Parametric CAD Design
Fully parametric SolidWorks modeling: every dimension is driven, and every assembly stays editable without rebuilding the model.
HYBRID WORKFLOW
WHERE TRADITIONAL 3D MEETS GENERATIVE AI
I combine the precision of parametric CAD with the power of generative AI tools. Every product is first modeled to a tenth of a millimeter, then brought to life in visuals and videos that would be impossible to create in a traditional studio.
CAD Expertise
The technical core of every concept
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DFM & Prototyping
Design for manufacturing (DFM): wall thicknesses, draft angles, radii and fits validated before machining, injection molding or 3D printing.
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ISO Technical Standards
Drawings dimensioned and toleranced to ISO standards: views, sections, bills of materials and title blocks ready for the workshop.
Case study // Alpha-INC Nano Solar
Solving complex hardware constraints through precision engineering
Tri-axis LoRaWAN IIoT inclinometer for Satevis Systems (Berlin): integrating sensor, solar power and antenna in a compact, waterproof, easy-to-install housing.
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Aesthetic discretion
A 92.6 × 57.6 × 40.8 mm housing weighing 150 g, with the solar panel built into the top face: no visible cables on the structure.
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Adaptive mounting
Two installation options: screw base or optional 90° bracket. Shock resistance of 100 g for 50 ms, operating range from -20 °C to +85 °C.
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Energy autonomy
Monocrystalline solar cell with MPPT management and a 270 mAh high-density supercapacitor, with no risk of thermal runaway. Less than 11 µA in standby, LoRaWAN range of 5 to 6 km in open field.
- 150 gCompact housing 92.6 × 57.6 × 40.8 mm
- IP68Ingress protection (IP67 / NEMA 6, IP68 with M8 cap)
- 25%Monocrystalline solar cell efficiency
- ±0.01°Inclinometer accuracy (±10° range)
// Source: Satevis Alpha-INC Nano Solar 10T datasheet
Assembly logic
- High-density supercapacitor
- MEMS inclinometer / IMU sensor
- Compact high-efficiency solar panel
- Integrated LoRaWAN antenna
THE HYBRID ADVANTAGE
BRIDGING THE GAP BETWEEN ENGINEERING AND EMOTION
A CAD file proves that a product works; a photorealistic render makes people want to buy it. I start with the precise SolidWorks model to create marketing visuals that are accurate down to the micron—with no gap between what’s manufactured and what’s shown.
- 100% of the geometry comes from the manufacturing file
- Photorealistic materials and lighting
- Visuals ready for datasheets, packaging and websites
Toolstack & formats
Mastering industry standards
SolidWorks
AutoCAD
CorelDRAW
3ds Max
After Effects
| Format | Usage |
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| STEP / STP | Universal 3D exchange between CAD software (ISO 10303) |
| IGES / IGS | Surfacic format for legacy CAD/CAM software |
| STL | Mesh format for 3D printing and rapid prototyping |
| DWG / DXF | 2D blueprints and profiles for laser cutting, waterjet, or bending |
| SLDPRT / SLDASM | Native SolidWorks files with full parametric feature tree |
Delivery formats
Your files arrive ready-to-use for your engineering department, machinist, or 3D printer: neutral formats for exchange, native files for future updates, and dimensioned PDF drawings for the workshop.
Discuss your project
SYS.READY // B2B Consultation & Pricing
SLA: Response < 48H // International
Direct Consultation / Scoping & B2B Pricing
Your product is precise. Your brand image should be too.
Brand identity, ISO datasheet redesign, industrial packaging, or 3D visuals: submit your goals or technical files. Receive a feasibility analysis, a locked production timeline, and a priced proposal within 24 to 48 hours.
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Strict Confidentiality
Non-disclosure agreement (NDA) guaranteed from the very first file exchange.
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Engineering Reactivity
Feasibility study, detailed quote, and timeline delivered within 48h.
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Full Ownership
Complete transfer of native source files (.AI, .INDD, .STEP) upon delivery.