TUNNEL CONSTRUCTION SOFTWARE FOR OWNERS AND CONTRACTORS
Optimize tunnel construction with generative construction technology
Tunneling owners and contractors use ALICE to create an optimal construction sequence and resource allocation plan to maximize productivity for timely and cost-effective project delivery.
TRUSTED WORLDWIDE BY Tunneling OWNERS, contractors, and consultants
BUILT FOR TUNNELING OWNERS, CONTRACTORS, AND CONSULTANTS
Accelerate complex tunnel construction and bring critical infrastructure online sooner with ALICE
Explore tunneling strategies before you break ground
Compare excavation methods, Tunnel Boring Machine (TBM) launch sequences, and shaft and portal options to create the detailed schedules you need to pursue and win profitable bids.
Cut your tunnel delivery time with AI
Optioneer strategies in ALICE to learn the cost and time impact of scenarios, plan ahead for segment lining and equipment lead times, and optimize the critical path.
Reduce ground risk and protect margins
Optimize crews, TBMs, and spoil removal across every heading, while generating recovery schedules when unexpected ground conditions or equipment downtime cause delays.
BEST TUNNEL CONSTRUCTION SOFTWARE
Mitigate the risks you know, and the ones you don't.
Every day a tunnel falls behind is a day of idle TBMs, standby crews, and mounting liquidated damages, and on a major tunnel those costs can reach millions within weeks. The threats to your delivery date come from two places.
Some threats to a tunnel schedule are visible from day one: long-lead TBM procurement and segment lining supply, fixed possession windows and permit dates, sequential excavation and fit-out, and crews competing for limited shaft and portal access. ALICE lets you model these and test recovery options before they hit.
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Long-lead equipment
Late TBMs, cutterheads, segment lining, or ventilation systems can challenge critical path work.
Fixed, immovable dates
Possession windows, permit deadlines, and third-party interfaces cannot keep moving, so everything upstream has to hold.
Phased project delivery
Tunnels are built from shafts through excavation to fit-out, so one slip cascades down the entire alignment.
Crew and space conflicts
Constrained shafts and portals force crews, spoil removal, and segment deliveries to compete for the same access.
Some risks never show up in your status report. Preferential logic like drive direction, untested excavation sequences, hidden risks on the near-critical path, and conflicts between headings add time. ALICE AI surfaces and solves them early.
Learn more about ALICE Analyze
Preferential logic
treated as fixed
Choices like drive direction, launch shaft order, or cross passage timing get locked in as if they were technical requirements.
Sequences no
one questioned
Manual and traditional scheduling techniques produce one plan, and assumptions about advance rates and ring build cycles rarely get tested.
Near-critical paths
no one is watching
Cross passages, shaft works, and fit-out activities with little float can hit the critical path after one small slip, but the plan rarely shows where.
Resource and crew conflicts at scale
Conflicts and inefficiencies that only appear when you model TBMs, crews, shift patterns, and shared shaft logistics together.
Traditional scheduling gives you one plan. With ALICE, you can rapidly explore feasibly alternatives, each with its own time, cost, and resource profile.
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Start from your existing schedule
Upload your Primavera P6 or MS Project file, and ALICE helps instantly turn it into a 2D view. See your schedule and its health at a glance.
Optimize based on your objectives
Track performance as you build
Project Performance shows whether your project is on track, so you can catch risks early and act before they reach the critical path.
Monitor your entire portfolio
If you're delivering multiple projects, the Portfolio Dashboard gives you a bird's-eye view of risk across every project and what you can do to mitigate them.
WHAT IS AI GENERATIVE CONSTRUCTION SCHEDULING?
Watch how AI-powered generative construction scheduling technology by ALICE works to identify the best way to build your tunnel project
“The savings of both time and money that we’ve identified with this initial work on SCS East has been significant, and we’re now looking forward to expanding our use of ALICE to other portions of the project.”
PROVEN ON MAJOR TUNNEL CONSTRUCTION
What tunneling project teams achieved with AI
Owners, contractors, and consultants rely on ALICE to deliver complex tunnel projects. See how teams used ALICE to recover delays, cut duration, and accelerate delivery on their most challenging drives.
CUSTOMER: Skanska Costain and STRABAG JV
Three major European general contractors - Skanska, Costain, and STRABAG - formed a joint venture, SCS JV, to optimize the construction of the London tunnels of HS2, a national high-speed railway linking London, Birmingham, and the north of the country.
Read the full case study here
CUSTOMER: Skanska Costain and STRABAG JV
As part of the HS2 high-speed rail project, SCS JV used ALICE to explore the best options to build during the execution phase of the Copthall tunnel construction.
Read the full case study here
For Owners, Contractors and Consultants
ALICE AI delivers measurable ROI across the entire tunnel project lifecycle, from bidding to execution.
TUNNEL
ASSET OWNERS
Built for speed-to-market: bring critical infrastructure into service sooner, see risk across your tunnel program, and pressure-test construction strategies and schedules.
TUNNELING
GENERAL CONTRACTORS
Built to win and deliver projects: submit competitive bids, recover quickly from ground and equipment disruptions, and protect margins on every drive.
CONSULTING
FIRMS
Built for analysis and mitigation strategies: test excavation scenarios, validate contractor schedules, and give clients data-backed options for recovery and acceleration.
ALICE PRICING
Start here to get your custom quote now
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Optimize every construction phase with ALICE
ALICE gives you new planning and construction super powers.
Targeted Optimization
Identify where your schedule can be accelerated & by how much.
Analytics and Reporting
Track and analyze information that matters most to you.
Schedule Quality Score
Check your schedule score & know exactly what to fix & why.
Schedule Insights Agent
"Chat" with your schedule to get insights & recommendations.
Construction Sequencing
Solve complex constraints & intelligently sequence activities.
Construction Simulation
Explore numerous ways to build your project.
Optimization Presets
Fine-tune an ALICE simulation based on your project goals.
Risk Management
De-risk your project by modeling constraints and scenarios with AI.
Tunnel Construction Management Software
More resources from ALICE
ALICE for linear projects
Explore how ALICE resolves linear construction challenges such as access point constraints, easements, logic and sequencing, etc.
Risk Management with ALICE
ALICE models specific risk events using generative construction technology to determine the most effective recovery scenarios from a wide range of variables.
Mega Surprises of Megaprojects
Discover surprising insights about the challenges and complexities of megaproject construction and how ALICE can improve planning and execution.
Interactive product tour of the ALICE platform
Take this interactive product tour of ALICE to explore the platform's different features.
Tunnel Construction Project Scheduling Software
Frequently asked questions
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Building a tunnel is an in-depth process requiring construction company owners and general contractors to assess several aspects of the project and its surroundings. For instance, you’ll need to evaluate the type of ground that the tunnel is being built on (soft ground, hard rock, soft rock, subaqueous) before construction begins.
That being said, the procedures involved in constructing a tunnel are relatively consistent. These processes include the following:
- Investigation
- Excavation
- Material transportation
- Ground support
- Environmental control
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The average person is unaware of how many intricate components are required to build a tunnel, regardless of its location. Although the exact components may vary based on your project, standard tunnels require the following components:
- Soil
- Segment lining with support measures
- Tunnel boring machine (TBM) with hydraulic jacks
- Grouting
If you plan on working on an urban tunnel (in a city or large town), you’ll also need to keep the current infrastructure in mind.
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Construction company owners need to address a handful of challenges before and during the tunnel construction process. One of the main challenges is geological variability, which refers to the variance of the consistency of the soil/rock on which the tunnel is being constructed. For instance, if the soil/rock is softer than expected, your team will need to adjust their processes.
Groundwater is another common issue construction company owners face during tunnel construction. Project stakeholders need to clearly identify all sources of groundwater (prior to construction) to prevent groundwater from potentially hindering operations.
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Constructing a tunnel in an urban area is quite challenging for even the best construction company owners. This is due to the fact that there are several challenges and hurdles that need to be addressed before and during the construction process. Some of the most common challenges of building a tunnel in an urban area include:
- Shallow cover
- Difficult soil conditions
- Groundwater infiltration
- Proximity to sensitive structures (ex. historic buildings)