, better connect rural communities and reduce road collisions caused by human error. Forecasts predict that by 2035, 40% of new UK car sales will have self-driving capabilities, with a total market value for connected and automated mobility worth £41.7 billion to the UK. This could create nearly 40,000 skilled jobs in connected and automated vehicle (CAV) technology.
£5.2 million awarded by government, matched by industry to a total £10.4 million. This project will allow Stagecoach to launch what is believed to be the world’s most complex full-sized automated bus service, running along a 14 mile route, and building on a pilot project that is nearing completion. This project will test and refine the commercial service model, from the current ‘Captained’ service, with a staff member onboard, to future deployments with smaller vehicles which could operate with no staff on board.
Project partners include: Stagecoach Group, Alexander Dennis Limited, University of the West of England, and Edinburgh Napier University.
Tags: CCAV, CAV, world first self-driving bus, self-driving bus, CAVForth, iet, transport, Zenzic, Stagecoach
Read more advice from the Evil Engineer in Engineering & Technology magazine: eandt.theiet.org/tags/evil-engineer