Loïck Rivemale

Animotive – Freelance

2 years

After moving abroad, I continued working with Retinize remotely as a freelance developer, still focusing on Animotive, their VR-based movie production tool.

During this freelance collaboration I took care of expending and maintaining the UI toolkit. I also developed custom rendering features and shaders that weren’t available online, and proved I can stay closely involved despite working remotely across time zones.

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Animotive – Employee

2 years

During my two years as an in-house Unity developer at Retinize, I worked on Animotive. It is a VR-based movie production tool that lets users animate 3D characters and create scenes in real time.

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Dragonfly

3 years

DragonFly is a multi-platform industrial data visualization and manipulation tool (Desktop + VR) developed in Unity by a team of a dozen developers within Airbus Defence & Space. Chosen as the group’s official VR visualizer, it has received multiple internal awards and is used across various departments.

I was part of DragonFly’s core development team for three years, contributing both as a feature developer and integration lead. I worked on key modules including measurement tools, 3D gizmos, and custom API integrations (TCP/UDP/REST), as well as companion tools like a desktop bug reporter.
My primary focus, however, was collaborating with other internal teams to adapt and deploy DragonFly into their operational workflows, translating their needs into features, aligning roadmaps, and ensuring successful production rollouts.

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S³ (Satellite sizing suit)

16 months

S³ is a satellite accommodation pre-design tool embedding complex business logic specific to spacecraft layout and planning.

As part of the DragonFly team, I was responsible for developing a suite of modules that enabled another internal team to use DragonFly as their visualizer for satellite pre-design. This included implementing networking features, procedural mesh generation, object snapping systems, and advanced CAD-style interaction and management tools.
I also supported the integration process directly by maintaining technical support, adapting features to changing needs, and ensuring our solution aligned with their domain-specific constraints.

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Space simulation

10 months

I was tasked with building a proof of concept and later, a full implementation of a real-time solar system simulation to enable DragonFly to visualize satellite missions in both Desktop and VR. The goal was to integrate DragonFly with external mission simulation tools like VTS and Celestia, allowing users to observe satellite telemetry and trajectories in an immersive, interactive environment.

To achieve this, I developed a custom double-precision coordinate system to overcome Unity’s floating-point limitations at astronomical scales, ensuring accurate orbital positions and seamless motion. I also helped on the implementation of a dynamic lighting model and rendering pipeline for the solar system and built the interface layer to receive and parse real-time data from external systems.

This project helped in demonstrating DragonFly’s potential as a mission analysis tool and was deployed in a VR setting at Toulouse Mission Control for internal use.

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PLA power banks

3 months

This project aimed to help a manufacturing team validate the layout of their facility using VR.

I maintained and extended the codebase, implementing fixes and improvements that enabled users to explore building architecture at scale, test movement flow (e.g. forklift paths), and evaluate design choices directly in a virtual environment.

The project leveraged DragonFly as the core platform and was one of the first real-world use cases showcasing its value for facility layout validation.

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Battlefront

A WIP AI battle simulation.
Two team fight for the control of the map's command posts every bot is equiped with a weapon (rifle, sniper, shotgun, grenade launcher or rocket launcher) and decide which command post it wants to attack and the way it will follow in order to do so.

 Go to Github repository

Planet generator

A simple cartoon (Spore like) planet generator base on a coherent node graph tool. The Noise is made via a fork of a libnoise port coupled with Xnode, a node library.

 Go to Github repository  try it ! (WebGL)

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XNoise

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A nodal noise generation tool for Unity based on a port of libnoise, rewritten entirely in shaders and integrated with xNode (so it now supports CPU/GPU generation). It supports multiple noise types (Perlin, Billow, RidgedMultifractal, Voronoi) and allows export of 2D, spherical, or cylindrical maps. Originally built as part of the TinyPlanetGenerator project, it now serves as a flexible, ShaderGraph-style system for procedural content.

 Go to Github repository  Try it ! (WebGL)

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Title

Game Jam 2024

Welcome to Title, a chaotic 2–4 player local co-op game set in a crowded office elevator full of NPCs. Your mission: unleash your gas strategically while staying hidden — and sniff out the other players before they get you.

But beware: players can cork each other's gas pipes to disrupt plans or punch when they suspect foul play. It’s absurd, competitive, and surprisingly tactical.

ENABLE

Global Game Jam 2021

ENABLE is a puzzle-platformer created during the 2021 Global Game Jam. It's a game about losing — and recovering — your abilities. Manage movement, jumping, and directional skills in a precise order to reach the portal in each level.

 GitHub Repository  Try it! (WebGL)

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Chrome

Global Game Jam 2020

Chrome is a VR game made during the 2020 Global Game Jam. You play as a “god” tasked with restoring a planet by painting it back to life. As you bring color to each biome, birds return, forests bloom, and the world begins to feel alive again.

The goal was to offer a calm, meditative experience with peaceful music and an intuitive VR interaction system.

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