New Diaphragm Wall Construction Method for Micro Sites and Underground Applications
2025-11-06 17:30 - 20:00 (Australia/Brisbane) | WSP Australia, Level 13/900 Ann Street, Fortitude Valley, QLD, 4006
Overview
This presentation focuses on the development of Diaphragm Wall (D-walls) construction methods used in ground engineering applications, either from the surface or out of tunnels.
It focuses on the latest D-wall developments allowing for miniaturizes equipment, the size of a shipping container, to construct D-walls underground out of 4m diameter tunnel. This State-of-the-Art method demonstrates the potential to get huge space below existing infrastructure or buildings, without demolition and rebuilding, for applications like mass battery banks, Hydrogen storage, transport infrastructure, roads, ultra safe nuclear power plants or underground water reservoirs etc. Or on the surface for minimally invasive micro construction sites.
Also focusing on a case study of a surface excavation with D-walls to 37 m deep in San Paulo, Brazil without the use of ground anchors or bracing.
Diaphragm walls have become a standard specialist foundation engineering technique. A series of individual rectangular panels produce a continuous wall. During the excavation, the open trench is stabilized and supported by a thixotropic slurry.
Diaphragm walls can provide cost – effective solutions for diverse construction projects, e.g. in restricted site conditions, projects with great depth or in challenging soil conditions.
About the speakers

Manfred Stiglmayr
Business Development, BAUER Maschinen, Germany

Manfred is a Mechanical engineer and have diverse work experience having worked with a Jaguar/FORD dealer group as GM, MD of CLAAS (agricultural machines), as MD of Komatsu construction machines in Austria, for 10 years with CATERPILLAR Global Mining as Director in Europe/ Asia, as CEO of Bobcat construction machines in central Europe, for over 6 years with BAUER Maschinen.
He served as Global active as sales director for Water, Energy & Mining until 2024 and now serving as global Business development for BAUER Maschinen to introduce BAUER more comprehensively into the foundation world.

James Morris
General Manager BAUER Equipment, Australia

Having a diverse industry background with over 25 Years in national management roles at Volvo, Hino (Toyota’s truck brand), Linde forklifts, Snap-on Tools, and now Bauer Equipment, James helps foundation engineering companies in construction, mining and civil engineering deliver technologically advanced foundations, subsurface walls, and access to high value ore bodies.
Before these management roles, James’s career started in aviation with the RAAF, becoming a Licensed Maintenance Engineer, where he developed extensive hands-on understanding of mechanical, pneumatic, hydraulic, and electrical systems and their application across diverse equipment. His role is now in delivering new and innovative foundation engineering equipment, for pile drilling, driving and excavation work, diaphragm cut-off walls and ground improvements, also for the exploration, mining, and extraction of natural resources.

This event is co-hosted with the Australian Geomechanics Society

Kidston Hydro Tailrace breakthrough: inside-out method
2026-02-05 17:00 - 20:00 (Australia/Brisbane) | GHD Brisbane Office, Level 9/145 Ann St, Brisbane City, Queensland, 4000, Australia
Overview
Note, this event is both online and in person.
The in person registration link is: Kidston Hydro Tailrace breakthrough: inside-out method | Engineers Australia
Click this link at 5.30 AEST to join online: ATS Technical Presentation: Kidston Hydro Tailrace breakthrough: inside-out method | Meeting-Join | Microsoft Teams
Join us for an insightful technical presentation showcasing a compelling case study on the excavation of Tailrace 1 at the Kidston Pumped Storage Hydro project. This innovative approach involved excavating from the inside out, without prior access to the external portal face. The presentation will detail the unique methodologies employed, including the implementation of ground support systems and specialized techniques for achieving a bespoke breakthrough. Gain valuable insights into how the final breakthrough blast was carefully executed and supported to ensure structural stability upon completion.
Program timeline
5.00 pm AEST – Registration and catering opens
5.30 pm AEST – Presentation commences
7.30 pm AEST – Presentation concludes
8.00 pm AEST – Event concludes
Learning outcomes

Innovative excavation approach: methodology of excavating from the inside out without prior access to the external portal face
Ground support design and implementation: design principles and techniques to ensure stability during breakthrough works
Specialized techniques for bespoke breakthrough: unique strategies for controlled and safe breakthrough in challenging conditions
Final breakthrough blast execution: planning and execution to maintain structural integrity
Risk management and safety considerations: measures to mitigate risks and ensure safety during excavation and blasting operations
Lessons learned from the Kidston Pumped Storage Hydro Project: key takeaways for similar tunnelling and underground engineering projects

About the speakers

Amit Narsey
Tunnelling Engineer, GHD

Amit is a tunnelling engineer with over 14 years’ experience in the design and delivery of underground and geotechnical infrastructure in the hydropower, water and transport sectors. His key areas of technical competency are in the structural and geotechnical design of ground support for tunnels, caverns, shafts and retaining structures. Amit undertakes and leads teams to deliver engineering services, and as a chartered professional is passionate about providing practical solutions to clients across various project stages including design, construction, operation, and maintenance.

Kaylah Macintosh
Tunnel Manager, JHG

Kaylah is a Tunnel Manager with over 10 years experience in Tunnelling. Kaylah has extensive experience in Drill & Blast, Drill and Blast Engineering and Vibration modelling. Kaylah is a Mechanical engineer with a Master of Geophysics and is currently completing her second Master of Space Engineering at ADFA UNSW.

Umbrella canopy tubes in tunnel construction
2026-03-19 17:30 - 19:00 (Australia/Brisbane) | Engineers Australia QLD, Level 9, 340 Adelaide St, Brisbane, QLD, 4000, Australia
Overview
This event explores umbrella canopy tubes as a pre-support solution for tunnelling in unfavourable ground conditions. Fundamental understanding of the structural mechanics of canopy supports will be developed through the investigation of overburden loading on tunnel boundaries, failure mechanisms of umbrella canopy tubes and ground material, and monitoring systems for tunnels. This theory will be applied to determine analytical solutions for simply loaded umbrella canopy tubes. From these findings, the performance of umbrella canopy tubes on a Project will be investigated to validate the analytical solutions and provide context to theory. Who should attend? This event is ideal for civil and geotechnical engineers, tunnelling specialists, and professionals involved in underground construction and infrastructure projects. It will also benefit those working in design, analysis, and monitoring of tunnel support systems, as well as anyone seeking to deepen their understanding of ground behaviour and structural mechanics in challenging conditions.
Program timeline
5.30 PM AEST – Registration and catering
6.00 PM AEST – Event begins
7.00 PM AEST – Event concludes
Learning outcomes
In this presentation you will learn:

Understand load distribution from overburden ground pressures onto umbrella canopy tubes.
Identify failure mechanisms and determining success of umbrella canopy tubes.
Determine effective application of monitoring systems in tunnels.

About the speaker

Kate Burger
Graduate Geotechnical Engineer, AECOM
Kate attended the University of Queensland and works at AECOM as a Graduate Geotechnical Engineer. Kate is the winner of the ATS Tunnelling Student Award 2025.

Arun Sarathchandran
Principal Geotechnical Engineer, AECOM
Arun attended Delft University of Technology and works at AECOM as a Principal Geotechnical Engineer.

Site visit: fire suppression condition monitoring at AirportLink
2026-05-12 18:30 - 2026-05-13 01:00 (Australia/Brisbane) | 82 Campbell Street, Bowen Hills, Queensland, QLD, 4006, Australia
Overview
Road tunnels have design lives of 50-100 years, with Mechanical, Electrical and Fire assets having design lives of only 5-25 years. Managing deterioration that triggers changes in condition and performance is essential to enable the fire safety strategy defined in the Fire Engineering Report, as well as to identify need for amending it as both technology, technical and legal requirements change. This presentation will present a project in which the condition of the combined fire mains in an established road tunnel (AirportLink) was assessed through non-destructive techniques (NDT) to inform the asset manager of the expected service life remaining, which in turn informs both short- and long-term investment. The presentation will be followed by a visit to the tunnel during a maintenance closure to discuss some of the drivers and challenges of the project arising from the available maintenance windows and the physical layout of the system.
This site visit is targeted primarily towards young engineers, however we do welcome all engineers.
Program timeline
6.30pm – Registration, safety check and brief introduction.
7.30pm – Fire mains condition assessment presentation
9.00pm – Maintenance toolbox
10:30pm – Tunnel closes for access
10:45pm – Group tunnel walk
12:30am – Group exits tunnel and wrap up
1:00am – Site visit concludes
This site visit concludes after midnight and the timetable may be subject to change depending on traffic conditions.
Minimum PPE requirements
Attendees are required to have full PPE for participation, including:

Long Trousers – 2 Reflective Stripes
Long Sleeve Shirt – Reflective Stripes
Clear Safety Glasses
Hard Hat (in Date)
Gloves
Laced Up Steel Capped Boots (Secured & Fitted)
Hearing Protection

Attendees that do not comply with the minimum PPE requirement will not be admitted on the day.
Please Note: Mandatory alcohol testing and random drug testing will be conducted upon arrival.
About the speaker

Jaime Cadena Gomez
Principal Engineer, Fire Safety

Jaime Cadena Gomez is an engineering professional with 17 years of experience understanding and managing operational risks and performance of critical infrastructure. Currently, he is the Principal Asset Engineer for Fire Safety across a network of 16 road tunnels in Australia.

Conversations that connect: mentors & mentees
2026-05-28 17:30 - 19:00 (Australia/Sydney) | Local venues in Brisbane, Melbourne and Sydney
Overview
Transform the way you connect with your mentor or mentee. This interactive hybrid workshop (featuring innovative ‘watch parties’ in Sydney, Melbourne and Brisbane) focuses on moving beyond surface-level networking to purposeful, engaging conversations that build lasting value. It is being delivered by the ATS Diversity Group’s cutting edge Mentor Alliance Program.
Participants will learn how to design effective discussion frameworks, apply practical networking strategies, and co-create ideas for future mentor–mentee catch-ups. Led by an online expert and supported by local facilitators in Melbourne, Sydney, and Brisbane, the session features hands-on activities that spark meaningful, structured dialogue.
Join fellow mentors and mentees in your local hub to deepen connections, strengthen your mentoring relationships, and help shape how the Mentor Alliance connects in the future.
While it is a Mentor Alliance event, it is open to everyone within ATS.
NOTE – This exciting event is intended to be delivered by Patricia online to ‘watch parties’ in Melbourne, Sydney and Brisbane’s EA offices, so people can connect and use these as “breakout rooms.” We urge you to attend one of these watch parties in person as you’ll get more out of the experience that way.
Learning outcomes
In this presentation, you will learn:

Framework Design: Learn how to select and structure discussion starters that move beyond small talk to deep engagement
Apply Networking Strategies: Practice hands-on techniques for sparking meaningful, structured dialogue within the Mentor Alliance community
Future Collaboration: Be part of creating ideas for future catch ups between you and your mentor/mentee.

Program
In-person:

5.30 pm AEST: Registrations open
6.00 pm AEST: Presentation begins
6.45 pm AEST: Q&A session
7.00 pm AEST: Presentation ends
7.30 pm AEST: Event ends

Online:

6.00 pm AEST: Webinar begins
6.45 pm AEST: Q&A session
7.00 pm AEST: Webinar ends

Speaker

Unfortunately, Patricia Kaziro (who was originally scheduled to lead the session) is unwell, but we’re pleased to share that our ATS QLD Chair, Annalena Chapman, will now be stepping in to lead both the presentation and the event. This will be a valuable and insightful discussion under Annalena’s guidance, and we strongly encourage attending in person with us.

The ground investigation for a storage cavern in metamorphic rock at 600 m depth
2026-06-04 18:00 - 19:00 (Australia/Brisbane) | Online and in person at: Level 9, 340 Adelaide Street, Brisbane
Overview
This presentation describes the processes used in the investigations for a deep compressed air storage cavern in a complex metamorphic environment. The exploration process involved drilling using HQ-3 coring techniques from surface and also from an adjacent underground mine. The latter were two 460 m boreholes drilled just sub horizontally across the planned cavern location.
The core from these holes was logged for structure and sampled for rock property testing. Because a significant portion of the rock was highly anisotropic the test methods used had to be adapted. This included alternative ways of working with point load testing, triaxial testing for anisotropy of moduli and some special shear tests. Because of the importance of determining potential leakage of groundwater into the cavern, or of air out of the cavern, the correct measurement of the ground fluid pressure and the permeability of the rock mass were extremely important.
Testing had to be conducted in stages to cover the entire length of the holes. The method used was to fit the drill rods with a straddle packer assembly, downhole valve system and suitable precision pressure monitoring with operator read out. First the test zone was shut in to recover pressure. This was followed by a period of injection or production which was followed by another shut in period. These tests followed oilfield practice but with tools designed to work with HRQ drill rod and used horizontally.
The rock stress was determined by the use of three dimensional overcore tools used up to 441 m laterally. Other techniques could have also been advantageously used to fill in the sparse overcore data in the extremely complex geological environment. The vertical and the horizontal holes were logged using both acoustic televiewer and full wave sonic sondes.
The conclusions of the study were that the rock mass was heterogeneous but fit for purpose provided that the correct design decisions were made. The presentation also looks at what can be achieved from open hole drilling test techniques compared to coring and the comparative costs of these. This has particular relevance to tunnel investigations.
Program timeline
Online
6.00pm – Presentation commences
7.00pm – Presentation concludes
In-Person
5.30pm – Registration, networking & catering
6.00pm – Presentation commences, networking
7.00pm – Event concludes
Learning outcomes

You should gain an appreciation of the importance of geology.
You will gain an understanding of the methods used to determine the states of stress in rock and the measurement of anisotropic rock properties.
The methods used and the importance of determining fluid pressures and permeability properly are extremely important and should totally replace conventional packer testing.

About the speaker

Ian Gray
Managing Director, Sigra Pty Ltd

Dr Ian Gray is the managing director of Sigra Pty Ltd, a role he has held for 32 years. In his career he has had the roles of mining, civil, geotechnical and reservoir engineers, engineering geologist and hydrogeologist. He has worked in 20 countries dealing with mines, tunnels, slopes, petroleum reservoirs and anything else in the ground. One of his passions is actually measuring things in the ground properly. To do this he has developed a suite of equipment and techniques. He also works with a variety of drilling systems.

David Sugden Roadshow - Brisbane - Uncovering veins: impacts on deep tunnel engineering
2026-06-25 17:30 - 19:30 (Australia/Brisbane) | Engineers Australia QLD, Level 9, 340 Adelaide St, Brisbane, QLD, 4000, Australia
Overview
Hydrothermal veins are often overlooked or misinterpreted within deep, heterogeneous rock masses, yet their behaviour can dramatically influence tunnelling outcomes. In his award winning 2025 David Sugden Award paper, Yosafat Sinaga reveals how these vein systems are frequently mistaken for open joints, leading to inaccurate geological models and flawed design assumptions. This session will explore why correct vein characterisation is essential for both safety and project efficiency. Misjudging these features can result in two costly extremes: overly conservative support designs that inflate construction budgets, or unexpected, hazardous rockbursts triggered by misunderstood ground conditions. By examining real case insights and engineering implications, this event will provide tunnelling and geotechnical professionals with a deeper understanding of the subsurface complexities that lie beneath, and how better interpretation can reduce risk and improve decision making.
Program timeline
5:30pm AEST – Registration and networking
6:00pm AEST – Presentation commences
6:50pm AEST – Q&A
7:00pm AEST – Presentation concludes, networking
7:30pm AEST – Event concludes
Learning outcomes

Walk away with practical steps to avoid design errors caused by misinterpreting veins in deep tunnel projects.
Correctly interpret veined rock masses in core logging and face mapping and recognise when “broken-looking” core does not mean a poor-quality, jointed rock mass.
How vein intensity and in situ stress interact to drive overbreak, damage propagation, and reinforcement demand in high-stress excavations

About the speaker

Yosafat Sinaga
Geotechnical Engineer, NOMA Consulting
Yosafat Sinaga is a Geotechnical Engineer at NOMA Consulting with over five years of experience delivering geotechnical design and construction support for mining and tunnelling projects in Australia, Singapore, Papua New Guinea, and Indonesia. He has contributed to major infrastructure and underground mining developments, specialising in rock mass and structural geological characterisation, advanced 2D and 3D numerical modelling, and primary tunnel support design optimisation. His recent project work includes optimising primary support design for road tunnels excavated using the Drill & Blast method, developing detailed designs for temporary Earth Retaining and Stabilising Structures (ERSS) for rail and service tunnels, and providing geotechnical input for underground copper mining projects employing sub-level and block caving methods.

SLAM LiDAR for transport tunnel surveying
2026-07-14 17:30 - 18:30 (Australia/Brisbane) | Online and in person at: Level 9, 340 Adelaide Street, Brisbane
Overview
The term “mobile mapping” is well established in the survey industry — typically referring to large vehicle-mounted systems that combine high-end LiDAR with precision GNSS and IMU hardware. These systems are powerful, but they are expensive, require GPS to function reliably, and are fundamentally limited by what a vehicle can reach. This presentation introduces a different class of technology: SLAM-based mobile LiDAR scanning. Rather than relying on GPS and inertial positioning, SLAM (Simultaneous Localisation and Mapping) builds a map of the environment in real time and uses that map to track its own position — making it inherently suited to GPS-denied environments such as tunnels, underpasses, and confined underground spaces. We’ll explain how SLAM works from first principles, how it compares to traditional survey methods (total stations, static TLS) and conventional mobile mapping systems, and where each approach has genuine advantages. We’ll also discuss SLAM’s limitations: where it struggles, what affects accuracy, and the scenarios where traditional methods remain the better choice. Attendees will leave with a grounded, practical understanding of how SLAM-based mobile LiDAR works, how it fits alongside conventional survey techniques, and when it is — and isn’t — the right tool for a tunnel project.
Program timeline
Online
5.30pm – Presentation commences
6.15pm – Q&A
6.30pm – Presentation concludes
In-person
5.00pm – Registration opens
5.30pm – Event commences
6.15pm – Q&A
6.30pm – Event concludes
Learning outcomes

What SLAM is and how it differs fundamentally from GPS/IMU-based mobile mapping systems
The trade-offs between SLAM-based scanning, conventional MMS, static TLS, and total station survey — and how to choose the right approach
An overview of Emesent’s Hovermap ST-X and GX1 platforms and how they are deployed in tunnel environments (drone, vehicle, backpack)
What real transport tunnel scanning data looks like, and how it flows from capture through Aura to engineering deliverables
Honest limitations of SLAM-based scanning and the scenarios where it is not the best fit

About the speaker

Stefan Hrabar
Chief Strategy Officer & Co-Founder, Emesent

Dr Stefan Hrabar is Chief Strategy Officer and Co-Founder of Emesent, a global leader in autonomous mapping technology. With a background in robotics and autonomous systems research at CSIRO, Stefan co-founded Emesent in 2018 to bring advanced SLAM-based mapping technology to real-world infrastructure and industrial environments. He has worked extensively on the application of mobile LiDAR and autonomous systems in GPS-denied and access-restricted environments, including tunnels, mines, and complex built infrastructure.

Modernising Tasmania's hydropower legacy
2026-07-21 17:30 - 19:30 (Australia/Sydney) | Online and in person at: Level 9, 340 Adelaide Street, Brisbane
Note this event is online and in person in Brisbane
Overview
Tasmania’s hydropower network has played a critical role in Australia’s renewable energy landscape for more than a century. As ageing infrastructure is upgraded to meet future energy demands, engineers are increasingly required to balance operational continuity, complex geology, environmental considerations, and modern construction approaches.
This presentation will provide an overview of the Lake King William upgrade works delivered by Hydro Tasmania and Entura, with support from PSM as part of the Integrated Owner’s Engineering Team. Located in Tasmania’s Central Highlands, the project involved excavation through challenging Jurassic dolerite and required innovative engineering and construction solutions to manage geotechnical risk, site constraints, and long term asset performance. Attendees will gain practical insights into the delivery of large scale hydropower infrastructure projects, including stakeholder collaboration, engineering decision making, and lessons learned from working in complex geological conditions. The session will also explore the broader importance of hydropower modernisation in supporting Tasmania’s renewable energy future and maintaining resilient energy infrastructure.
Program timeline
Online
6.00pm – Presentation commences
7.00pm – Presentation concludes
In-Person
5.30pm – Registration opens, catering & refreshments
6.00pm – Presentation commences
7.00pm – Presentation concludes
7.30pm – Event concludes
Learning outcomes
In this presentation, you will learn :

How hydropower infrastructure upgrades support Tasmania’s future energy system
Key engineering and geotechnical challenges encountered on the Lake King William upgrade
Practical approaches to managing excavation and construction risks in complex geological environments
Lessons learned from collaboration across integrated engineering and project delivery teams

About the speaker

Harry Buchanan
Senior Geotechnical Engineer, PSM

Harry is a senior geotechnical engineer with a keen interest in underground structures and mining. He has over 4 years experience in a variety of projects from feasibility studies to detailed design and construction phase services in both mining and civil works. Harry has been involved in the design and construction of wide span caverns, mined tunnels and shafts on the Cross River Rail project.

ATS Tunnelthon 2026 - Team registration
2026-08-13 - 2026-08-20 | Level 9, 340 Adelaide Street, Brisbane
Overview
ATS Tunnelthon 2026 is an innovation focused, in person hackathon designed specifically for the Australian tunnelling and geotechnical engineering industry. Organised by the Australian Tunnelling Society Young Members (ATSym), the event brings together industry professionals, researchers, and students to collaborate on real world tunnelling challenges using artificial intelligence, automation, and digital engineering approaches.
Unlike traditional conferences or seminars, Tunnelthon is highly interactive and outcome driven. Participants work in multidisciplinary teams during a structured, time bound session to explore defined problem statements through rapid ideation, collaboration, and solution design. The hackathon format encourages creative thinking, systems based-problem solving, and the practical application of emerging technologies within a professional engineering context.
Participants are expected to commit approximately 12–15 hours of their own time across the week to actively engage in the program.
The event is designed to be accessible to participants with varied technical backgrounds. While familiarity with digital tools is beneficial, no advanced programming or AI expertise is required.
Please refer to the attached document for more information on the program and participation guidelines.
Tunnelthon 2026 – Event Description

Program timeline
NOTE: Tunnelthon is delivered as a two-part hackathon spread across two event days, with an independent working period in between.
Day 1 – 13th August – Problem Definition & Team Formation
5.00pm AEST – Arrival and informal networking
5.30pm AEST – Introduction to the event theme and overview of problem statements
6.00pm AEST – Team formation, brainstorming, development of solution frameworks and work allocation within the team
7.00pm AEST – Submission of team frameworks and work allocation to the organisers
Day 2 – 20th August – Presentations & Judging
2.00pm AEST – Access to shared collaborative workspace at Engineers Australia office for final solution development
5.00pm AEST – Arrival of industry audience
5.30pm AEST – Team presentations and interactive discussions with judges
6.30pm AEST – Judges’ deliberation and announcement of winners and runners‑up
7.30pm AEST – Prize distribution and event close

Learning outcomes
Key outcomes of this event are:

Gain exposure to innovative, practical approaches to tunnelling related challenges
Develop an understanding of how AI, automation, and digital engineering tools can be applied in tunnelling projects
Strengthen collaboration and systems thinking skills through multidisciplinary teamwork
Increase professional visibility and confidence in presenting technical ideas

Hosted by the Australian Tunnelling Society (ATS)

ATS Tunnelthon 2026 - Team showcase
2026-08-20 17:00 - 19:30 (Australia/Brisbane) | Level 9, 340 Adelaide Street, Brisbane
Overview
Join us for the ATS Tunnelthon 2026 Showcase event, where participants will present the innovative solutions developed during this industry-focused hackathon. Tunnelthon 2026 brings together professionals, researchers, and students from the tunnelling and geotechnical engineering community to tackle real-world challenges using artificial intelligence, automation, and digital engineering approaches. Throughout the program, participants have worked in multidisciplinary teams to explore problem statements, apply creative thinking, and design practical solutions within a fast-paced, collaborative environment.
This showcase event offers a unique opportunity for attendees to:

Discover the projects developed during the hackathon
Engage with participants and learn about their problem-solving approaches
Gain insights into emerging technologies shaping the future of tunnelling and geotechnical engineering

The event highlights the innovation, collaboration, and forward-thinking ideas generated through Tunnelthon. Whether you are an industry professional, student, or simply interested in engineering innovation, this is a great opportunity to connect with the community and see the outcomes of this dynamic initiative.
Program timeline
5.00pm AEST – Arrival of industry audience
5.30pm AEST – Team presentations and interactive discussions with judges
6.30pm AEST – Judges’ deliberation and announcement of winners and runners up
7.30pm AEST – Prize distribution and event close
Learning outcomes
By attending this event, participants will:

Gain insight into how multidisciplinary teams approach real-world tunnelling challenges
Understand how emerging technologies such as AI, automation, and digital engineering can be applied in practice
Explore different problem-solving methodologies used in a fast-paced, collaborative environment
Learn about key considerations in designing innovative and practical engineering solutions
Connect with professionals, researchers, and students within the tunnelling and geotechnical community
