I’m a mechanical engineer with more than four years of experience across rail consultancy and major transport infrastructure.
At Rail Confidence, my work brings together vehicle dynamics simulation, hands-on testing and technical compliance. I use engineering analysis to understand how rollingstock behaves, assess its suitability for Australian networks and communicate the evidence clearly.
A secondment with MTR on Sydney Metro City & Southwest also gave me experience at the interface between design, construction and operational readiness.
Sydney Metro City & Southwest · Trains, Systems, Operations and Maintenance package.
Coordinated installation interfaces and completions for signalling, communications and tunnel systems under TRIP.
Inspected built infrastructure against approved designs and supported defect resolution and operational readiness.
Worked with principal contractors and client teams to coordinate delivery, programme reporting and safety requirements.
2017 — 2021
De Martin & Gasparini
Administrator
Supported concrete construction projects through drawing change assessments, quantity estimates, variation pricing, budget tracking and quality assurance documentation.
Selected engineering work
03Areas of practice
01 / Simulation
Understanding vehicle behaviour
Multibody dynamic modelling to investigate wagon response and wheel–rail interaction.
Explore the work
Pitch and bounce assessments for wagons and lateral track shifting force simulations for infrastructure machinery, including rail grinders. Tools include Vampire Pro, with Mtrain used for bulk commodity train fuel usage modelling.
View full-size plot ↗Vampire Pro transient analysis · Wheelset lateral displacement at 70–110 km/h.02 / Testing & acceptance
Taking analysis to the track
Physical testing and engineering calculations to support safe network acceptance.
Explore the work
Site acceptance testing of infrastructure maintenance vehicles, road–rail vehicles and trolleys, alongside factory acceptance witnessing and static and dynamic testing for Mariyung fleet commissioning assessments.
03 / Design & verification
Checking the detail
Structural analysis and clearance modelling grounded in practical design requirements.
Explore the work
Vehicle-to-vehicle and curved platform clearance, kinematic envelopes and swept paths; structural analysis for vehicle modifications; axle stress and fatigue calculations; and manufacturing drawings for a brake cylinder force test rig.
Ideas worth sharing
04CORE2026
CORE2026 / Technical paper
Andre Volpato Dynamic vehicle simulation
Featured paper
Before Things Go Off the Rails
Shedding Light on Dynamic Vehicle Simulation
My CORE2026 paper, available to read via the link shared with presentation attendees.