Geoquest Webinars: Advancing Geotechnical and Bridge Engineering Through Knowledge Sharing and Industry Collaboration

Join us to connect with industry peers, expand your technical knowledge, and gain practical insights that can be applied directly to your projects.

Geoquest New Zealand is pleased to launch a dedicated series of industry training and networking webinars tailored specifically for New Zealand’s bridge, geotechnical, and civil infrastructure sectors.

Drawing on nearly 47 years of experience delivering engineered soil structure solutions in New Zealand, combined with global expertise in reinforced soil systems and soil-structure interaction, these webinars are designed to provide practical insights into the latest technologies, design methodologies, and construction best practices shaping our industry.

Topics

Geoquest webinars – our program will cover a broad range of current and relevant topics, including:

  • Load-bearing bridge abutments and integrated bridge solutions
  • Seismic design and performance of Mechanically Stabilised Earth (MSE) walls
  • Innovative TechSpan® arch systems as a cost-effective alternative to short-span bridges
  • Soil-structure interaction for critical infrastructure
  • Construction optimisation and risk management in challenging ground conditions
  • Emerging trends, case studies, and lessons learned from projects across New Zealand and internationally

Each webinar will be delivered live by experienced subject matter experts, providing attendees with direct access to specialist knowledge and practical project experience.

Sessions will conclude with an interactive Q&A, allowing participants to discuss technical challenges and explore real-world applications. Any questions that cannot be addressed during the live session will be responded to following the webinar and shared with attendees.

This webinar series reflects Geoquest New Zealand’s ongoing commitment to supporting professional development, industry collaboration, and the advancement of engineering excellence across New Zealand’s geotechnical, structural, and construction communities.

Upcoming Geoquest Webinars

Below you will find details of our upcoming webinars.

Register for the sessions most relevant to your projects and areas of interest. Additional topics will be added regularly as we continue to draw upon our extensive local experience and global expertise to deliver valuable technical content for the New Zealand market.

A Certificate of Attendance and presentation notes will be available for each webinar to assist with CPD recording.

  1. Geoquest Design Introduction and Overview: Introduction to the new Geoquest design tool
  2. Reinforced Earth Structures in New Zealand. 47 years of History & Case Studies: Reinforced Earth systems in New Zealand through the years. Overview of concepts and systems available, and what has stood the test of time
  3. Seismic Performance of Load Bearing Abutments in New Zealand: A review of critical structures in New Zealand following major seismic events. Confidence through experience and trial
  4. Integral Bridges on Load-Carrying MSE Abutments: Theory and Practice – An international perspective: Join our technical expert from the TC218 Reinforced Fill Structures committee for an overview of the theory and practice from an international perspective
  5. TechSpan Arches – Cost effective alternative to short span bridges: Geoquest’s patented TechSpan® precast concrete arch systems are used for short to medium span earth-overfilled bridging structures. Precast arches are ideal for roadway and railway bridge underpasses and mining tunnels, providing a versatile and durable solution for various applications.
  6. Global Focus on RE Case Studies – High walls, High loads, High Seismic: An interesting and informative overview of load bearing bridge abutments from our team in the USA. Tips, Tricks and Challenge
  7. Integrating drainage systems and scour protection into early stage RE structure design
  8. Multi-linear Drainage Systems for mining and landfills
  9. Sagasahi Mines iron ore facility Case Study