How the digital sector is advancing infrastructure across Greater Manchester

techUK, Greater Manchester Combined Authority (GMCA) and Transport for Greater Manchester (TfGM) were delighted to convene a round table looking at how the digital sector can support communities and advance infrastructure across the Greater Manchester (GM) region.

With ambitious regional goals around achieving net zero, promoting equality and inclusion, and driving innovation, the roundtable delved into the complexities of these objectives and the challenges ahead.


At the heart of the discussion was the recognition of the GM region's vibrant diversity, both in terms of its population and its policy-making landscape. With approximately 2.8 million inhabitants and 7 million people living within a one-hour commute, the region is home to a thriving digital economy, with over 90,000 working in the tech sector.


However, this economic success stands in contrast to persistent inequalities and a recognition of the importance of levelling-‘outward’ to ensure GM’s prosperity is shared amongst people and places throughout the North.

 

Outcomes-led and community-backed thinking

Throughout the session, participants from the technology sector underscored the urgent need to harness technology to improve the lives of all residents and create fairer, greener communities. Central to this endeavour is ensuring that innovation is outcome-led and community-backed. The round table emphasised the importance of building consensus among stakeholders and fostering a culture that embraces experimentation, where failure is viewed as a stepping stone to progress.


A key challenge identified was the digital divide, which leaves many residents excluded from the benefits of technological advancements. Strategies discussed ranged from improving connectivity and providing digital skills training to addressing the underlying causes of exclusion. Digital inclusion is not just a matter of access but also of ensuring that technology serves the diverse needs of all community members.


Furthermore, the round table highlighted the crucial role of local authorities and community engagement in facilitating the translation of technology into tangible benefits for residents. This involves not only effective communication and marketing but also co-designing solutions with communities and ensuring that their voices are heard throughout the process.


Education emerged as a vital component of the broader effort to foster inclusive innovation. Participants emphasised the need to integrate digital literacy into school curricula and to engage students in understanding the societal impacts of technology. By empowering the next generation with the skills and knowledge to navigate the digital landscape, the GM region can lay the foundation for a more equitable and sustainable future.

 

Sustainable transport for schools

Colleagues from Transport for Greater Manchester explained the importance of increasing the number of journeys taken for education to sustainable modes. Currently, 1 in 5 trips taken in the region are taken for education, however a reliance on the car is putting pressure on infrastructure and the environment.


Potential solutions suggestions include replicating initiatives such as the Love to Ride app in Scotland provide safety ratings for cycling routes. However, it was recommended that supporting modal shift requires considering not only active travel but also factors like poverty, access to transportation and remote learning.


In conclusion, the round table called for greater collaboration, openness to experimentation, and a commitment to translating insights into actionable initiatives. By working together to address the multifaceted challenges facing the GM region, stakeholders can unlock the full potential of technology to build a more resilient, inclusive, and prosperous community for all.


 

More

Previous
Previous

Tackling accessibility challenges through lived experience and hard evidence

Next
Next

Streets for All – achieving streets that work for all users and uses