1st Model

Exhibition & Display

A 3:1 scale pencil case filled with 1980s stationery, enlarged to evoke nostalgia through bold colours and recognisable objects.

1980s stationery

Large 80s Tipp-Ex

Scale Comparison

This project demonstrates my understanding of materials, scale and techniques through the creation of oversized 1980s stationery designed as a display piece inspired by prop making and oversized marketing. I combined traditional workshop methods with digital processes including CAD modelling, 3D printing, digital sculpting and CNC machining. Material selection was essential in replicating the appearance of injection moulded plastics commonly used in 1980s stationery. Scaling the objects to 3:1 required a high level of finishing as imperfections became more visible at a larger scale. Extensive sanding, filling and spraying were used to achieve smooth, mass-produced surfaces. The project also developed my problem-solving skills through tolerance testing, material experimentation and adapting processes when challenges occurred.

2nd Model

Vehicles & Transport

A 1:12 scale fish and chip van made for Merrivale Model Village, featuring fun details throughout and the playful name “Frying Nemo.”

Serving window

For Merrivale Model Village I designed and created a 1:12 scale food truck called Frying Nemo. The project began with a complete CAD design process, allowing me to accurately develop the structure, detailing and assembly before fabrication begun. The main body was constructed from acrylic to provide durability and weather resistance, while the roof was produced from chemiwood. Smaller details and decorative elements were modelled in CAD and 3D printed.
A range of industry-standard techniques were utilised throughout the build, including laser cutting, 3D printing, vacuum forming and spray finishing. As the model was intended for permanent outdoor display, I had to consider weatherproofing and robustness throughout the design and construction process, which presented a new challenge compared to previous projects. This required careful material selection and construction processes to ensure longevity.
I am particularly proud of the speed and efficiency with which I completed the project.

3rd Model

Stop Motion

1:35 model of an Amsterdam canal house

This 1:35 scale Amsterdam house was designed to replicate the distinctive architecture and character of traditional Dutch buildings. A key focus of the project was achieving a realistic finish while incorporating detail at a small scale. The main structure was constructed using acyrklic while the facade was foam with individual bricks carefully scored by hand to create authentic brickwork and add surface texture. Plaster was then applied and refined to enhance realism on each of the walls, helping to capture the character of the original building.
Many of the architectural details were designed in CAD and produced through resin 3D printing, allowing for accurate reproduction of intricate features that would have been difficult to create by hand. The decorative gable was digitally sculpted using Nomad Sculpt before being resin printed. Additional accessories, including a traditional Dutch bicycle and street lamp, were incorporated to strengthen the sense of place and scale.

Gallery

Table centre piece for an under the sea themed event. Dolphin - carved by hand into polystyrene. Coral - 3D printed.

Prop afternoon tea designed for a banquet scene.

CAD work

Diagrammatic model showing the evolution of trains on the Metropolitan Line.

Replica of the 'Hill House Washstand' designed for a museum.

Awards

The New Blades Award

Winner

Abi Page

Arts University Bournemouth

BA (Hons) Modelmaking

Stand: 26
Graduation: 2026

I’m a versatile model maker specialising in props for film and marketing as well as stop-motion animation, with industry experience at Foster+Partners and EPH Creative. I enjoy creating detailed models that evoke emotional responses and connect with audiences through storytelling. I work with a range of materials from wood and metal to foam and plastics. I also have strong CAD skills in Rhino, Fusion360 and Nomad, which I use to support my design and making processes.

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