In our international project, consisting of team members from Germany, Mexico, and Japan, we are collaborating to develop a 3D game using Unity. The central focus of the game revolves around a small robotic vacuum cleaner. This robot possesses the unique ability to interchange its parts and components, allowing it to solve puzzles and overcome obstacles throughout the game. My primary role involves 3D modeling and the creation of prefabs for the game.
I've had the opportunity to bring numerous 3D models to life. So far, I have created approximately 70 models, and some of them can be seen in the accompanying images. The concept drawings, initially crafted by another team member, serve as a guide for my implementation. I translated these drawings into 3D models, ensuring that they align with the vision and requirements of the game.

I am currently involved in a group project where we are developing a mobile card game. As a member of the art department, my primary responsibility, along with another team member, is to oversee the overall design of the game. 
In the art department, we carefully design each card as a vector graphic using Figma. This allows us to manipulate shapes, lines, and colors with precision, resulting in visually striking and coherent card designs. 
Collaboration is at the heart of our project. Regular meetings with the art team and other departments enable us to brainstorm ideas, provide feedback, and refine the game's visual identity. By working closely together, we ensure that the art direction aligns with the game mechanics, creating a cohesive and immersive experience for players.

I recently completed a design project for a fictional software company, where I created a design that incorporated shades of gray and green. The chosen color palette aimed to convey a professional and innovative feel.
For the design, I decided to use a combination of gray and green. Gray represents elegance and reliability, while green symbolizes growth and freshness. This combination gives the design a modern and dynamic look.
The combination of these colors,, typography, and visual elements, resulted in a visually appealing design that aligned with the company's brand identity and values.

In my current project, I create a design for a café that specializes in cakes. The main objective is to develop a visually appealing brand identity that reflects the café's sweet offerings. For this purpose, I opted for a design featuring various shades of pink, as they complement the concept of the café and its delightful treats. Additionally, I am implementing the website using Contao, a content management system.

In this project, I created a design for a fictional smartwatch. I incorporated the colors orange, a shade of red, and dark gray to create a lively brand image. The use of these colors, along with the chosen typography and visual elements, resulted in a visually appealing design. The website design and advertising materials effectively showcased the smartwatch's features and benefits, capturing the attention of the target audience.

In this project, I had the opportunity to design posters addressing the crucial issues of climate change and environmental pollution. The objective was to raise awareness and inspire action towards a more sustainable future. The posters were designed with simplicity in mind, utilizing shades of gray and white to create minimalist aesthetic. By stripping away unnecessary elements, the focus was placed on the core messages and imagery.

I created a 3D render of a basement workshop using Blender. The scene includes a writing desk with monitors and office supplies, a workbench with an ongoing project, a robot and various tools. I also added various small details such as cans, books, boxes, and toolbox to make it more realistic. 
This project was one of my largest 3D modeling projects and I put a lot of effort into making it as detailed and realistic as possible.

This animation was made using Blender and is about a small robot exploring a city environment. I designed and modelled all of the assets myself, so it's been a really rewarding experience to see everything come together. 
As the robot makes its way through the city, viewers get to experience the environment through its eyes. I've paid a lot of attention to the details, ensuring that every building and object fits seamlessly into the scene. It was important to me that everything felt like it belonged in the environment, so I took the time to make sure that the design was just right.

Jellos Journey is a game developed by a team of university students for an internal competition. The game features a small jello character that can change its consistency between fluid, solid, and gas in order to navigate through various levels, defeat obstacles, enemies, and solve puzzles. I was a member of the development team and contributed to the game by creating 3D models, designing the color palette, and helping with level design.

Escape the Pyramid is a virtual reality escape room game developed by a group of students using Unity and the OpenXR Toolkit. The objective of the game is to solve three riddles in order to escape a pyramid. I was a member of the development team and was responsible for most of the 3D modeling and programming the riddles. It was a great experience working on this project and my first time working with VR to this extent. The game offers an exciting and immersive experience for the players and it was a great learning opportunity for me to work with VR technology.

Roots against Humanity is a game that was developed by a team of four during the Global Game Jam 2023 in just 48 hours. In Roots against Humanity, players embark on a magical journey as an apprentice for the great witch Atropia. The objective is to restore balance to the world by growing and crossbreeding different plants that possess unique traits. However, as the player progresses, they will begin to question the true intentions of their teacher and uncover secrets that will leave them questioning their beliefs and the true nature of balance in the world. 
I was responsible for bringing the 3D models to life that were needed for the game where we couldn't find fitting models in the Unity Asset Store. For example, I created the modular flowers, skyscrapers and more. These models change appearance throughout the game, with some plants having flowers, roots or thorns and others not, depending on their individual traits. The skyscrapers also change appearance based on the story. 
In addition to the 3D models, I was involved in creating some animations and did the level design. I also worked on the menus. 
Working on this game was a great experience, and I thoroughly enjoyed working with the team. I am proud of what we accomplished in just 48 hours and believe that players will enjoy the game as much we enjoyed creating it.

I created a Java program using JavaFX, MariaDB, REST services, Gradle, and later Maven, that serves as a movie database. The program allows users to add, delete, edit, save, filter, and sort movies. It also has two different levels of access, an admin user and a standard user.
The admin user has the ability to edit, delete, and add new movies to the database, while the standard user can only view and search the movies. The program is designed to support multiple users accessing the database at the same time. 
In addition, I used VirtualBox to edit the program to work on Linux and created a Debian package of it. It was an interesting experience working with these different technologies and tools and also to switch from Gradle to Maven as a build tool. Creating this program was a valuable learning experience and helped me better understand many programming principles 

I created an Android app using Android Studio, which is a To-Do app that allows users to save and manage their tasks. The app has several features that make it easy to use, such as the ability to filter and sort tasks, and color-coding tasks by priority. 
The app is designed to be user-friendly and intuitive, making it easy for users to add and edit tasks, as well as check off completed tasks. With the ability to filter and sort, users can easily find and prioritize the tasks that are most important to them. The color-coding feature also helps users quickly identify which tasks are high priority and which ones can be completed later. 
Overall, the app is a great tool for keeping track of tasks and staying organized. It was a great learning experience for me to create an android app from scratch.

I created an iOS app using Xcode and Swift, which was my first experience with the programming language. The app is designed to help users track their water intake, allowing them to calculate their daily water needs and save their intake history. 
The app features an easy-to-use interface that makes it simple for users to input the amount of water they've consumed throughout the day, and it also allows users to set a daily water intake goal. Users can track their progress and see a history of their water consumption, which can be useful for monitoring and maintaining a healthy water intake. 
The app also allows the user to calculate their water needs based on their body weight and other age. This feature helps users to understand how much water they need to consume daily to stay hydrated. 
Overall, this app was a great learning experience for me as it was my first time working with swift and xcode.

ABOUT ME

WORK

3D

Development

Design

Exchange

Work Place

Robot Animation

Jellos Journey

VR Escape Room

Roots Against Humanity

I WORKED WITH:

Languages

Software