Hire the Best Industrial Engineers

Hey, I’m Haider, an industrial designer and mechanical design engineer with over 5 years of hands-on experience bridging the gap between stunning product aesthetics and flawless factory-floor manufacturability. Aesthetics without engineering is just a render, but engineering without aesthetics doesn’t sell. Pure designers often create unmanufacturable concepts, while pure engineers often build blocky, uninspired products. I bridge this gap. By balancing high-end industrial design with strict DFM rules from day one, I sculpt sleek, premium product identities that look stunning to investors and run flawlessly on production lines. 🎯 The Problem I Solve For You Clients usually bring me a rough sketch, an idea, or a functional prototype that looks unpolished. They need two things to move forward: 1. Market-Ready Appeal: A stunning, minimalist, and ergonomic exterior that out-designs the competition. 2. Factory-Ready Blueprints: Precision engineering files that an overseas or local manufacturer can quote instantly without endless technical back-and-forth. By identifying and correcting design flaws early, I protect you from the classic $15,000 tooling mistake on revision two. 🛠️ Strategic Expertise & Services The following core services are executed in parallel to preserve aesthetic integrity while ensuring structural survival: 🔹 Industrial Design & Premium Aesthetics - Form Development & Styling: Crafting sleek, modern, and ergonomic product architectures with premium visual appeal. - Advanced Surface Modeling: Expert manipulation of complex, organic geometries and seamless curvature continuity in SolidWorks. - CMF & Visualization: Defining Color, Material, and Finish (CMF) coupled with high-end KeyShot renders for investor pitch decks and marketing campaigns. 🔹 Design for Manufacturing (DFM) & Tooling Logic - Injection Molding & Tooling Optimization: Designing precise wall thicknesses, draft angles, ribbing structures, and hidden parting lines. - Advanced Structural Architecture: Integrating high-end cosmetic features with global tooling standards (HASCO, DME, MISUMI). - FEA Validation: Simulating stress, deformation, and thermal factors to prove structural integrity before cutting steel. 🔹 Manufacturing Documentation & Handoff - GD&T Blueprints: High-fidelity 2D engineering drawings per ASME Y14.5 standards for flawless factory execution. - Production Asset Packs: Comprehensive Bill of Materials (BOM), hardware specifications, and flat patterns for sheet metal. ⚡ The Execution Process: How We Work - Phase 1: Aesthetic & Constraint Alignment: We map out your target market, visual styling preferences, and production budget constraints to ensure the look and the business logic align perfectly. - Phase 2: Sculpting & DFM Loops: I develop the high-fidelity CAD, continuously balancing stunning exterior surfaces with internal mechanical constraints, latch mechanisms, and wall thicknesses. - Phase 3: Physical Check & Final Handoff: We freeze the design after a prototyping check. I release a pristine, production-ready file pack (STEP, IGES, PDF, DXF, BOM) your factory can use instantly. 📁 High-Fidelity Deliverables You Receive - Native CAD Files: Parametric SolidWorks, Fusion 360, or Siemens NX formats. - Manufacturing Assets: Clean STEP, IGES, Parasolid, and DXF flat patterns. - Technical Blueprints: Comprehensive 2D PDFs with full GD&T and tolerances. - Marketing Assets: Ultra-realistic KeyShot renders and assembly views. 🌐 Target Industries Served - Consumer Electronics & Wearables (Sleek, compact, high-finish enclosures) - Smart Home Devices & Appliances (Premium tactile appeal and minimalist form) - Medical Device Housings (Ergonomic, pristine, impact-resistant design) - Industrial & IoT Enclosures (Rugged structural design that maintains a modern aesthetic) 🤝 The Client Commitment - IP Protection: Strict adherence to NDAs. Your proprietary concepts remain secure. - Production Mindset: Zero "theoretical" designs. If I design it, it can be manufactured. - Transparent Execution: Clear milestones, fixed-fee structure options, and zero communication gaps. Let’s turn your product vision into something beautiful, scalable, and highly profitable. 📩 Click "Invite to Job" or send a message with your project details today. Whether you have a napkin sketch or a half-finished CAD

Hi, I’m Eleazar, a Mechanical Engineer & Industrial Designer helping startups and industrial companies transform concepts into manufacturable, production-ready products through CAD/CAE engineering, rapid prototyping, and DFM-driven manufacturing optimization. I specialize in mechanical design, CAD development, CAE validation and DFM, focused on transforming concepts into manufacturable, production-ready products. Whether you need a concept refined into a manufacturable product, an engineering-ready CAD assembly, or production support for prototyping and industrialization, I can help. I bring the best of both worlds, engineering and design, to your project: ☑️ Mechanical design focused on industrial standards and manufacturability ☑️ Product design optimized for industrial manufacturing processes ☑️ User-centered industrial design focused on ergonomics and functional aesthetics ☑️ FEA-driven digital validation and engineering analysis ☑️ Short-term deliverables and milestone-based workflow ☑️ Fast, agile, and responsive communication ☑️ Extensive experience working with startups and early-stage products ☑️ Industrial network for rapid prototyping and manufacturing support ☑️ Iterative design process built around clarity and collaboration My role is to lead the development process and solve any issues that may arise during manufacturing based on my skills, knowledge, experiencie and contacts on the industry. ----------------------------------------------------------------------------------------------------------------------------------------- 🤹‍♂️CORE SKILLS🤹‍♂️ 🤖 Mechanical design & engineering solutions ✅ Industrial standards compilance (ISO and CE marking expertise) 🖥️ 3D Modeling using CAD Technologies (SolidWorks, SolidEdge, CATIA, NX) 📊 Design validation using F.E.M. (SW Simulation & ANSYS) ⚙️ 2.5/3/4 axis for CNCs usign CAM Technologies (CAMWorks & BobCAM) 📡 Reverse engineering and DG&T definition 🦾CNC programming for FANUC controllers (ISO based G-Code lenguages) 🤹‍♂️ALL MY SKILLS🤹‍♂️ 🖥️INDUSTRIAL DESIGN (TRL 1-4) - Brainstorming & Concept Design - Concept Sketching / Mockup presentation - Minimum Viable Product definition - Quick & Didrty and Prove of Concept prototyping ⚙️ MECHANICAL DESIGN (TRL 5-7) - Detailed CAD modeling & Class AAA Surfacing modeling - Calculous and Analysis usign CAE - Technical drawings and documentantion - Rapid, Funcional & Enginering prototyping - Alpha & Beta prototyping leading and control 🧠 PATENT & MARKING (TRL 8-9) - Design review for manufacturing release - Pre-production and production ready protoyping - EU compilance and CE technical documentation - Patentability and infringement study 🔩 Manufacturing & Assembly-oriented engineering (DfMA) - CNC machining-ready parts design - Injection molding-ready part design - Sheet Metal & Weldment part design - Part count reduction ("The best part is no part") - Ease of assembly ("Intuitive assembly workflows") - Poka-Yoke ("Human mistakes are design mistakes") ----------------------------------------------------------------------------------------------------------------------------------------- ⭐ My methodology: "THE DESIGN INTENT®" 1st STEP: Briefing specification meeting 2nd STEP: Technical feasibility and risk assessment 3rd STEP: Define project scope and all the validation checks 4th STEP: Select the most suitable project control method - If working by milestones we will use "MS Planner" - If working hourly we will use "Screenio" 5th STEP: CAD development and Iterative refinement until: - We reach the limit established on the revision/change management - Written client approval is obtained 6th STEP: Physical prototyping is mandatory before manufacturing - Prototype manufacturing costs are covered by the client - Prototype costs are not included in the development budget 7th STEP: Final deliverables are released upon formal approval and payment confirmation. 🌟 My clients choose me because... - I carefully select projects where I can deliver real engineering value - Just-in time answering (I only accept projects from close GMTs) - Robust, worldwide & universal engineering deliverables packages - long-term production autonomy (I retain clients through excellence, not dependency) - I make difficult engineering decisions before they become expensive problems

I lead the design and engineering of physical consumer products at Plasticlab, a studio I founded in 2020. Over five years I have taken 23 products from concept to production-ready documentation for established e-commerce businesses in the US, UK, and Europe, across consumer electronics, kitchen appliances, and desk hardware. Clients work directly with me throughout the full development process. My team includes mechanical engineers and electronics engineers when the project calls for it.

I help companies transform concepts into production-ready mechanical products using Autodesk Inventor and Fusion 360. I am a Mechanical Design Engineer with over 35 years of experience designing industrial equipment, machinery, furniture, welded structures, complex mechanisms, transport systems, and recreational vehicles. My services cover the complete product development process—from concept design and 3D CAD modeling to manufacturing drawings, structural analysis, and production documentation. I specialize in Autodesk Inventor and Fusion 360, creating robust parametric models, detailed manufacturing drawings, and practical engineering solutions optimized for fabrication. Whether you need a new product, a machine, industrial equipment, or manufacturing documentation, I am ready to help turn your ideas into reliable, production-ready solutions.

I turn ideas into manufacturing ready products, SolidWorks CAD | Mechanical Engineering | , Industrial Designer | Product Designer | DFM | Softgoods Industrial Design | Injection Mold | Hardware Product Development | Concept to Manufacture | PCB Enclosure | Medical Device Design Your product idea deserves more than a pretty render, it deserves to actually get made and manufactured, I've helped startups and hardware brands turn rough concepts into manufacturing ready products that survive real factory floors, SolidWorks CAD, DFM, mechanical engineering, softgoods design, injection molding, I handle the full journey so you don't pay twice for fixes your first designer missed. Every week, a startup loses $15,000 because their "3D Product Designer or Industrial Designer / PCB Designer" forgot about draft angles. Don't be that startup My work lives at the intersection of industrial design, mechanical engineering, and design for manufacturing (DFM), what engineers call DFMA, Whether you need concept sketches by Monday and production ready CAD files by Friday, or photorealistic renders for your crowdfunding campaign, Amazon listing, or investor deck, I design products that are buildable, not just beautiful. WHAT I DELIVER: 🏷 3D CAD Modeling & Mechanical Engineering — Precision parametric modeling in SolidWorks, Fusion 360, and Rhino 3D. Complex mechanical assemblies, PCB enclosures, electronics enclosure design, ergonomic handles, furniture components — clean, manufacturing-ready CAD your factories can actually use, complete with technical drawings and a full Bill of Materials (BOM). 🏷 Photorealistic Rendering & Product Visualization — KeyShot and Blender renders that sell your product before it's even built. Campaign-ready product visualization for crowdfunding, e-commerce, patent filings, and investor presentations. 🏷 Design for Manufacturing DFM & DFMA — Injection mold design, CNC machining, sheet metal fabrication, die casting, vacuum forming. I think about wall thickness, draft angles, parting lines, and tooling costs from the very first sketch, not as an afterthought. Every file I deliver is manufacturing-ready. 🏷 Industrial Design & Concept Development — Ideation, sketching, CMF strategy (Color, Materials & Finishes), and product architecture. Every concept is grounded in manufacturing feasibility, not just aesthetics. Specialties include consumer electronics design, wearable device design, and medical device design. 🏷 Rapid Prototyping & 3D Printing Prep — Print-ready STL files, prototype planning, and factory-ready file preparation. I guide product development from early concept through prototype to product launch, with the technical drawings and BOM your team needs to move fast. 🏷 Mechanical Engineering & Structural Design - From load bearing assemblies to precision fit enclosures, I apply core mechanical engineering principles to every product I touch. Tolerancing, material selection, fastener strategy, and structural integrity are baked into the design process, not bolted on at the end. 🏷 Packaging Design - Retail ready structural dielines and shelf-impact strategy for consumer goods and hardware startups. → Consumer Electronics: Smart home devices, audio products, wearable device design, IoT, PCB enclosures, electronics enclosure design → Furniture & Home Goods: Seating, storage, lighting, modular systems → Medical & Health Devices: Handheld diagnostics, health tools, medical device design, 3D medical animation → Hardware Startups: MVP rapid prototyping, pitch-ready renders, manufacturing-ready CAD, and mechanical engineering support for product launch TOOLS & SOFTWARE THAT I USE: 1. CAD & 3D Modeling: SolidWorks · Fusion 360 · Rhinoceros 3D 2. Rendering & Product Visualization: KeyShot · Blender 4. Production: Adobe Illustrator · Adobe Photoshop Files delivered in STEP, STL, DXF, OBJ, or any format your team needs. Medical Animation | Biotech Animation | Healthcare Animation • 3D surgical animations demonstrating surgery, anatomy, and device functioning • Biotech and pharma animations demonstrating drug action and MOA • Biomedical and science visuals for education, R&D, and presentations • Medical device 3D animation and rendering for marketing and investor presentations Industrial Animation | Engineering Animation Industrial process animations for machinery and manufacturing plants • Assembly, installation, and maintenance animations with clear step by step flow • Engineering simulations for training, safety demonstrations, and technical sales • Technical visuals that show exactly how a product works and how well it's built 3D Product Animation | 3D Product Rendering • Photorealistic product visualization for e-commerce, materials, and functionality • Ad and commercial animations that make products impossible to scroll past Let's build something worth manufacturing. Message me and let's talk about your project. 🔥🔥🔥🔥✅✅️✅️✅️

Hello all, you want to bring to life this great idea you have to kickstarter, to amazon or simply to the worldwide market but you dont know how to start or process needed for design and manufacturing real parts for device or product?, i am the man who you need, i can help you during all the process from idea to 3d model design, to prorotype and manufacturing. I am Alejandro Rodriguez, a Mechanical Engineer with 16 years experience in design and developing new products, devices, and machines for diverse companies and purposes. I had wide knowledge in diverse manufacturing processes for making these devices in mass production or prototype, mastering the plastic injection molding design and manufacturing and also 3d printing for building prototypes, working as team with 3D hubs, Xometry, Protolabs, etc. Wide knowledge in plastic parts housings develop and electronic devices design, assembly, and prototype manufacturing, medical devices, electronic consumer products, toys, machines new concepts, mechanisms, etc. Modern and fresh-looking enclosures and organic surfaces modeling for products to look very advanced and high tech applied, my specialization is the preparation of product from the conceptual stage to production including the creation of parts, assemblies, mechanical simulation, bills of materials and rendering of products, static renderings, and animations and finally fully working prototypes of the devices or i can guide you to the mass production process wich i also had manufacturing experience for more than 18 years.