SECED Talks - A podcast by Young SECED
SECED Talks is a new podcast initiative produced by Young SECED. Our Young SECED Committee members have a chance to discuss important topics on the Civil Engineering sector with guest speakers from both industry and academia. Check out our latest episodes in the tabs below.
- Episode 5
- Episode 4
- Episode 3 - Francesco Morfuni
- Episode 2 - Daniel Gilmore
- Episode 1 - Mark Scorer
SECED Talks - Episode 5 - Michele Calvi
October 2025 - Dr. Maria Liapopoulou (Host) and Prof. Michele Calvi
This episode features Professor Gian Michele Calvi, a leading figure in earthquake engineering, who shares the story of his remarkable career. He is a professor at the University Institute of Superior Studies in Pavia, Director of Science of the European Centre for Training and Research in Earthquake Engineering (Eucentre), and Executive vice-President of the International Association of Earthquake Engineering.
Professor Calvi reflects on his early motivations and the experiences that shaped his journey, from his education in Pavia Berkley, and Milan to his career in Italy and abroad. He then discusses the founding and vision of teh ROSE School (European School for Advanced Studies in Reduction of Seismic Risk), which has been bringing together leading experts from around the world to educate earthquake engineering students in Pavia. The conversation continues with the pioneering work carried out at the Eucentre, highlighting its role in addressing challenges posed by climate change and the increasing complexity of disaster scenarios. Professor Calvi also offers technical insights into some of his most impactful consulting projects, including the Rion-Antirion Bridge and the reconstruction after L'Aquila earthquake. The episode concludes with his views on the future of earthquake engineering and the role of artificial intelligence and his advice for early-career engineers.
Available on YouTube and Spotify
"First Steps in Civil Engineering Dynamics": Part 3
October 2025 - Rafael Fernandez (Host) and Ji-Eun Byun
Civil engineers are in high demand to lead projects to ensure structural stability and safety, while also advancing research to develop innovative solutions for the complex challenges of structural sustainability and resilience. However, starting a career in Civil Engineering whether in industry or academia, comes with its own set of challenges. Industry roles often require managing and delivering practical, high-stakes projects, while academic paths involve contributing to cutting-edge research and teaching the next generation of engineers.
"First Steps in Civil Engineering Dynamics", is a series of episodes that spotlight the career experiences of young professionals and academics in the field of Civil Engineering Dynamics. The goal is to foster open discussion about the transition from university to professional world, explore the day-to-day responsibilities of young civil engineers, and delve into the journey of obtaining professional qualifications.
In this episode, we sit down with Dr Ji-Eun Byun, a Civil Engineer and Lecturer at the University of Glasgow. She reflects on her early career in Civil Engineering Dynamics and Systems Resilience, sharing key lessons learned along the way. Dr Byun also opens up about the process and challenges of building a career in academia, offering insights for anyone considering a similar path.
Available on YouTube and Spotify
"First Steps in Civil Engineering Dynamics": Part 2
Febuary 2025 - Zeyad Khalil (Host) and Francesco Morfuni
Civil engineers are in high demand to lead projects to ensure structural stability and safety, while also advancing research to develop innovative solutions for the complex challenges of structural sustainability and resilience. However, starting a career in Civil Engineering whether in industry or academia, comes with its own set of challenges. Industry roles often require managing and delivering practical, high-stakes projects, while academic paths involve contributing to cutting-edge research and teaching the next generation of engineers.
"First Steps in Civil Engineering Dynamics", is a series of episodes that spotlight the career experiences of young professionals and academics in the field of Civil Engineering Dynamics. The goal is to foster open discussion about the transition from university to professional world, explore the day-to-day responsibilities of young civil engineers, and delve into the journey of obtaining professional qualifications.
This episode features Francesco Morfuni, a chartered chartered Civil and Structural Engineer working as the LFR Plant Civil Structure Design Head of Unit at Newcleo. He shares his experiences from his early career in Civil Engineering Dynamics and discusses the process of obtaining Chartered Engineer (CEng) status with the Institution of Civil Engineers (ICE).
Listen to the episode to learn more about early career development in civil engineering dynamics!
Available on YouTube and Spotify
"First Steps in Civil Engineering Dynamics": Part 1
October 2024 - Ludovica Pieroni (Host) and Daniel Gilmore
Civil engineers are in high demand to lead projects to ensure structural stability and safety, while also advancing research to develop innovative solutions for the complex challenges of structural sustainability and resilience. However, starting a career in Civil Engineering whether in industry or academia, comes with its own set of challenges. Industry roles often require managing and delivering practical, high-stakes projects, while academic paths involve contributing to cutting-edge research and teaching the next generation of engineers.
"First Steps in Civil Engineering Dynamics", is a series of episodes that spotlight the career experiences of young professionals and academics in the field of Civil Engineering Dynamics. The goal is to foster open discussion about the transition from university to professional world, explore the day-to-day responsibilities of young civil engineers, and delve into the journey of obtaining professional qualifications.
This episode features Daniel Gilmore, a chartered Civil and Structural Engineer working in the structural analysis team for Sellafield Ltd. He shares his experiences from his early career in Civil Engineering Dynamics and discusses the process of obtaining Chartered Engineer (CEng) status with the Institution of Civil Engineers (ICE).
Listen to the episode to learn more about early career development in civil engineering dynamics!
Available on YouTube and Spotify
Episode 1 - Mark Scorer, on the SARAID Search & Rescue deployment to Turkey in 2023
November 2023 - Hosts: Evangelos Yfantidis, Filip Zinkiewicz
In February 2023, a series of devastating earthquakes and aftershocks took place in the border region of Turkey and Syria resulting in numerous civilian casualties and substantial structural damages. Mark Scorer, Chief Engineer at AtkinsRéalis and elected member of the main SECED Committee, was the Deputy Team Leader for the SARAID (Search and Rescue Assistance in Disasters) rescue team deployed into the disaster zone after an international appeal for help. SARAID was founded in 2003 and is a British charity that specialises in Urban Search and Rescue (USAR) post-disaster, humanitarian relief and community resilience preparedness worldwide. The team consists of people from all walks of life including the emergency services, engineers, construction industry and many more. The team train for one weekend each month and have multiple exercises throughout the year on specialisms such as technical search, engineering relating to collapsed building rescue, breaking and breaching, propping and shoring, rope rescue, logistics, and communications.
In our very first podcast episode, Mark, who is now the Operations Director for the Charity, shares his personal experience from the rescue mission. He provides a fascinating insight into the logistics of potentially dangerous deployments to disaster zones across the world and describes how Civil Engineering skills and expertise can assist in the field. We also discuss how we can implement positive changes that can improve the resilience of structures against similar natural disasters, so that we can ultimately protect human lives and properties.