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About
I am a passionate designer, innovator, and Industrial Product Engineer
In 2024, I completed my Bachelor's in Industrial Product Design, I had the privilege of working on numerous projects that shaped me and my growth as a designer.
I am continuing my studies at the Technical University of Eindhoven in the Industrial Design department. Through this program, I aim to expand my skill set and push the boundaries of design to create innovative solutions that enhance user experiences.
Work
My Work
1NUL8 Wine Menu – Menu & Logo Redesign
Client Work
I had the opportunity to redesign the Special Wine Menu for the restaurant chain 1NUL8, known for its refined selection of wines. Beyond enhancing the menu’s aesthetics and usability, I also took a creative approach to modernising the 1NUL8 logo.
Concept & Inspiration
The redesign was inspired by the existing menus used at 1NUL8, ensuring that the new wine card maintained a cohesive visual identity with the brand. Additionally, I drew inspiration from 1NUL8 Basement, one of the chain’s locations, which features a distinctive one-line art pattern throughout its menu and interior design.
Design Approach
While respecting 1NUL8's established identity. The one-line art on the front of the menu serves as a direct nod to 1NUL8 Basement, reinforcing brand continuity while adding a fresh, artistic touch. Keeping in line with the already existing design language of the restaurant while adding a new and modern twist to it
The final design balances tradition and modernity, giving the Special Wine Card an elevated yet approachable feel. This project perfectly blended branding, typography, and visual storytelling, aligning 1NUL8’s identity with its premium wine selection.
I had the opportunity to redesign the Special Wine Menu for the restaurant chain 1NUL8, known for its refined selection of wines. Beyond enhancing the menu’s aesthetics and usability, I also took a creative approach to modernising the 1NUL8 logo.
Concept & Inspiration
The redesign was inspired by the existing menus used at 1NUL8, ensuring that the new wine card maintained a cohesive visual identity with the brand. Additionally, I drew inspiration from 1NUL8 Basement, one of the chain’s locations, which features a distinctive one-line art pattern throughout its menu and interior design.
Design Approach
While respecting 1NUL8's established identity. The one-line art on the front of the menu serves as a direct nod to 1NUL8 Basement, reinforcing brand continuity while adding a fresh, artistic touch. Keeping in line with the already existing design language of the restaurant while adding a new and modern twist to it
The final design balances tradition and modernity, giving the Special Wine Card an elevated yet approachable feel. This project perfectly blended branding, typography, and visual storytelling, aligning 1NUL8’s identity with its premium wine selection.
LEGO Duplo - Element Exploration
Bachelor - Graduation Project
For my thesis I had the privilege to move to Billund for 4 months to work for The LEGO Group.
During this time, I was part of the LEGO Duplo team and helped with the development and exploration of new elements.
Due to an NDA agreement during this internship, specific project details cannot be shared; however, a brief overview of the thesis can be provided.
Research and Ideation
My process began with extensive research into current trends influencing children and caregivers' purchasing behaviors. Competitor analysis guided opportunities for LEGO Duplo to innovate. I generated multiple sketches aligning with LEGO Duplo's design principles, safety standards, and focus on exceptional play experiences.
Concept Development
Following initial ideation, I refined two concepts emphasizing safety and ergonomic design for children aged 1.5 and up. Utilizing Rhino 3D modeling software, I crafted prototypes to ensure proportionate and engaging interactions with figures.
Finalization and Presentation
A concept was chosen and rigorously assessed for technical feasibility and design coherence through collaboration with engineers and product safety teams. This process culminated in a comprehensive final report. I presented the project to my team and The Hague University's graduation committee, achieving an outstanding grade of 8 for my studies
For my thesis I had the privilege to move to Billund for 4 months to work for The LEGO Group.
During this time, I was part of the LEGO Duplo team and helped with the development and exploration of new elements.
Due to an NDA agreement during this internship, specific project details cannot be shared; however, a brief overview of the thesis can be provided.
Research and Ideation
My process began with extensive research into current trends influencing children and caregivers' purchasing behaviors. Competitor analysis guided opportunities for LEGO Duplo to innovate. I generated multiple sketches aligning with LEGO Duplo's design principles, safety standards, and focus on exceptional play experiences.
Concept Development
Following initial ideation, I refined two concepts emphasizing safety and ergonomic design for children aged 1.5 and up. Utilizing Rhino 3D modeling software, I crafted prototypes to ensure proportionate and engaging interactions with figures.
Finalization and Presentation
A concept was chosen and rigorously assessed for technical feasibility and design coherence through collaboration with engineers and product safety teams. This process culminated in a comprehensive final report. I presented the project to my team and The Hague University's graduation committee, achieving an outstanding grade of 8 for my studies
PapioCap
Bachelor - Year 3
This project focused on developing a non-invasive tool to prevent cervical cancer by stopping the progression of HPV into cancerous cells.
Research & Ideation
The project began with research into cervical cancer prevention, emphasizing early detection and treatment. The PapioCap was created to deliver localized heat, targeting HPV-infected cells before they become cancerous. Key challenges included designing a comfortable, easy-to-use device for vaginal insertion.
Concept Realization
The PapioCap features a soft, flexible design with a thermal sensor-controlled heating element. It provides safe, controlled heat to treat early HPV infections, ensuring comfort and ease of use.
Finalization & Presentation
The final device is discreet, user-friendly, and effective, offering a practical solution for HPV treatment. This project emphasized the importance of designing for comfort and functionality in sensitive health applications.
This project focused on developing a non-invasive tool to prevent cervical cancer by stopping the progression of HPV into cancerous cells.
Research & Ideation
The project began with research into cervical cancer prevention, emphasizing early detection and treatment. The PapioCap was created to deliver localized heat, targeting HPV-infected cells before they become cancerous. Key challenges included designing a comfortable, easy-to-use device for vaginal insertion.
Concept Realization
The PapioCap features a soft, flexible design with a thermal sensor-controlled heating element. It provides safe, controlled heat to treat early HPV infections, ensuring comfort and ease of use.
Finalization & Presentation
The final device is discreet, user-friendly, and effective, offering a practical solution for HPV treatment. This project emphasized the importance of designing for comfort and functionality in sensitive health applications.
Validation Tool
Bachelor - Year 2
Project Overview
This project focused on redesigning T.E. Industries' internal Validation Tool, transforming it into a market-ready solution tailored for external clients while meeting industry standards.
Research & Ideation
The initiative began with an in-depth analysis of the Validation Tool’s existing functionality and its limitations for broader use. Key considerations included enhancing usability, ensuring compliance with industry standards, and incorporating features that would appeal to external clients.
Design & Development
The redesigned tool features an intuitive interface and robust functionality. Special attention was given to ensuring reliability, accuracy, and ease of use and workflow.
Finalization & Presentation
The outcome is a polished product designed to exceed industry expectations and address customer needs effectively. Our group's efforts are focused on transforming the tool from its original purpose of internal use to a robust, market-ready solution that meets industry standards and customer needs beyond the company's walls.
Project Overview
This project focused on redesigning T.E. Industries' internal Validation Tool, transforming it into a market-ready solution tailored for external clients while meeting industry standards.
Research & Ideation
The initiative began with an in-depth analysis of the Validation Tool’s existing functionality and its limitations for broader use. Key considerations included enhancing usability, ensuring compliance with industry standards, and incorporating features that would appeal to external clients.
Design & Development
The redesigned tool features an intuitive interface and robust functionality. Special attention was given to ensuring reliability, accuracy, and ease of use and workflow.
Finalization & Presentation
The outcome is a polished product designed to exceed industry expectations and address customer needs effectively. Our group's efforts are focused on transforming the tool from its original purpose of internal use to a robust, market-ready solution that meets industry standards and customer needs beyond the company's walls.
Wally The Whale
Bachelor - Year 1
A wooden toy designed for children aged 3 to 6, featuring a fully functional wooden mechanism that moves water up and down over the whale, sparking imagination and introducing basic principles of movement and marine life.
Research & Concept Development
Research into child development and interactive toys inspired the creation of Wally the Whale, emphasizing curiosity and engagement. The design combines craftsmanship with an educational focus, encouraging hands-on play and exploration of the underwater world.
Final Design
The sturdy, eco-friendly wooden whale offers a safe, interactive experience. It fosters imaginative play while teaching cause and effect, making it a durable, cherished toy that highlights creativity and discovery.
Also fun for cats!
A wooden toy designed for children aged 3 to 6, featuring a fully functional wooden mechanism that moves water up and down over the whale, sparking imagination and introducing basic principles of movement and marine life.
Research & Concept Development
Research into child development and interactive toys inspired the creation of Wally the Whale, emphasizing curiosity and engagement. The design combines craftsmanship with an educational focus, encouraging hands-on play and exploration of the underwater world.
Final Design
The sturdy, eco-friendly wooden whale offers a safe, interactive experience. It fosters imaginative play while teaching cause and effect, making it a durable, cherished toy that highlights creativity and discovery.
Also fun for cats!
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