SolidWorks Educational Robot Design

@fayrouz20

Dear Sir I am so interested in your project I can do it as I am mechanical engineer I have master degree in steel structures. experienced in design for fabrication professional in cad and solid works I can do all models in solid works do job On time also so suitable price

@aravind8463

Hello, I’m a Mechanical Design Engineer with strong experience in robotic mechanisms, inspection systems, and precision electromechanical design, and this project aligns very well with my background. I’ve worked on mobile robotic platforms, expandable mechanical structures, XYZ/3-axis motion systems, and sensor-integrated mechanisms for industrial and R&D applications, including environments with tight space, alignment constraints, and reliability requirements. I also have hands-on experience with material selection, aluminum frame design, heat-resistant components, and manufacturable CAD for prototyping. For this project, I can contribute to: * Conceptual and detailed CAD design of the inspection robot * Design of the expandable/retractable aluminum frame for varying pipe diameters * 3-axis motion system design with manual and remote-controlled operation * Robust sensor mounting architecture for UT, eddy current probes, and 4K camera * Design validation using FEA and motion simulations * Prototyping-ready, manufacturing-focused deliverables I take a systems-level approach, ensuring structural integrity, sensor alignment, thermal considerations, and ease of maintenance, while keeping ergonomics and real-world inspection constraints in mind. I’m confident I can help develop this into a practical, scalable, and industry-ready inspection robot. I’d be happy to discuss milestones and collaboration in more detail. Best regards, Aravind Kolipaka

@M2Safwat

I’m a Mechanical Design & Production Engineer with strong SolidWorks experience and hands-on background in educational and robotic systems. I can take your robot from sketch to a complete, classroom-ready mechanical design—chassis, modular assemblies, mounts, panels, and cable routing—built cleanly in SolidWorks with full native files, drawings, BOM, and a clear design report. I focus on safe, robust, and easy-to-assemble designs suitable for students and rapid manufacturing (3D printing / light CNC). I’d be happy to review the Word file and discuss the scope in detail.

@salamsid

Drawing from my extensive experience as a 3D product designer for plastic injection moulds, I possess the exceptional suite of skills necessary to bring your educational robot from inception to fruition. Proficient in 3D Modelling, 3D Printing, CAD/CAM, Mechanical Design, Robotics, and Solidworks, I'm well-equipped to develop a full 3-D model of your robot with sub-assemblies and exploded views that are magically classroom-friendly—minimal sharp edges, small loose parts, and straightforward assembly for students or instructors. My knack for designing for plastic injection moulds dovetails perfectly with the need for a modular design approach for your robot. Additionally, having been in this field for years, designing robust teaching tools has become second nature to me; my recent projects encompass developing designs that withstand rigorous use while keeping safety at the forefront. With me onboard, you can expect not only the technical know-how but also an understanding of the larger picture. Recognizing your aspiration is to provide an engaging and hands-on learning experience through this robot by using in-depth coding and programming concepts with which learners can physically interact I can guarantee a design that fulfills your vision effectively.

@BOCOUM02

Hello ! I’m a mechanical CAD designer specialized in taking physical products from early concept to fully manufacturable designs in SolidWorks. I can translate your robot concept into a complete mechanical system: chassis, modular structure, actuator and sensor mounts, enclosure panels, wire routing, and all the practical details that turn electronics into a robust, classroom-safe product. My focus is always on clean, functional design—easy to assemble, safe for students, and optimized for 3D printing or light CNC while keeping costs and part count low. You’ll receive full SolidWorks native files, STEP exports, detailed manufacturing drawings, exploded assemblies, and a clear BOM with off-the-shelf components. I also provide an assembly guide and basic simulations to validate fit, motion, and load paths. I’ve worked on multiple complex projects consumer-facing mechanical systems, so I understand how to design for learning environments: modular, durable, and intuitive to build. My goal is to deliver not just CAD, but a production-ready mechanical package you can confidently hand to manufacturers or tutors for deployment.

@ebrahemh3

I can take your educational robot from concept sketch to production-ready mechanical CAD entirely in SolidWorks, with a strong focus on classroom safety, modularity, and ease of assembly. I’ll translate your functional electronics concept into a robust mechanical system—designing the chassis, mounts for actuators and sensors, protective panels, and clean wire-routing so the robot clearly demonstrates “code in action” through motion, interaction, and feedback. The design will be optimized for 3D printing and light CNC, with student-friendly assembly and no sharp edges or fragile parts. My approach includes: • Full SolidWorks modeling • Modular architecture so components can be swapped, upgraded, or repaired easily • Classroom-safe geometry with rounded edges and minimal loose hardware • Clear mounting solutions for servos, motors, sensors, and control boards • Practical DFM considerations for low-cost production and repeated use You’ll receive: • Native SolidWorks files + STEP/IGES exports • Exploded views and assembly drawings • Manufacturing drawings and a concise BOM (fasteners, bearings, servos, etc.) • Short assembly guide suitable for students or instructors • Design report covering structure, fit, clearances, and basic load paths I’m comfortable collaborating with educators, tutors, and technical reviewers, and I’m happy to align the design with any documentation or requirements outlined in your Word file.

@MohamadJavad93

As a professional team of engineers, we have a breadth of skill sets that make us perfect for your SolidWorks educational robot design project. My PhD and extensive experience in Mechanical Engineering equip me with the technical know-how to efficiently bring your idea from sketch to production-ready CAD using SolidWorks. Not only will we provide you with a full 3-D model, sub-assemblies, and elaborate drawings ready for DFM/3-D printing or light CNC work, but we're also adept at developing engaging educational tools. Our specialization in control systems and programming using MATLAB and Python dovetails perfectly with the coding and programming aspects of your project. We have knack for effectively demonstrating complex concepts in an easy-to-understand manner, which is exactly what an educational robot should do. Additionally, if additional services such as assembly guide or simulation/analysis files are needed to prove fit, clearance, and load paths - they won't be any trouble for us. We understand the importance of not just offering mechanical designs, but also ensuring they meet specific requirements such as being classroom-safe, modular, sturdy, easy to assemble among others. With us on board, you can expect a concise bill of materials for off-the-shelf hardware as well as a comprehensive design report that's backed by our scholarly proficiency. Choose us for expert precision well rooted in academic and industrial experience.

@rahmayahya

I’m a Mechanical / Applications Engineer specialized in robot and mechanism design using SOLIDWORKS. I help teams transform ideas into manufacturable, reliable and well-documented robotic systems.

@Hammas0987

I’m a Mechanical Engineer and SolidWorks specialist who can turn your educational robot concept into a production ready, classroom safe mechanical design. I’ll deliver the full 3D model in SolidWorks, including assemblies, mounts, panels, wire routing, drawings, BOM, and an easy to follow assembly guide, ready for 3D printing or light CNC. All native SolidWorks files plus STEP/IGES exports and a brief technical report will be included. The bid amount and the time mentioned is not final and can be finalized after discussion in our meeting. I’m happy to review the Word file and discuss further.

@hamza12ahmed

This proposal outlines a comprehensive design for an educational robot using SolidWorks, focusing on mechanical engineering, CAD modeling, assembly, and integration of programming concepts. Key components include: 1) Robotic chassis design with modular components, 2) 3D CAD models for all parts, 3) Assembly instructions, 4) Integration of basic programming interfaces (e.g., block coding or Arduino), 5) Educational documentation for teachers and students. The design ensures safety, ease of assembly, and hands-on learning through interactive features.

@lokdeshwark

Hello, I’m a mechanical designer with strong SolidWorks expertise and experience developing production-ready designs for educational and mechatronic products. I can take your robot concept from sketch to a complete mechanical package—covering chassis design, actuator and sensor mounts, modular enclosures, safe edge treatments, and clean wire routing suitable for classroom use. I’ll deliver fully parametric SolidWorks files, STEP/IGES exports, detailed manufacturing drawings, exploded assemblies, and a clear bill of materials using off-the-shelf components. The design will be optimized for 3D printing or light CNC, with simple, student-friendly assembly. I’ll also provide an assembly guide and a concise design report validating fit, clearances, and basic load assumptions. I’m happy to review the Word file and discuss tutors or collaboration details next.

@cadable

Hi, I can turn your robot sketches into a full production-ready SolidWorks model, including chassis, mounts, panels, and wire-routing. I’ll create sub-assemblies, exploded views, and STEP/IGES files ready for 3D printing or light CNC. I will also prepare manufacturing drawings, a bill of materials for all standard parts, and a short assembly guide. Classroom safety and easy assembly will be a priority. Could you share the electronics layout and any critical dimensions so I can start modeling accurately?

@Afshan2704

Hello, my name is Sayeda, a Robotics & Automation graduate who is passionate about creating educational tools that empower learners. Regarding your project, I must say I have the skills and enthusiasm to turn your robot concept into a classroom-ready reality. My specialization in SolidWorks, 3D Modelling, and CAD/CAM will ensure that I provide you with all the necessary native files, accurate 3-D models, sub-assemblies, exploded views for DFM/3-D printing or CNC work. Additionally, I'm no stranger to working with educational robots and understand the importance of making them safe and easy to use. My commitment to delivering designs that have minimal sharp edges and loose parts combined with straightforaward assembly instructions shows my dedication towards creating a product perfect for students and instructors alike. Lastly, my proficiency in Python and understanding of ROS can be of great advantage as it allows me to effectively incorporate code into the mechanical design. With me on board, not only will you get excellent mechanical design but also someone who fully appreciates the importance of this robot in teaching coding & programming concepts therefore guaranteeing a final product that meets your unique needs.

@mohandNakum

I will convert your multipoint pipeline inspection concept into a production‑ready mechanical system integrating ultrasonic, eddy‑current, and 4K visual sensors on an expandable, heat‑resistant, 3‑axis mobile platform. Deliverables: parametric SolidWorks models, manufacturing drawings with GD&T, BOM, basic simulations, and prototype support. Objectives - Manufacturable mechanical design supporting ultrasonic, eddy‑current, and 4K inspection - Expandable/retractable aluminum frame for multiple pipe diameters - Heat‑resistant wheel assemblies and 3‑axis motion for manual and remote operation - Complete documentation for prototyping and small‑scale manufacturing Scope (Included) - Full parametric SolidWorks model (parts, subassemblies, assembly) - Expandable frame, wheel mounts, sensor fixtures, cable routing, and access panels - 3‑axis motion system: motor mounts, gearboxes, bearings, travel limits, remote interface - DFM outputs for FDM 3D printing and light CNC; snap‑fit and screw options - Drawings with GD&T, BOM, motion/structural/thermal checks, exploded views, assembly guide, two prototype revision rounds Excluded - Electronics, firmware, sensor calibration, NDT data analysis, full endurance testing Why me, SolidWorks expertise, simulation experience, and industrial robotics background to deliver a safe, manufacturable system that speeds prototype validation and field deployment

@vishal77ashdev

Hi, This project closely matches my background. I’m a Mechanical Engineer with strong experience in SolidWorks, mechanism design, and taking systems from concept to manufacturing ready CAD. During my engineering, I studied industrial robotics, which gave me a solid understanding of motion systems, sensor integration, and automation focused mechanical design. I was the team captain and CAD head of an international student motorsports ATV team where we designed and built a full vehicle from scratch. This gave me hands on experience with chassis design, motion systems, packaging, and fabrication friendly design. I also have contacts with manufacturers who can supply custom parts if required. For your educational robot and pipeline inspection robot concept, I can convert your sketches into a complete SolidWorks mechanical package. I will design the chassis, expandable frame, motion system, sensor mounts, wheel layout, and wire routing so the system is robust, safe, and easy to assemble. The design will be suitable for 3D printing, light CNC, or fabrication, with proper sub assemblies, exploded views, and drawings. You will receive native files, STEP or IGES exports, BOM, assembly guide, report, and basic simulations for fit and clearances. Regardless that I'm selected for this project or not, I would love to connect and have a meaningful discussion about it.