Undergraduate Civil Engineering Student at UNSW

Practical design. Modelling. Analysis.

Clarity doesn't come from the thinking, it comes from doing.

Capabilities

Civil engineering skills with clear technical evidence.

Selected Work

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Environmental and civil design

Designed a remediation strategy for the contaminated site in Camellia, NSW, intended for a light rail stabling yard and maintenance facility.
Designed a concrete water tank to supply future residential developments and provide emergency fire support.
Conceptualised a detailed design of retaining walls and a 33-pile foundation system socketed into shale bedrock.

Screened 15+ remediation technologies via FRTR guidelines and cost-benefit analysis.
Modelled tank geometry through sketches; calculated flexural capacity and added horizontal stiffeners to ensure stability without thickening walls.
Calculated lateral earth pressures, verified wall deflection, and designed 33 bored piles with end-bearing into shale.

Recommended Monitored Natural Attenuation (MNA) for lowest cost and minimal site disturbance.
Delivered a water tank with 451.7 kN/m moment capacity while reducing wall thickness and construction costs.
Designed a pile system supporting a 48 MN vertical load with settlement under 4 mm, using a hexagonal grid for even load distribution.

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Revit and construction documentation

Completed a residential house design at 10 Flinders Street, including site plan, floor plans, elevations, and room schedules.
Designed a multi-building community residential project at 22-25 Rothschild Ave, Rosebery, NSW.
Compiled Revit 2025 sheet documentation for both designs.

Built 3D models of apartments and community centre using Autodesk Revit.
Applied AS1100 material patterns and line weights for construction documentation.
Produced cover pages, site plans, floor plans, north/south/east/west elevations, sections, room schedules, and quantity takeoffs.

Demonstrated proficiency in Revit worksharing, clash detection, sheet management, and AS1100 drafting standards.
Built skills directly transferable to a trainee drafter role using AutoCAD or 12D.

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Mechanical prototype and testing

Designed and manufactured a morphing airfoil with a compliant acrylic mechanism and NACA 0015 airfoil.
Responsible for compliant mechanism design, leading edge CAD, problem statement, and reports.

Selected NACA 0015 for 15% thickness, balancing structural rigidity and lift/drag ratio.
Used CAD tools, including extrude cut and insert curve through XYZ points, to model the airfoil and compliant ribs.
Programmed Arduino with simple loop-based angle inputs, without a manual knob, for fast testing.

Wind tunnel testing confirmed the morphed configuration achieved higher lift-to-drag ratio than the non-morphed configuration, validating Bernoulli's principle.
Delivered a lightweight, functional morphing wing tested in a 300 mm x 300 mm wind tunnel with measurable lift/drag data.

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