Custom Personal Home Robot.

@azraazeen9

As an expert in many aspects of engineering, including mechanical and manufacturing designs, I believe I am the perfect fit for your custom home robot project. My skills in 3D CAD, design and modeling, as well as my proficiency in Fusion 360 and Solidworks make me your ideal partner to translate your concept into a functional and safe robotic device. Throughout my career, I have become highly skilled not just in designing appealing and compact solutions, such as what you require for an apartment robot, but also in making these devices globally accessible without sacrificing affordability or functionality. Moreover, my proficiency in programming languages like Python and C++ ensure that any future integration or feature additions can be easily executed. Drawing from my vast experience in Architectural designs, I understand the importance of aesthetics and safety around objects is significant for home products – especially when pets or children may be around. I guarantee that the form factor of the robot I design will be not only visually pleasing but also safe for every environment it interacts with. When you choose me for this project, you're not just getting a freelancer but a dedicated partner who will go above and beyond to bring your concept to reality. With my eyes set on creating excellent products combined with my architectural design background, your personal-grade home robot solution will amaze you in every aspect!

@TheDesignBloke

Hello, I reviewed your requirements, and the core challenge is turning the concept into a compact home robot with reliable navigation, safe obstacle handling, practical interaction, and a software architecture that can support future features. I would focus on selecting globally available hardware, designing the control architecture, implementing autonomous movement and obstacle avoidance, and connecting the robot with a simple mobile or web interface. I have worked on robotics, embedded systems, computer vision, and automation projects and can share relevant examples once we connect in chat. Also a quick question, which practical household task should be treated as the first working function for the initial prototype? Best Regards, Muskan.

@SahilRao1247

I'll create a working personal-grade robotic solution for your home, focusing on core functionality, hardware, and software as specified. My approach involves designing a compact robot with 3D printed parts using Solidworks, incorporating a recommended microcontroller or single-board computer, and programming it with Python or C++ for future feature additions. As a 3D designer and modeler, I can ensure the robot's aesthetics and form factor are friendly and safe for domestic environments. I have experience with 3D design and can assist with design for manufacturing considerations. How will you be handling the companion mobile or web interface for control and interaction?

@Qupati

Hi! I’m a Mechatronics & Robotics Engineer with 5+ years of experience developing autonomous mobile robots, robotic arms, AI perception, embedded systems, and ROS1/ROS2 applications. This project strongly matches my background because I can support the complete robot—from concept and hardware selection to navigation, AI interaction, simulation, and real prototype integration. My experience includes: - ROS2, Nav2, SLAM and autonomous navigation - LiDAR, RGB-D cameras, IMU and encoder integration - Raspberry Pi and NVIDIA Jetson platforms - Python/C++, OpenCV, YOLO and AI perception - Voice interaction using STT → LLM → TTS pipelines - Robotic arms and vision-guided manipulation - Mobile/web interfaces for robot commands - CAD, motors, electronics and embedded control - Gazebo/Isaac Sim simulation before hardware deployment I have also worked on AI-based 6D object pose estimation for robotic manipulation, integrating RGB-D vision, deep learning and a robotic arm for precise object interaction. For your home robot, I would first define the practical task and then select the simplest affordable architecture capable of navigation, obstacle avoidance, voice/app control and safe household interaction. I can develop this milestone-by-milestone from system architecture → simulation → prototype → autonomous navigation → interaction/task execution → final testing and documentation. Best regards, Hussein Ali

@InjectAI

I can do this project and help turn the concept into a practical home robot with a clear path for future expansion. I have 5+ years of Computer Vision and Deep Learning experience along with hands-on robotics work using Raspberry Pi, ESP32, ROS/Gazebo, sensors, motor control, and autonomous systems. I would recommend a Raspberry Pi 5 as the main computer with a microcontroller such as ESP32 for reliable low-level motor and sensor control. This keeps the platform affordable, globally available, and easy to extend. Initial system: * ROS 2 based robot architecture using Python/C++ * Autonomous indoor navigation and basic obstacle avoidance * Camera/OpenCV integration where useful * Voice commands and/or mobile/web control interface * Room-to-room telepresence or light-object fetching as the first practical task * Battery monitoring and safe shutdown behavior * Emergency stop and motor safety limits * WiFi-based local control * Modular design for future AI, vision and automation features I can also help with the mechanical/electrical integration, wiring plan, software setup, testing, and documentation. I prefer building the first version in simulation where practical, then validating it on the physical robot.

@DigitalOasisX

IF YOU ARE NOT HAPPY AT THE END OF THE PROJECT YOU DONT NEED TO PAY I recently helped a client develop a robotic solution tailored for home use, transforming their concept into a fully functioning device with intuitive controls. I will assist you in bringing your personal-grade robotic solution to life, ensuring it can navigate safely within a home, perform everyday tasks, and integrate seamlessly with a user-friendly interface. You won't find a freelancer better aligned with what you’re looking for. Your emphasis on autonomous navigation, practical task execution, and a design that's compact and family-friendly resonates with me deeply. I specialize in creating clean, professional, and automated systems. My expertise includes software integration and leveraging affordable hardware solutions. BEST IN SA HANDS DOWN ! I’d love to chat about your project! The worst that can happen is you walk away with a free consultation. Regards, Carly.

@SonnyDube

I am a perfect fit for your project. I can help bring your personal home robot concept to life by designing a compact, pet-safe chassis paired with ROS-based obstacle avoidance and mobile interface control for clean implementation. While I am new to Freelancer, I have strong experience and have delivered similar solutions outside the platform. I offer a free consultation to better understand the project and provide the best technical approach for your hardware and software setup. I would love to chat more about your project! Regards, Sonny Dube

@Fayez33e3

I have already developed a Lost Items Detection mobile robot very similar to your requirements, including autonomous navigation, obstacle avoidance, Raspberry Pi + ESP32 control, ROS2/micro-ROS, computer vision, sensors, a robotic gripper, and a GUI for manual and autonomous control. The robot was designed to search for lost objects, detect them using computer vision, navigate toward them, pick them up with a gripper, and continue its mission autonomously. I have strong hands-on experience in both the hardware and software integration of this type of robotic system, and I can help you develop a practical, affordable, safe, and expandable home-robot solution. Feel free to contact me to discuss the project — I can also share details of my previous robot and explain how we can adapt the same technologies to your home-use application.

@ymd136

Hi there, I design and build autonomous mobile robots out of an official Technology Development Zone (Teknopark), handling both the hardware prototyping and the software stack (ROS 2, Python/C++). For a domestic companion robot that remains cost-effective, modular, and safe around pets/kids, here is the baseline I'd suggest: Hardware: Raspberry Pi 5 for high-level tasks/vision paired with an STM32/RP2040 for real-time motor control, 2D LiDAR for indoor SLAM/navigation, and an ultrasonic/ToF array for close-range safety. Software: ROS 2 (Nav2 for autonomous movement) with a responsive web dashboard (WebSockets/WebRTC) for low-latency teleoperation and video streaming from any phone or PC. Since the final component list and development scope depend on whether we prioritize telepresence or a light-fetch mechanism first, the exact pricing and milestone timeline will be finalized after we discuss the technical requirements in detail. Looking forward to connecting and discussing the details! Best regards,

@asmamukhtaruolcc

Hello, I can turn your idea into a working, small home robot that's built in a way that makes it easy to add new parts later.I suggest using an affordable setup that's available everywhere, combining a single-board computer with a microcontroller, based on what's needed for movement, seeing, and control. I can take care of building everything—from the motor and control systems, to avoiding obstacles, to the camera, remote access, voice or app commands, and the software using Python or C++ with ROS and OpenCV where needed. I’ll also make sure the robot moves safely around the home, stays small, and acts safely around kids and pets. The first step would be to create a working model, with a clear structure so you can easily add more tasks later without having to completely rebuild the system. I’d be happy to look over your requirements. Regards, Asma

@XaleGlobals

With extensive experience in developing robotic solutions tailored for residential use, I understand the importance of creating a device that not only meets functional requirements but also ensures safety and usability in a domestic setting. Your focus on autonomous navigation and practical tasks aligns perfectly with my recent work on similar projects. My approach involves meticulous planning and iterative validation, ensuring that we maintain clear communication throughout the development process. Regular check-ins will keep us aligned on progress and objectives, while a structured handover will facilitate a smooth transition to the operational phase. Leveraging tools like ROS and OpenCV will allow for efficient feature enhancements while adhering to your preferred programming languages. To mitigate any potential misalignment, I propose confirming the scope and success criteria early on, ensuring we are on the same page before full commitment. Best regards, XaleGlobals

@ridwaan6254

Developing a compact personal home robot requires balancing robust mechanical design with accessible electronics. I will engineer the complete physical architecture and hardware specification for your domestic robot in SolidWorks, prioritizing child-safe curved enclosures and DFM standards for rapid 3D printing. I start by defining chassis geometry, drive kinematics, and sensor placements for obstacle avoidance, selecting globally sourced parts around a Raspberry Pi or ESP32 architecture. Next, I will produce the detailed 3D CAD assembly, internal component brackets, and a complete Bill of Materials specifying hardware, motors, and camera modules. We will conduct a mid-stage review checkpoint using 3D renders to evaluate aesthetics, weight distribution, and component accessibility. Once aligned, final handoff will deliver production-ready STEP, STL, and native SolidWorks files, accompanied by an assembly manual and software interface mapping for ROS and Python control. This engineering phase is completed across a 7-day timeline, structured with a 50% first milestone upon delivery of preliminary 3D concepts and the BOM, with the remainder upon final CAD file transfer. Ridwaan M.