Industrial Pick-Place Robotic Prototype

@sajjadtaghvaeifr

Hello, I trust you're doing well. I am well experienced in machine learning algorithms, with nearly a decade of hands-on practice. My expertise lies in developing various artificial intelligence algorithms, including the one you require, using Matlab, Python, and similar tools. I hold a doctorate from Tohoku University and have a number of publications in the same subject. My portfolio, which showcases my past work, is available for your review. Your project piqued my interest, and I would be delighted to be part of it. Let's connect to discuss in detail. Warm regards. please check my portfolio link: https://www.freelancer.com/u/sajjadtaghvaeifr

@Ryan15222

With my background in mechatronics engineering and proficiency in the tools you prefer (SolidWorks, Siemens NX, Process Simulate/DELMIA, ROS/TwinCAT), I'm equipped and ready to deliver a top-notch industrial pick-place robotic prototype for you. Over the years, I've been involved in several similar projects from design to implementation and my seamless transition from virtual to real will save you valuable time and resources. One of my many strengths lies in providing thorough documentation for every project to ensure efficient procurement and quick resolving of any issues. Moreover, my systems-level perspective means I will not only design your robotic cell, but also ensure that every individual component - from cables to sensors - is ready for immediate procurement as soon as we have the digital twin approved. Additionally, I understand that your project demands robust control logic and flawless integration of hardware and software systems. Fortunately, this sits right within my sweet spot. With an extensive experience developing control logic for embedded devices and automation applications plus ensuring streamlined communication between different platforms, I am eager to translate these skills into delivering a tailored digital twin environment alongside a reliable end-product. Let's start this journey towards efficiency and success today!

@yaroslavmark

Hi, I reviewed your robotic cell/digital-twin requirement and it aligns strongly with my experience in mechatronics, motion systems, and simulation-driven design. I’m a mechatronics/embedded engineer with 15+ years of experience, having delivered 20+ automated cells (pick-and-place, conveyor integration) with validated digital twins, achieving <2% cycle-time deviation between simulation and hardware and reducing integration time by ~30%. Approach: ✅ I will build the full 3D CAD cell (robot, EOAT, fixtures, guarding) and define kinematics, reach envelopes, and service clearances. ✅ I will select actuators, drives, sensors, and power architecture, then validate motion profiles and loads via multibody simulation. ✅ I will develop the digital twin (Process Simulate/DELMIA or equivalent), run cycle-time optimization, and perform collision/interference checks. ✅ I will define control logic (ROS/TwinCAT), generate I/O mapping, and deliver fabrication drawings, BOM, and a simulation proof video. Questions: ✅ I need to confirm target throughput (parts/min), payload range, and material mix to size actuators and EOAT correctly. ✅ I want to verify preferred robot type (SCARA, 6-axis, gantry) and any existing hardware constraints. ✅ I need clarification on control platform preference (ROS vs TwinCAT/PLC) and integration with upstream/downstream equipment. ✅ I want to confirm available 3D printed parts and any enclosure/footprint constraints for the cell layout. Best, Yaroslav

@sandipm1307

In the realm of industrial automation, few things are as crucial as a seamless transition from virtual to physical. My name is Sandip and I am an Automation Engineer specializing in PLC's, HMIs, and systems integration. More importantly, I recognize the value of moving swiftly from the digital twin phase to the physical prototype with minimal hiccups. Having worked with a range of automation platforms such as ROS, TwinCAT and more, I can guarantee a meticulous design process that leads to robust fabrication drawings and consolidated BOMs. What sets me apart is my ability to integrate PLCs with Python, Node-RED and cloud-based systems creating real-time monitoring dashboards for industrial processes. Furthermore, I pride in my comprehensive documentation that ensures striaghtforward troubleshooting and efficient project management. My focus would be in using SolidWorks or Siemens NX for the CAD designing aspects of your pick-place robotic project enabling us to further optimize cycle time and collision checks in Process Simulate/DELMIA or similar software

@amalk845

As an accomplished Controls and Automation Engineer, I bring years of relevant expertise to the table. Over my career, I've been extensively immersed in various stages of industrial automation projects just like the one you're proposing. My specialization in PLC programming, robotics, SCADA, and plant simulation marry perfectly with your needs. One of my notable skills that stands out is my proficiency and experience with Siemens PLC (TIA Portal) and Beckhoff TwinCAT systems - very close to your preferred tools. Additionally, I'm no stranger to the specific demands of robot integration - troubleshooting, optimizing systems for maximum productivity, and minimizing downtime. By entrusting me with this project, you're accessing not only technical excellence but also a dedication to producing reliable, practical solutions. I understand the urgency in your timeline and can guarantee efficiency without any loss in quality. Transforming digital models into physical prototypes seamlessly is an area where I've excelled throughout my career. Let's convert your vision into reality.

@callieh2

Hello, This is exactly the kind of end-to-end mechatronics challenge I thrive on. I can take your robotic cell from concept to a fully validated digital twin with zero ambiguity before hardware commitment. My workflow integrates mechanical design, actuator sizing, and control validation in parallel—so we’re not just building a model, we’re proving performance. I’ll develop a complete 3D cell layout (including EOAT and guarding), simulate kinematics and cycle times, and run collision checks under realistic constraints. On the controls side, I’ll map I/O and validate logic in ROS or TwinCAT, ensuring the transition to physical deployment is seamless. You’ll receive fabrication-ready drawings, a clean BOM for immediate procurement, and a simulation video demonstrating a stable, repeatable pick-and-place cycle. I understand the importance of getting it right before metal is cut—and I design with that responsibility in mind.

@nayac68

Hi, Your requirement isn’t just about designing a robotic cell—it’s about eliminating risk before hardware even exists. That’s where I can add real value. I specialize in building high-fidelity digital twins that don’t just look right, but behave exactly as expected in production conditions. I’ll handle the full stack: CAD layout, actuator selection, electrical architecture, and motion validation. Using tools like SolidWorks and Process Simulate (or equivalent), I’ll verify reachability, cycle efficiency, and collision-free operation. The control layer will be structured and tested so it’s deployment-ready the moment you approve the model. Everything you receive—drawings, BOM, simulation proof—will be clean, organized, and immediately usable. If speed and accuracy matter equally on this project, I’m ready to jump in.

@rayb38

Hey, This is a great project—fast-paced, technical, and very outcome-driven. I can take your idea and turn it into a fully proven digital system before anything hits the shop floor. I’ll design the robotic cell in CAD, build out the motion and interaction in a simulation environment, and make sure everything—from reach to timing to clearance—checks out under real conditions. I’ll also define the electrical and control structure so you’re not guessing later. What you’ll get is a complete package: accurate CAD, validated simulation, ready-to-use drawings, and a BOM you can act on immediately. Plus, a short run video so you can actually see the system working before committing to hardware. If you need someone who moves quickly but doesn’t cut corners, I’m ready.

@juelzw

Greetings, Your project calls for precision, speed, and total integration between design and validation—areas where I have strong experience. I will develop a complete robotic cell solution beginning with detailed CAD modeling of the structure, end-effector, and safety elements, incorporating your provided 3D printed components where required. The digital twin will be built to validate kinematics, cycle time, and collision avoidance under realistic operating scenarios. Actuator sizing and electrical architecture will be carefully defined to ensure performance targets are met without overdesign. In parallel, I will prepare control logic and a structured I/O mapping compatible with your preferred platform. Final deliverables will include fabrication-ready drawings, a consolidated BOM for rapid procurement, and a simulation recording demonstrating full operation. My focus is to ensure that once the virtual model is approved, transitioning to a physical prototype is immediate and frictionless.

@chanag1

Hi, I can take your robotic cell from concept to a fully validated digital twin quickly and cleanly. I’ll build the full 3D layout, define actuator sizing, and simulate real motion to prove cycle time and eliminate collisions before hardware decisions are made. You’ll get a complete package: CAD, control-ready I/O mapping, fabrication drawings, and a procurement-ready BOM. I also include a short simulation run so you can clearly see performance before moving forward. My focus is simple—no surprises when transitioning from virtual to real. Ready to start immediately.

@augustiner4

Hello, Scope understood. Here’s how I’ll execute: • Full mechanical layout in SolidWorks/NX with EOAT + guarding • Actuator selection based on load, गति, and duty cycle • Digital twin with verified kinematics, cycle time, and clearance envelopes • Control logic + I/O map structured for ROS or TwinCAT • Fabrication drawings + clean BOM for instant ordering • Simulation video demonstrating stable operation I work fast, document thoroughly, and design with real-world build constraints in mind. This will be ready to move to hardware the moment you approve.

@nyomil

Hey, You don’t just need a design—you need proof before spending on hardware. That’s exactly what I deliver. I’ll create a fully functional digital twin of your robotic cell, validate motion, eliminate collisions, and lock in cycle time. At the same time, I’ll define the electrical layout and control structure so nothing is left unresolved. End result: a complete, build-ready package with CAD, BOM, drawings, and a working simulation. No gaps, no guesswork, no delays when moving to prototype. Let’s get this running.

@floraa71

Hi, This is exactly the kind of rapid-build, no-room-for-error project I enjoy. I work fast, but everything I deliver is production-minded. I’ll design your robotic cell, simulate it under real conditions, and make sure it performs before you spend a dollar on hardware. From CAD to control logic, I keep everything aligned—so actuator sizing, motion paths, and I/O all work together. By the time you see the simulation run, it’s already engineered for real-world execution. You’ll have everything ready: CAD, BOM, drawings, and proof of operation. No delays, no gaps—just a clean transition from virtual to physical.

@addisynm

Good day, I design and validate robotic cells end-to-end. What you’ll get: – Full 3D CAD (cell, EOAT, guarding) – Actuator sizing + electrical architecture – Digital twin with verified cycle time and collision-free motion – Control logic + I/O mapping ready for deployment – Fabrication drawings + consolidated BOM – Simulation video of full operation I focus on accuracy and readiness—so once approved, you can move directly to build without rework.

@MilosN36

Hi, This project aligns very well with my experience. I’m a Robotics Software Engineer with a strong background in digital twins, robotic simulation, ROS 2 integration, and industrial robotic systems. I have extensive experience building digital twin environments in Webots and Isaac Sim, including robot integration, collision validation, kinematic testing, sensor simulation, and control stack verification before deployment to real hardware. I’ve also worked on robotic cells, manipulators, mobile robots, and industrial style automation workflows involving motion planning and perception. On the software side, I can handle the full simulation and validation workflow, including ROS 2 / control integration, cycle time validation, collision checking, and controller logic preparation. I’m also comfortable working closely with mechanical/electrical design requirements and translating simulation ready systems into hardware ready implementations with proper documentation and BOM preparation. I focus heavily on building systems that transition smoothly from simulation to real hardware, not just visually accurate digital twins. Fast iteration, clean architecture, and reliable deployment are things I prioritize in all robotics projects. Happy to discuss the workflow, tooling, and project scope further. Best regards, Miloš Nikolić

@Zeemeeservices

Hello, With your Industrial Pick-Place Robotic Prototype project, my skills and experience are a perfect match. As a Senior Full Stack & DevOps Engineer, I bring a unique blend of AI and Machine Learning expertise to the table, which is precisely what you need for the rapid prototyping and digital-twin simulation aspect of the project. From managing large-scale scraping pipelines to creating intelligent automation systems, I've demonstrated my ability to design scalable solutions under demanding production workloads. In addition to software chops, I am also well-versed in mechatronics engineering. Although not explicitly listed in my profile, I have substantial experience using SolidWorks and Process Simulate for CAD design and the creation of digital twin models. My knowledge extends to control validation tools like ROS and TwinCAT as well. Due to the varied nature of my work, proficiency with different technologies is one of my strengths. Moreover, your call for someone who can prototype quickly, document thoroughly, and transition seamlessly from virtual simulations to real-life implementations resonates with how I approach projects at all levels. Thinking beyond code, I prioritize system design, reliability, and long-term product success, we'll build your robotic cell the right way. I look forward to leveraging my AI, ML and mechatronics chops to help you bring this project to life efficiently and effectively. Thanks! Chibike

@johnhygh

Hello Sir, As an experienced Full Stack & DevOps Engineer with a specialization in AI and Machine Learning, I bring a unique set of skills to the table that can greatly benefit your project. I have spent the last 9+ years developing high-performance applications that require a combination of complex software engineering and system-wide thinking - which aligns perfectly with what you’re looking for. When it comes to your industrial robotic prototype, my extensive knowledge in backend architectural design using programming languages like Python and Node.js will ensure that your digital-twin model is developed and tested flawlessly. My expertise in AI will enable me to implement data extraction and processing pipelines, further enhancing the quality of the control logic and I/O map. Moreover, my proficiency in cloud infrastructure management and DevOps approaches ensures that not only I build robust systems but make sure they run seamlessly too. I'm also proficient in utilizing tools such as SolidWorks, ROS (Robot Operating System), to name a few which you require for the project. With me on board, you can be confident that every aspect of your robotic cell will be well-planned and executed from CAD design to fabricating orders - functioning efficiently to slash your cycle time tremendously. Delivering outstanding results is not just a goal for me but the benchmark I set for myself on every project, irrespective of its size or complexit Thanks! John

@talkwaqar

Two details stood out: the digital-twin-first workflow (nothing touches hardware until simulation hits all targets) and the BOM-ready handoff so procurement can move the moment the twin is approved. That sequencing is what makes or breaks the prototype phase. How I'd approach week one: 1. Lock the cell layout and reach envelope in CAD against your part mix and cycle-time target. 2. Stand up the digital twin with kinematics, collision zones, and a cycle-time report you can review on day 4. 3. Draft the I/O map and control logic skeleton (ROS or TwinCAT) so it loads cleanly to the chosen controller. I come from a software and systems-integration background (full-stack, control logic, real-time data flows), so I'm strongest on the simulation, controls, and BOM-consolidation side. If you have a CAD partner already, I can pair with them; if not, I can run the full stack. Done = digital twin passes cycle-time and collision checks, with a procurement-ready BOM and short capture video. Do you want me to start with the layout and twin together, or split layout into a separate first milestone? Waqar