I develop mechanical layouts and 3D models for energy storage, automated parking and robotic platforms. I also build mobile apps and working prototypes to test product ideas.
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Bring an early idea, an app concept, an existing design or a system that needs to be explained.
Work through how components fit and move within the space available. Develop the operating sequence and select motors and actuators.
A developed 3D arrangement and a clear explanation of the mechanism and its movement.
Develop custom parts and assemblies around the required geometry and off-the-shelf components.
Detailed CAD models for the agreed scope, with component interfaces and assembly relationships worked through.
Show how a proposed product or system works through carefully chosen views and animation.
Renders or an edited film, from modeling and shot planning through animation and final delivery.
Build mobile applications and turn early product ideas into working prototypes. Test the core experience before committing to full development or a large team.
A clickable mockup or a working prototype focused on the assumptions you need to test, with a clear scope for what comes next.
Deliverables, file formats and the level of detail are agreed around your project.
From a client's floor plan to mechanisms, operating logic and a clear explanation of the complete parking system.
220 parking spaces across 27 parking levels.
340 underground parking spaces, served by eight shuttles.
One parking level made room for an additional building floor.
250 parking spaces on five levels, with dedicated pallet storage.
A robotic carrier makes the parking sequence visible.
From the reception room to multilevel storage.
Compared with conventional parking in the same space, depending on the layout and site constraints.
Parking requirements can limit what a developer is able to build. A more space-efficient parking system can unlock additional building area and make a more ambitious project feasible on a constrained site.
Automated parking can make constrained urban sites usable where a conventional parking layout would not fit. The arrangement can be developed around the space available inside the building.
These systems can also be integrated into existing buildings where the structure, access and available clearances allow. Each project starts with the building and its constraints.
My work spans mechanical development, component selection, manufacturing-oriented CAD and technical film direction. Detailed project materials are shared in direct conversation.
A battery energy storage concept in a 40-foot container. Mechanical architecture, equipment arrangement and cooling integration.
Creating since 2008. Today I work independently, combining studio experience with AI tools and agents to take on more ambitious ideas.
A model is most useful when it helps answer a practical question: will it fit, how will it move, and how can someone reach it?
Operating conditions, spatial constraints and the intended outcome define the starting point.
Compare layouts, kinematic schemes and connections between components before committing to detail.
Review geometry, movement and access. Use clear technical views to make the construction easier to discuss.
Develop the details as constraints and requirements become clearer. Keep the model connected to the engineering question.
The scope can be a single mechanism, an app prototype or a project that needs development from the first idea.
Resolve a specific design problem or build a prototype around one product assumption.
Work from your drawings, models or app concept to develop the parts that need testing or refinement.
Define the first version together, work through the details and build the models or prototype needed for the next decision.
A prototype gives you something people can try. I build quick mockups and early app versions around the questions that matter: does the workflow make sense, does the feature solve the intended problem, and what should be developed further?
Use that early feedback to decide whether to invest in a full product, assemble a larger team or revise the idea. We agree on what the prototype needs to demonstrate and what belongs in a later production release.
Product concepts and architectural films. A selection of work that turns a proposed design into something people can see and understand.
A pre-release phone concept, published in June 2017. I created the 3D model, animation and renders, then edited and assembled the final film.
An architectural film built around the client’s drawings. I modeled the surrounding city from map references and animated traffic and people to place the building in context.
A presentation film for the ITower SmartBank project, using 3D visualization to show the proposed environment.
Trains, electronics, jewelry and objects for everyday spaces. Explore 39 different models and collections from my CGTrader portfolio.
Send me a sketch, a floor plan or a short description of your idea. Include what needs to work, the space available and any constraints you already know. We can work out the next step together.
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