
Whether you're facing specific technical challenges, looking to refine the fluidity of your gameplay sequences, or aiming to support talent development within your team, my tailored approach adapts to the unique needs and identity of your studio.




What I offer :
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Strategic Consulting
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Advanced Technical Solutions
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Knowledge Transfer
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Professional Creativity

Pipeline Optimization

Animation implementation

Smart prototyping

Pedagogy

Animation design

Animation system design
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Client anonyme (studio jeux vidéo)
Points positifs (+) :
Qualité des recherches et des documents
Réseau pour trouver des freelances
Points négatifs (-) :
Je vois pas :)
Commentaire :
J’ai vraiment apprécié notre collaboration.
Who is it for?


Challenges I Can Help You Solve:
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Optimizing tools and complex pipelines involving large teams
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Aligning animation standards across multiple projects or studios
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Integrating advanced animation solutions into proprietary engines
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Training and upskilling gameplay animation teams
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Supporting animation leads in both technical and creative management
Approach:
A strategic collaboration that respects your established workflows while delivering targeted improvements and scalable, innovative solutions.
My experience gives me deep insight into the challenges and constraints of AAA productions.
Benefits:
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Accelerated production timelines
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Enhanced final quality
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Stronger, more empowered teams

Strategic workflow

Diagnostic review

Designing solutions

Implementation

Documentation



Tangible Results
Case study 1



Redesigning an animation pipeline for a AAA title
The Challenge On an ambitious AAA project, I faced an outdated animation pipeline that severely limited both production quality and efficiency. The team needed a complete overhaul of tools and processes to meet the project's visual and technical standards. My Approach With 18 months of full autonomy, I led a methodical redesign: - In-depth needs analysis – Identifying bottlenecks and consulting with all stakeholders - Collaborative design – Working closely with gameplay programmers to develop a custom solution - Iterative development – Creating proprietary software tailored to the project’s specific requirements - Training & support – Providing documentation and team training to ensure smooth adoption of the new tools Results The new animation system became an internal tech benchmark, featuring: - Simplified management of complex animation blends - Advanced condition handling for animation triggers - Real-time integration of physics and distance calculations - Automated locomotion recognition, significantly enhancing realism These improvements dramatically accelerated the workflow, elevated visual quality, and gave animators greater creative freedom.
Case study 2



Smooth 360-degree locomotion for military characters in a AAA title
The Challenge A AAA war game project was plagued by a flawed character rotation system during shooting sequences. The existing setup, based on two distinct positions (left/right), caused abrupt and unnatural 180° transitions that severely disrupted immersion. My Approach I tackled this technical issue with a realism-focused method: - Research & reference – In-depth study of real soldier movements in combat situations - Innovative design – Development of a new system enabling smooth transitions at any angle - Iterative prototyping – A series of tests and refinements to optimize the solution - Validation with the gameplay team – Alignment with gameplay requirements through close collaboration with programmers and animators Results The new radial system transformed the gameplay experience by delivering: - Seamless transitions across all shooting angles - Complete elimination of 180° visual snapping - More precise and intuitive control for players This redesign directly enhanced the authenticity of the gameplay — a crucial element for a realistic war game.
Case study 3



Acting as a technical liaison between animation and programming teams
The Challenge A persistent methodological conflict divided the programming and animation teams: programmers required "in-place" animations to simplify variable implementation, while animators preferred "root motion" animations to preserve visual quality. This divergence led to ongoing frustration. My Approach I facilitated resolution through a structured approach: - Each team clearly expressed its constraints and needs - Technical analysis – Precise identification of cases requiring each method - Hybrid solution – Proposal of a differentiated system based on animation type - Clear documentation – Establishment of precise guidelines for the team Results The intervention led to a productive consensus: - Hybrid system where variable-driven animations (run cycles, jumps) are created in-place - Fixed-value animations (attacks, reactions) use root motion to preserve visual integrity - Notable improvement in communication and mutual understanding between teams - Significant time savings by eliminating back-and-forth revisions This approach not only solved the immediate issue but also established a precedent for interdisciplinary collaboration that lasted throughout the project.







