Methodology
Technical Design Strategy
A multi-level deep dive into our 5‑phase design hierarchy, from conceptual compliance to final validation.
±0.2mm Precision
Snugfit Tolerance
G2 Continuity
FEA Validated
Featured Projects
Precision engineering, parametric digital twins, and industrial validation studies
[CAD REF: OP-01 // R&D]
Church Organ Pipes
Design and development of church organ pipes with acoustic precision engineering and advanced manufacturing techniques.
Acoustic Engineering
Product Design
Master Thesis
Case Study Coming Soon
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Advanced Simulation & FEA
Simulation of in-plane deformation behavior in defect-induced components using ANSYS FEA & MATLAB InterShear shearography pipeline.
Digital Shearography
ANSYS FEA & MATLAB
Master Project
View Master
Project ↗
[ANSYS SIM // SHEAR-2D]
[METROLOGY // ±0.1mm]
Reverse Engineering
Transforming complex physical components into precise 3D digital models using Scale Compass metrology for manufacturing-grade accuracy and ±0.1mm tolerances.
Scale Compass Metrology
Parametric Modeling
G2 / G3 Continuity
View
Reconstruction ↗
Mold Design & DFM
Advanced geometric validation and DFM analysis ensuring mission-critical components are fully optimized for industrial tooling and high-volume production.
DFM Analysis
Mold Design
Tooling Readiness
View Case
Study ↗
[MOLD TOOL // DFM-04]
[NURBS // G2 CONTINUITY]
Surface Designing
Advanced Class-B surfacing for industrial products, balancing aesthetic design intent with strict engineering constraints and G2 curvature continuity.
Product Design
Class-B Surfacing
G2 NURBS
View Design
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Workflow Framework
Transforming consumer hydration concepts into compliance-ready manufacturing realities. The two interactive flowcharts below demonstrate this overarching strategy, mapping the complete journey from raw concept to consumer product.
Methodology
End-to-End Product Cycle
A complete mapping of the industrial journey: strategy, development, manufacturing, and logistics.
About Me
I specialize in end-to-end reverse engineering, bridging the gap between Scale Compass metrology and DFM validation. By leveraging G2/G3 curvature continuity (Class A/B), I achieve consistent ±0.2 mm accuracy for guaranteed snug-fit tolerances. These designs are fully optimized for multi-cavity tooling, ensure manufacturing excellence.
Software Expertise
SolidWorks
CATIA
ANSYS
Creo
AutoCAD
ERP Management
GOM Inspection
Microsoft Office Suite
Industrial Expertise
Production Strategy
Material Selection
DFM Validation
Tooling Feasibility
Quality Control
Injection Molding
Assembly Optimization
Rapid Prototyping
Why Work With Me
- ✓ Precision: ±0.2mm tolerances with G2/G3 curvature continuity (Class A/B)
- ✓ Process-Driven: Systematic DFM validation through iterative quality gates
- ✓ Bilingual: Technical communication in English & German
- ✓ Full Delivery: STEP files, simulations, analysis reports & DFM documentation
- ✓ Flexible: Available for projects, freelance & full-time collaboration
Standards & Certifications
ISO 1101 GD&T
IATF 16949
SolidWorks Certified
Let's Connect
Professional EssentialsHave a complex project or a technical inquiry? Send a message and let's engineer a solution together.
Average response time: 4 hours during business hours
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SKETCHSOLID
Lead Engineer
Darshit Solanki B.E.,
M.Sc.