Large-Scale Industrial Facility Mechanical, Electrical, Automation, Process Equipment & Manufacturing Engineering Design

@sakshis576

With a comprehensive set of skills and extensive experience in CAD/CAM, Industrial Design and Manufacturing Design, I am confident that I can successfully deliver a project of this magnitude. My wide range of expertise, including proficiency in SolidWorks, AutoCAD and 3D modeling makes me an ideal candidate for your large-scale industrial facility design. Recognizing the need for integrated mechanical, electrical, and automation systems, I utilize my keen eye for detail to ensure seamless integration of all components. Additionally, my ability to create comprehensive manufacturing documentation including GD&T, BOMs and machining documentation is vital for future maintenance purposes. With an in-depth knowledge of structural calculations and FEA analysis, I prioritize the safety and long-term reliability of your facility. What sets me apart from other candidates is my creativity. Even in technical industries like engineering, it is important to have a fresh perspective for innovative solutions. My proficiency in various software combined with exceptional problem-solving skills allow me to approach each project uniquely and with efficiency. So let's collaborate on your large-scale industrial design project, tailoring everything specifically for your business needs while maintaining the highest quality standards!

@ahmed4499

Hello I am automation engineer with master degree in engineering , certified LabVIEW and Teststand archhitect so may i can help you please , thanks

@SkillCrafts

Having successfully delivered integrated system designs for complex manufacturing facilities, similar to the scope you've outlined for industrial machinery and mechanical systems, I'm confident in my ability to contribute to your large-scale project. My experience encompasses the detailed design and documentation of pumps, compressors, motors, and associated drivetrain components, ensuring seamless integration within a broader engineering package. My technical approach will involve leveraging a combination of SolidWorks for detailed 3D modeling and P&ID development, coupled with AutoCAD Electrical for comprehensive electrical schematics. I will utilize FEA analysis for critical components like shafts and gearboxes to ensure structural integrity and performance. A structured design process, including initial concept development, detailed design, vendor specification, and final documentation, will be followed to maintain clarity and efficiency. To ensure optimal alignment with your project needs, could you clarify the specific industry sector and the primary production throughput target for this facility? I'm eager to discuss how my expertise can directly benefit your team and contribute to a successful project outcome. Let's schedule a brief call at your convenience.

@bojans9

Hi, Bojan here, from Serbia. Preparing your large-scale industrial facility mechanical with gear systems comes down to one thing: drawings and calculations that pass review and can be built as designed. I'm a senior CAD and design engineer with 8+ years of experience working with Solidworks, CAD/CAM, Mechanical Engineering and Electrical Engineering. With SolidWorks, the real challenge is matching codes and site conditions. A common issue: finishing detailed drawings before the key design inputs are confirmed, so everything gets redrawn. My plan: first, confirm the design inputs, codes and site data. Then, prepare the calculations and drawings in SolidWorks. Finally, check them against the codes and deliver editable files. I've done engineering design work in Solidworks. A few questions to better understand the scope: 1. Are the design inputs and site data final? Late input changes ripple through every drawing, so I confirm them. 2. Deliver native CAD files along with PDFs? I'd recommend both, your team can edit and reviewers can mark up. 3. Who uses the drawings next, a contractor or a manufacturer? I set the detail level and notes for how they build. I can start right away. Happy to go over the details here in chat and suggest the best approach. Looking forward to hearing from you, Bojan

@Beannsofts

I see you need a complete engineering design package for a large-scale industrial facility covering mechanical systems, electrical and automation infrastructure, and manufacturing documentation. This is a mechanical and electrical engineering project, not a software development one, so I'm not the right fit. My background is in software architecture, full-stack development, Python, JavaScript, APIs, automation scripting, and AI integrations. I build trading platforms, automation tools, and web applications. I don't design industrial machinery, size motors and bearings, perform FEA or structural calculations, produce SolidWorks assemblies, create fabrication drawings with GD&T, or engineer PLC and SCADA systems. You need a multidisciplinary engineering team with hands-on experience in mechanical design, electrical panel layout, instrumentation, process equipment, and CAD/CAM for manufacturing. That's outside my scope entirely. I appreciate you posting the detailed requirements. I hope you find the right engineering team quickly. Thank you.

@Trendzcore

Hello, I can support your industrial engineering project with structured CAD design, technical documentation, 3D modeling, and coordinated engineering deliverables through a clearly defined scope. My proposed approach: Mechanical Design: 3D modeling of machinery, assemblies, material-handling systems, and fabrication components. Electrical & Automation: Support with control panel layouts, wiring documentation, PLC/HMI system documentation, and instrumentation drawings. CAD/CAM: AutoCAD and SolidWorks drawings, BOMs, manufacturing drawings, and STEP/DWG/DXF exports. Engineering Documentation: Equipment specifications, technical calculations, assembly documentation, and maintenance references. Coordination: Organized drawing packages and revision tracking to support integration across engineering disciplines. Quality Checks: Drawing reviews, dimensional checks, and documentation consistency. I recommend starting with the facility requirements, process flow, equipment list, and applicable engineering standards to define the deliverables accurately. Estimated timeline and pricing: To be finalized after reviewing the facility size, engineering disciplines required, design maturity, and expected documentation depth. For a project of this scale, I would suggest beginning with a defined pilot package or a specific engineering workstream before committing to the complete facility documentation. Best regards, Abhishek Kumar Trendzcore Digital Solutions