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Developing the next generation of telecoms engineers

5th October 2026

Telecoms engineering is changing. As the systems that keep people connected become increasingly digital and data-led, the next generation of engineers will need to combine technical knowledge with digital confidence, adaptability and practical problem-solving.

Our recent Apprenticeship Open Days at Shared Access’ Milton Keynes technical facility, held in partnership with West Thames College, gave prospective apprentices an introduction to our engineering environment and the skills they could develop through an apprenticeship.

Safe working was central to that introduction. A health and safety briefing covered the importance of asking questions when unsure, following supervisor guidance and building good habits from day one. These principles underpin the practical skills and technical confidence apprentices develop.

Jasmine from West Thames College explained how structured college learning supports workplace experience. An update on the current apprenticeship journey also gave attendees insight into how apprentices develop over time and use internal systems as part of their learning.

Department demonstrations followed the journey of a connectivity project, from survey, design and network planning through to build, testing and long-term maintenance. Attendees explored how projects are assessed and planned, how designs are delivered safely and effectively and how ongoing support and fault finding help keep infrastructure operating reliably.

Hands-on exposure to specialist test and measurement equipment introduced the methods used to check performance, validate installations and record accurate results. Network design and planning examples showed how networks are mapped and modelled around real connectivity requirements.

Innovation was brought to life through demonstrations of CAD, 3D modelling and 3D printing. Attendees saw how digital tools and 3D printed components support retrofit solutions, helping our engineers adapt designs to site conditions and solve practical installation challenges.

Alongside technical capability, we want to develop engineers who can think beyond a single task, take responsibility and find practical answers to new problems. The day showed how real project experience, a strong safety culture and a supportive learning environment help apprentices build that confidence.

It was great to see such strong engagement, with attendees asking questions and gaining a clearer view of what a future apprenticeship with Shared Access could look like. Thank you to West Thames College, everyone across Shared Access who contributed and all those who joined us.

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National Gallery, London.Read More

Distributed Antennae System (DAS) / Base Station Hotel Solution

PICTURE PERFECT CONNECTIVITY FOR A GLOBAL ICON

After a competitive tender process, we were appointed by the National Gallery (one of the greatest art galleries in the world) to design, deploy, operate and maintain a multi-operator mobile connectivity service within its new office hub at the heart of the famous Grade I listed building in London.

Continue Readingabout the PICTURE PERFECT CONNECTIVITY FOR A GLOBAL ICON case study

A FIRST FOR PREMIER LEAGUE FOOTBALL - CONNECTING 60,000+ FANS

Shared Access and Tottenham Hotspur embarked on an audacious mission in 2017 – to bring world class connectivity to Tottenham’s new stadium.

Building upon Shared Access’ previous experience deploying connectivity in large venues, the new system was designed, installed and fully funded by Shared Access. The stadium opened in April 2019 with all four UK mobile network operators live for the first game – a first in the UK.

Continue Readingabout the A FIRST FOR PREMIER LEAGUE FOOTBALL - CONNECTING 60,000+ FANS case study

STATE OF THE ART TOWER AT HEATHROW

In August 2022 we completed our largest build to-date. The 45m state of the art tower and secure compound at Heathrow provides coverage for the National Air Traffic Services business, all UK mobile operators (EE, O2, Three and Vodafone) and Transport for London. It also has the capacity to take future tenants, allowing for additional connectivity in the Heathrow and Feltham area.

Continue Readingabout the STATE OF THE ART TOWER AT HEATHROW case study

Installation of Wi-Fi 6 at Berthon Marina, Lymington.

During the busy season, Berthon Marina has up to 250 boats in residence, all with multiple devices connecting to the marina’s Wi-Fi.  This was creating a heavily congested network environment and a poor end user experience. Connection speeds were grinding to a halt, with berth holders and visitors frequently being disconnected or simply unable to connect. Card payments for fuel or food and beverage became impossible to process with all the associated customer frustrations and commercial impact.

Continue Readingabout the Installation of Wi-Fi 6 at Berthon Marina, Lymington. case study

Tunnels are historically tough locations to get a phone signal. Traditional masts provide coverage outdoors to locations that can be seen – tunnels by their nature are underground, compact and often have lots of twists and turns that all stop existing outdoor signals from penetrating inside.

The Tyne Tunnel is no different. Originally opened in 1967, the seven miles of tunnels connect the town of Jarrow with North Shields and Howden. The traffic that passes through the tunnel allows vehicles both a way in and out of Newcastle. Over 40,000 vehicles travel through the Tyne Tunnel every day – that’s over 14,000,000 vehicles a year.

Continue Readingabout the case study
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