Projects
Flagship Projects
Large-scale, load-bearing structure engineered for live performance use.
Client: Scissor Sisters
Context: Live performance stage prop (UK tour)
Role: CAD Technician
Tools: AutoCAD, Fusion 360, Laser Cutting
Manufacturing: Fabricated large-scale structure
Year: 2025
Compact desk product featuring a user-activated mechanical transformation.
Client: Br8 Creations Ltd
Context: Product Design Project
Role: Product Designer / CAD Designer
Tools: AutoCAD & 3D Printing
Product Type: Mechanical desk accessory
Year: 2025
Mechanism-driven system developed through CAD modelling and iterative prototyping.
Context: MA Product Design
Role: Product Designer / CAD Designer
Tools: AutoCAD, FDM 3D Printing & Laser Cutting
Focus: Mechanical systems, motion transfer, prototyping
Other Projects
A Home with Heart
A Home with Heart is a residential design project developed for a close family member, focusing on creating a comfortable, functional, and emotionally meaningful living environment. The project involved translating client needs into a practical architectural proposal through the development of floor plans, elevations, and 3D visualisations using AutoCAD. Particular attention was given to spatial flow, natural light, and ventilation to enhance everyday living quality while maintaining a warm and welcoming atmosphere. Working closely with the client allowed for a deeper understanding of real-world design constraints, communication, and decision-making throughout the process. This project strengthened my ability to balance personal requirements with architectural principles, forming an important step in applying design skills to a realistic residential context.
Rendered images of the house
Plan (top) & 3D model (bottom) of the house.
Earthquake Bed
The Earthquake Bed is a speculative design project developed during my second semester at Sheffield Hallam University, exploring innovative ways to improve safety for disabled individuals during natural disasters. The project focused on creating an assistive protective bed capable of responding automatically to seismic activity, addressing the limitations of conventional evacuation methods for people with mobility impairments.
Two design concepts were developed: a drone-assisted flying bed designed to transport occupants to a safe location, and a hydraulically elevated bed that lifts the user above collapsing structures while maintaining stability through an electronic control system. Both proposals incorporated safety features such as seismic detection, protective shielding, oxygen supply, and rescue-location systems.
Through this project, I explored inclusive and human-centred design, combining speculative technology with disaster-response thinking to address physical safety as well as psychological reassurance. The work strengthened my ability to develop innovative concepts that integrate technology, accessibility, and social responsibility within design practice.
Rendered images of Hydraulically elevating bed (top) & Flying Bed (bottom).
Working of the Flying Bed
Children’s Christmas Event Prop Design
This project involved designing a series of whimsical, story-driven props for a children’s Christmas event, aimed at creating an immersive and magical festive environment. The collection includes a air-ship themed transport vehicle, a toy-making machine, a cotton candy maker, and a portal-inspired entrance structure. Each prop was designed to feel playful, imaginative, and mechanically inspired, combining festive colour palettes with steampunk-influenced detailing to evoke a sense of wonder and discovery.
The air-ship transport serves as a character-like vehicle, designed with soft, rounded forms and decorative mechanical elements to suggest motion and adventure. The toy maker and cotton candy machines were created as interactive-looking fabrication units, featuring transparent viewing windows, gauges, pipes, and functional detailing to visually communicate the magical production process. The portal entrance acts as a visual centerpiece, designed with ornamental patterns and vibrant accents to create a clear transition into the fantasy world of the event.
Across all assets, attention was given to silhouette clarity, child-friendly proportions, material contrast, and visual storytelling. The designs balance realism and fantasy, ensuring they feel believable while maintaining a strong sense of enchantment. This prop collection contributes to a cohesive narrative environment, enhancing the overall experience and encouraging imagination, curiosity, and festive excitement.
Rendered image of the Air-ship themed transport vehicle
Rendered image of the cotton candy maker
Rendered image of the Portal-inspired entrance
Rendered image of the Toy maker