Four great Structural Award winners that exemplify the new Structural Awards
Date published

18 March 2022

Price
Free
Back to Previous

Four great Structural Award winners that exemplify the new Structural Awards

Blog

Date published

18 March 2022

Price

Free

This year the judges have introduced new judging criteria designed to ensure that the Structural Awards recognise and celebrate the immense skill structural engineers demonstrate across a vast range of structures.

All entries will now be judged regarding up to four key attributes that exemplify structural engineering achievement. In this blog, we explain what the attributes represent and include an example project that exemplifies the attribute.
 

Planet

The Planet attribute is an essential factor in the new judging criteria in acknowledgement that every project must change. ‘Business as usual’ is incompatible with climate emergency, and deep changes across the design, construction, use, and re-use of buildings and infrastructure are required if we are to have any chance of providing a sustainable environment for the 9.7bn people who will share our planet in 2050.
 
The attribute is aligned with the United Nations Sustainable Development Goals, and includes such features as efficiency of design, sustainability, resilience, response to local conditions, regeneration, and circular economy principles.
 
Example project

York House – Winner of the Award for Zero Carbon Ambition 2021
The refurbishment and extension of this highly deteriorated office building shows what is possible when sustainability is put at the top of the agenda. Significant low-carbon interventions complemented the extensive reuse of the existing structure.


 

People

Structural engineers usually design buildings to last for many years, and bridges for over a century, so their structures are used and enjoyed by thousands, or even millions of people.

The People attribute focuses on society, the project’s benefits to its end users, as well as the full team of people who created the project in the first place. Consider collaborative design and procurement, adding value for the client and stakeholders, or having a positive impact on communities through local upskilling.

Example project

La Reference – Winner of the Award for Sustainability 2019
Providing a new classroom to 150 students and designed to be resilient to earthquakes and hurricanes. All documentation and processes were designed to develop local understanding of structural behaviour and become educational tools for replication, ensuring a social legacy within and beyond this specific project.


 

Process

Process Sometimes the strength, innovation and beauty of a project originates from the processes undertook to create it. Structural engineers use many skills to solve problems – from basic maths to cutting-edge technology. They use novel methods to strive for efficiency: structures that use less material and require less maintenance.

The Process attribute considers high technical achievement and innovation. Influencing briefs to achieve desired outcomes, or the appreciation of craft and artistry in the final product. The project could be an example of the application of original, novel, or improved technologies and processes in the structural design, particularly where these have led to greater efficiency and economy in the solution.

Example project

West Gate Bridge Strengthening – Winner of the Supreme Award for Structural Engineering 2012
The diversity of technical, management, environmental and construction challenges faced by the team on this landmark project were simply breath-taking. Design of the strengthening of the steel bridge needed complex non-linear finite element analysis, and the work involved access to very confined spaces. Strengthening of the concrete box girders involved additional external pre-stressing cables, and extensive application of carbon fibres.

Profession

Structural engineers help create record-breaking structures, beautiful structures, useful structures and sometimes just cool structures – anything from bridges, rollercoasters and skyscrapers to hospitals, homes and public artworks. Structural engineering has a well-respected reputation thanks to thousands of years of innovative projects.

The Profession attribute considers if a project has enhanced the reputation of the structural engineering profession. The project or project team may have inspired others, or raised standards of design and execution. Disseminating knowledge gained on the project helps to advance the wider profession, and should be celebrated.
Example project
TallWood House at Brock Commons – Winner of the Award for Construction Innovation 2017
Not only the tallest mass timber building in the world at the time, but the first to utilise the two-way strength of cross-laminated timber (CLT), with the slabs supported solely by the columns, with no beams. Advanced analysis and testing was required to prove the solution, and the end result sets a new precedent for what can be achieved in mass timber.


 

Celebrate your hard work and achievement

Winning projects come in all shapes and sizes, if you feel like you’ve worked on a project that embodies one or more of the four key attributes, we’d encourage you to enter the Structural Awards.

Enter the Structural Awards


 

Related Resources & Events

Course
A piling works construction site.

Ground investigation and outline foundation design - November 2027

Ground investigation and outline foundation design - November 2027

This half-day in-person course provides guidance to early career structural engineers to develop a better understanding of geotechnical engineering and use that knowledge to enhance and promote sustainable design.
Date – 17 November 2027
Location – 47-58 Bastwick St, London, EC1V 3PS and online
Price – £235 - £360 + VAT
Course
People descend outdoor concrete stairs along a multi-level building covered in lush green plants.

Working with clients towards net-zero design - November 2027

Working with clients towards net-zero design - November 2027

This course helps designers and engineers influence projects towards lower-carbon outcomes.
Date – 4 November 2027
Location – Online
Price – £565 - £835 + VAT
Course

Timber workshop: design through worked examples - October 2027

Timber workshop: design through worked examples - October 2027

This advanced practical workshop teachs complex timber engineering through worked examples. It encourages problem-solving through teaching tools and group discussion.
Date – 6 October 2027
Location – Online
Price – £330 - £485 + VAT
Course
Amesbury School detail, wooden structure

Eurocode 5: the essentials of timber design - October 2027

Eurocode 5: the essentials of timber design - October 2027

This one-day, online course offers an introduction to timber design to Eurocode 5.
Date – 5 October 2027
Location – Online
Price – £315 - £465 + VAT
Course
Metal fastening systems for wooden products

Eurocode 5: connections and advanced topics in timber design - June 2027

Eurocode 5: connections and advanced topics in timber design - June 2027

This course introduces timber connections in detail and several other advanced topics in timber design to Eurocode 5.
Date – 23 June 2027
Location – Online
Price – £315 - £465 + VAT
Course
Amesbury School detail, wooden structure

Eurocode 5: the essentials of timber design - June 2027

Eurocode 5: the essentials of timber design - June 2027

This one-day, online course offers an introduction to timber design to Eurocode 5.
Date – 22 June 2027
Location – Online
Price – £315 - £465 + VAT
Course
A wooden bamboo bridge with cover

Structural engineering with bamboo - June 2027

Structural engineering with bamboo - June 2027

This course equips attendees with practical knowledge about structural design with bamboo stems (culms). The course considers aspects of concept design, detailed design and durability by design.
Date – 1 June 2027
Location – Online
Price – £330 - £485 + VAT
Course
Sustainable city

Sustainability leadership for structural engineers

Sustainability leadership for structural engineers

This course supports structural engineers at all career stages in navigating the sustainability transition in the built environment sector by deepening their understanding of the sector’s evolving priorities and developing their readiness to lead in this transition.
Date – 5 April 2027
Location – Online
Price – £350 - £515 + VAT
A construction worker in a hard hat and high-vis vest uses a tape measure on a wooden wall frame.

Strengthening the UK economy and supply chains: why C16 timber is the right choice

Strengthening the UK economy and supply chains: why C16 timber is the right choice

Join this sponsored event by Trust UK C16 Timber to learn how C24 timber is often overspecified and challenging for UK supply chains.
Date – 25 November 2026
Location – 47-58 Bastwick St, London, EC1V 3PS
Price – Free
Course
A foundation construction site

Ground investigation and outline foundation design - November 2026

Ground investigation and outline foundation design - November 2026

This half-day in-person course provides guidance to early-career structural engineers to develop a better understanding of geotechnical engineering and use that knowledge to enhance and promote sustainable design.
Date – 18 November 2026
Location – 47-58 Bastwick St, London, EC1V 3PS and online
Price – £225 - £345 + VAT
Lecture
Black and white portrait of Professor Guy Nordenson next to purple event text for The Kemp Lecture 2026.

The Kemp Lecture 2026

The Kemp Lecture 2026

The lecture, co-presented by UCL Civil, Environmental and Geomatic Engineering and the Institution of Structural Engineers, will bring a leading voice in the field to reflect on the challenges, opportunities and future direction of infrastructure engineering.
Date – 10 November 2026
Location – Logan Hall
Price – Free
Conference
An elevated seating area in a glass roofed atrium. The atrium joins two buildings.

Sustainable Structures of the Future

Sustainable Structures of the Future

Discover how leading engineers from the UK and North America are turning low-carbon ambition into practical reality through material innovation, digital technology, embodied carbon reduction, retrofit and reuse.
Date – 5 November 2026
Location – IStructE London HQ, EC1V 3PS and online
Price – £25 - £325 + VAT
Guidance

Essential Knowledge Text No.20 Resilience

Essential Knowledge Text No.20 Resilience

This Essential Knowledge Text provides an accessible introduction to one of the most important emerging themes in structural engineering. By understanding resilience, engineers can help ensure that the structures designed today continue to serve society safely and effectively in an uncertain future.
Date – 16 October 2026
Author – Dr Elisabeth Marlow and Tanya de Hoog
Price – £0/£24.95/£38.95
Training
Blue abstract blocks

Beyond measurement: minimising embodied carbon in construction

Beyond measurement: minimising embodied carbon in construction

Drawing on insights from major infrastructure projects, this technical lecture explored best practices for reducing embodied carbon in construction.
Date – 14 October 2026
Author – Mithila Achintha
Price – Free
The Structural Engineer
A woman wearing headphones descends wooden stairs inside a modern building with glass railings and slatted wood ceilings.

How Canada's performance-based design culture helped shape three decades of timber engineering

How Canada's performance-based design culture helped shape three decades of timber engineering

A regulatory framework that supports innovation backed by demonstrable analysis and testing has enabled Canada to pioneer new approaches to timber design, explains Eric Karsh while also comparing the Canadian experience with approaches in other countries.
Date – 1 October 2026
Author – Eric Karsh
Price – £9.95