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Type
Lecture

Princess Royal Award for Emerging Engineers: South West final

Event organised by ICE

Date
02 June 2026
Time
17:30 - 19:30 BST (GMT+1)
Location
Online

This event has now ended

Overview

The Princess Royal Award for Emerging Engineers celebrates the talent and potential of ICE student and graduate members, as well as apprentices. The competition provides an opportunity for participants to demonstrate their technical expertise and showcase their communication skills to the wider civil engineering community.

Following a competitive selection process, our judges have chosen three South West finalists. Each will present their papers to the judging panel and answer questions.

The South West finalists are: 

  • Aung Zay Ya, undergraduate, University of the West of England (UWE) - Dynamic response of a hybrid isolation system in mid-rise steel frames using ETABS
  • Hannah Hart, degree apprentice, AtkinsRéalis - Evaluating the effectiveness of coastal flood warning systems: bridging the gap between warning notifications and public responses in Newport
  • Sacha Watson, undergraduate, University of Southampton - Appraising the use of streetlights in urban parks with an interactive simulator and statistical methods

The winner will go on to represent the region international final in Autumn 2026.

Everyone is welcome to attend, watch the presentations, and show their support for our finalists.

Programme

17:30 - 17:40

Introduction, overview of the award

17:40 - 18:00

Aung Ya - presentation followed by Q&A

18:00 - 18:20

Hannah Hart - presentation followed by Q&A

18:20 - 18:40

Sacha Watson - presentation followed by Q&A

18:40 - 19:00

Break for judging

19:00 - 19:15

Judging announcement, closing remarks

Finalists

Aung Zay Ya

Aung Zay Ya

University of the West of England (UWE Bristol)

undergraduate

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Aung Zay Ya

Aung Zay Ya is a final-year BEng civil engineering student at UWE Bristol, graduating in June 2026. With a passion for structural dynamics and digital engineering, his current research focuses on advanced seismic protection, specially utilising non-linear time history analysis to evaluate hybrid isolation systems in steel frames.

Looking ahead, Aung plans to pursue an MSc in Building Information Modelling (BIM). He actively integrates his skills in Python programming and finite element analysis to drive automation and optimise structural design workflows.

Hannah Hart

Hannah Hart

AtkinsRéalis

degree apprentice

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Hannah Hart

Hannah is a degree apprentice at AtkinsRéalis, finishing her final year studying at UWE Bristol. She has a strong interest in flood risk management, climate resilience, and community preparedness. Her paper evaluates the effectiveness of coastal flood warning systems in Newport, South Wales, focusing on both their technical performance and social effectiveness. The research combines the evaluation of notifications performance against observed conditions and environmental influences, alongside an assessment of public perception and community response. Findings suggest a critical disconnect between forecasting capability and human response, showing how operational inconsistencies and public understanding can reduce trust and limit meaningful action during flood events.

Sacha Watson

Sacha Watson

University of Southampton

undergraduate

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Sacha Watson

Sacha lives in Cornwall and is currently a third year MEng student at the University of Southampton. As an ICE QUEST Scholar with BAM Nuttall, he has completed placements at Devonport in Plymouth and worked on South West Water's Amplify framework in Cornwall. He is a member of the ICE South West Neurodiversity Network.
    
Sacha is passionate about optimising the systems we rely on everyday to deliver sustainable, appropriate benefits for the end user. In his research, he applies his love for user-centred design to urban park lighting, suggesting how lighting affects user experiences and its significance, both in relation to other placemaking factors and the balance of social, economic and environmental impacts.  

For more information please contact:

Kate Messham