THOMAS DE CLERCK
PRODUCT & WEB DESIGN PORTFOLIO
2024
Hi!
I’m Thomas, A versatile Product and Web Developer. I’m a passioned designer who thrives on conquering new challenges head-on. My true joy lies in crafting products that evoke profound human interactions. To me, the user experience is of great importance, with equal significance to the product’s functions. Count on me as an steady link, dedicated to delivering excellence in all that I do.
Explore my portfolio and let’s embark on exciting ventures together! declerckthomas9@gmail.com
www.thomasdeclerck.com
PRODUCT SKILLS WEB
Adobe Illustrator Adobe InDesign
Adobe Photoshop
React.js
Webflow
MS
Office Gravity
Sketch
Blender Sketchbook Pro Keyshot Solidworks MySQL workbench
Studio Visual Code Figma
PROJECTS
PRODUCT & UX/UI DESIGN
The coastal measuring platform
3D SOLIDWORKS MODELING
The 3D-modelled animation figure
PRODUCT DESIGN
The ergonomic litterbox
YUI
PRODUCT & UX/UI DESIGN
The grocery product service system
VR DESIGN SKETCH
The Gravity Sketch collab
ONFLOW SHY TURTLE 01 04 COSYCAT NIKE X BIRCK 02 05
03
ONFLOW 01
As a thesis project, a year-long study was conducted on the optimization of coastal safety. This involved examining swimmers, beach rescuers, and external rescue services to address the problem from various perspectives. After months of research, ‘Onflow’ was developed. Onflow is a smart platform consisting of a measuring buoy located in the sea and a digital platform. The buoy retrieves data from the sea, which is then visible to the lifeguards who can make adjustments accordingly to ensure public safety.
& UX/UI DESIGN
PRODUCT
THE BUOY
Prototypes
In this project, the technical operation and interaction with the user (beach rescuers) were the focal points. This led to the creation of various physical models for verifications, aiming to arrive at a well-considered and substantiated product. To come to a usable end result I made different real size prototypes to test the portability, ease of use and flow direction measurements.
Buoy design
The ‘Onflow’ measuring buoy is a compact buoy that performs real-time measurements in the swimming zone along the coast. The gathered information is shared with beach rescuers, allowing them to ensure the safety of beachgoers and optimize their own work efficiency. The buoy continuously measures both the flow rate and flow direction. When the buoy detects critical flow values, it will alert beach rescuers using a signaling light, enabling them to take preventive measures.
THE PLATFORM
The second part of my product idea involves a data platform where information from the measurement buoy is collected. It informs beachgoers about sea hazards, regulations, and swimming zones. The platform is designed to accommodate future technologies for enhanced coastal safety. Feedback sessions with lifeguards and beach visitors ensured an optimal user experience during development.
Wireframe to website
By incorporating continuous feedback from various stakeholders, the wireframes gradually evolved into a functional website. The wireframes were first made in figma and Illustrator and were later transformed into a real usable website using a no-code web design tool called webflow.
The application
The data-sharing platform consists of two parts. On the one hand, there is a website that provides a comprehensive overview of data gathered with measuring equipment along the coast for all stakeholders. On the other hand, there is an application to ensure that the data can be handled in a mobile way, optimizing the safety of beachgoers along the coast at all times.
COSY CAT 02
PRODUCT DESIGN
My bachelor’s thesis project entailed creating an innovative cat litter box with an automated cleaning mechanism. The objective was to develop a product with a distinctive feature that would stand out in the market and make a significant impact.
The problem
Recognizing that litter boxes are typically placed on the ground, I envisioned an ergonomic design positioned at a higher, more accessible level. This innovation aims to significantly enhance usability, especially in homes of elderly or less mobile individuals.
Materialisation
The litterbox is made out of high density polyethylene. This material will be injection molded into the right shapes. The legs and jumping platforms underneath the litterbox are made out of wood. The whole structure is designed with the thought that the parts should be easy replaceable and easy disassembly.
Combine pleasure with utility
As this ergonomic litterbox sits at a higher level, it cleverly makes use of the space below. Here, you’ll find a range of jumping platforms and a scratching pole for cats to enjoy and play with.
Mobile YUI
With the Yui app your life becomes easier. Different elements will help you in your daily life with questions about food, health and time management.
In store YUI
With the in-store feature of the Yui app you get the perfect guide to an easy and fast visit to the grocery store.
SHY TURTLE 04
3D SOLIDWORKS MODELING
To test our 3D modeling skills, we were tasked with creating an organic animated figure solely using Solidworks, a program primarily optimized for technical parts and products. Modeling an organic animation figure proved to be a genuine challenge. The renders of the turtle were produced using Keyshot.
NIKE X BIRCK 05
To explore the possibilities of designing in virtual reality I made this unique shoe in Gravity Sketch, rendered in Keyshot. I thought it would be fun a learnful exercise to visualize what a Birkenstock x Nike shoe collaboration could look like. These two brands both have a very clear brand identity which made it extra challenging to try and come up with an esthetic looking collaboration shoe.
VR DESIGN SKETCH
The easy of use and versatility of Gravity Sketch made it possible for me to really design and adjust without having to leave the virtual space. I brought some reference pictures of Birkenstocks and Nike shoes in the virtual workroom for inspiration and let my creativity do the rest.
CONTACT declerckthomas9@gmail.com
