Hire the Best Synergy International Fusion Specialists

I work on the engineering decisions that determine whether a product can move from concept to production with predictable performance and manufacturing risk. My work usually begins before detailed CAD. I review the mechanical architecture, load paths, mechanism layout, assembly strategy, material selection, and manufacturing process to identify issues that are easier and less expensive to resolve early in development. My background includes more than 20 years in mechanical product development, precision manufacturing, tooling, and production. I have worked on consumer products, aluminum and plastic enclosures, sheet metal assemblies, mechanisms, bicycle frames, production tooling, and manufacturing equipment. Depending on the project, I can support: • Mechanical architecture and mechanism development • Design for Manufacturing (DFM) and Design for Assembly (DFA) • Injection molding, sheet metal, machining, casting, and tooling considerations • Structural layout, load-path evaluation, and design refinement • Prototype development and production readiness • Production drawings, BOMs, tolerance review, and assembly documentation I do not treat CAD as the final objective. The goal is to develop a mechanical solution that can be manufactured, assembled, tested, and maintained with confidence. If your project is still in the concept stage, I can help establish a practical mechanical architecture before detailed design begins. If a prototype already exists, I can review the design and identify manufacturing, assembly, or reliability issues before production.

I’m an ex-Siemens mechanical design engineer focused on CAD-driven product development, from early concepts to manufacturing-ready drawings. I build clean, fully-parametric models in SolidWorks, design for real constraints (packaging, assembly, tolerances), and deliver files that machine shops and suppliers can actually use. If you need fast, reliable CAD support, FEA stress analysis, parts, assemblies, revisions, or full drawing packs, I can help. - SolidWorks CAD: parts, assemblies, surfacing, configurations, design tables - 2D manufacturing drawings: GD&T, fits/clearances, BOMs, revision control - DFM/DFA: design-for-manufacturing / design-for-assembly improvements, cost-aware design changes - Basic FEA: sanity-checking loads, stiffness, and failure points (design iterations based on results) - Prototype support: 3D printing workflows (slicing/materials/post-processing) + CNC/manufacturing familiarity - Motorsport-grade rigor: Vehicle Dynamics lead (suspension/steering/braking/tires). Performance-focused, detail-obsessed design - Send me your requirements (or sketches), target manufacturing method, and deadline. I’ll respond with a clear plan, timeline, and deliverables.

I act as a Digital-Physical Systems Architect(Engineer), bridging the high-resolution gap between computational simulation and 3-micron physical execution. My workflow is governed by a Zero-Error Philosophy: I do not provide "attempts"; I engineer solved outcomes. Strategic References Rolls-Royce Marine: Manufacturing Lead for 5-meter propulsion assemblies and thrusters. Optimized high-speed kinematics and manual G-code for heavy industrial maritime systems. • Maersk & Siemens: Tier 1 Liaison managing strategic governance, data traceability, and operational integration for global infrastructure. • Danish Government & PET: Handled sensitive infrastructure projects requiring absolute operational security and zero-error data frameworks. • Defense & MedTech: Specialized in thermal management for Defense HVAC and ISO 13485 compliant manufacturing for the Japanese medical market (3-micron tolerances). The Integrated Execution Loop For Tier 1 government, defense, and MedTech (ISO 13485, SMACNA) projects, failure is a result of fragmented data. I eliminate this friction by integrating the entire loop: • Virtual Validation (CFD & FEA): High-fidelity simulation of fluid-to-air heat transfer (STAR-CCM+, nanoFluidX) and structural integrity (Simcenter Nastran). I validate the physics before a single resource is committed. • Design for Manufacturing (DFM): Translating complex geometry into flawless CAD/CAM architecture (NX, SolidWorks or any preferred file format). I ensure that the 3D model, technical drawings, and G-code are a perfectly synchronized loop. • High-Precision Production: Expert-level mastery of 5-Axis Milling and Swiss-Type Turning (Citizen/Nakamura-Tome, Fanuc/robotics) for exotic materials like Titanium and PEEK. Strategic Governance & Value My background includes designing data traceability frameworks for PET, the Danish Government, and leading manufacturing for Rolls-Royce Marine (5-meter propulsion assemblies). I specialize in Operational Turnaround, using first-principles logic to solve engineering friction that traditional vendors miss. The Zero-Error Guarantee I do not accept payment for unstable or unverified solutions. I prioritize Fixed-Price, Solution-Based contracts because my value is measured by the elimination of technical risk. Note on Availability: To maintain 100% fidelity and precision tolerances, I accept only a limited number of high-stakes strategic partnerships per year.

Industrial Designer & SolidWorks Specialist | Jig & Fixture Design | Product Design for Manufacturing I'm a SolidWorks designer with hands-on experience in industrial design, jig & fixture design, and mechanical product development. I help manufacturers, startups, and engineering teams turn concepts into manufacturable, production-ready designs — fast and accurately. WHAT I DO: ✔ Industrial & product design (concept to production-ready CAD) ✔ Jig & fixture design for assembly, machining, and quality inspection ✔ SolidWorks modeling, assemblies, and detailed technical drawings (GD&T) ✔ Sheet metal, plastic, and machined part design ✔ DFM/DFA reviews to reduce manufacturing cost and errors ✔ Reverse engineering from sketches, samples, or scans WHY CLIENTS WORK WITH ME: - Strong background in industrial design + mechanical/manufacturing design, so I design parts that actually work on the shop floor, not just on screen - Clear, well-dimensioned drawings your machinist or vendor can use without back-and-forth - Fast turnaround without cutting corners on tolerances or function - Clear communication and regular progress updates TOOLS: SolidWorks | [AutoCAD / Fusion 360 | GD&T | Sheet Metal Design | Rendering If you need a jig, fixture, or product designed by someone who understands both design intent and manufacturing reality, let's talk about your project.

I help fashion brands develop production-ready apparel and accessories through detailed tech packs and realistic 3D visualization.

Your design isn't done when it looks right. It's done when the manufacturer can build it without calling you. I'm a Mechatronics Engineer doing production CAD daily for North American retail clients 3D models and manufacturing packages that go from concept to supplier-ready without revision loops. What I've delivered: - Cleared a 500+ file QC backlog to zero while processing 50–80 new engineering deliverables daily at 100% clearance rate. - Designed an IoT Automated Vertical Storage System in Fusion 360 that improved storage density by 40% and reduced retrieval times by 35% awarded 1st Place for Best Innovation in Automation. - 150+ CAD projects completed across 12 countries with a 4.9/5 rating. What I work with: - Parametric 3D modeling SolidWorks, Autodesk Fusion 360. - 2D manufacturing drawings and technical schematics AutoCAD. - Design for Manufacturing (DFM) and Design for Assembly (DFA). - Tolerance Stack-up Analysis and GD&T (ASME Y14.5). - Bill of Materials (BOM) and Bill of Quantities (BOQ). - Engineering Change Requests (ECR) and Non-Conformance Reports (NCR). If your project needs models that go directly to production, send me the details and let's go over your constraints.