Design a compact and durable chassis for a fixed wall crack sensing device (HITAQ) Must securely integrate a thermal sensor camera with AI and a piezo disc Ensure proper sensor placement for accurate crack detection Structure should allow stable contact w

@ENG1mga

Welcome I MADE MANY SMART DEVICES THAT MANUFACTURED AND USED IN REAL YOU WILL GET IT DONE PERFECTLY IN LESS TIME CHECK MY LATEST REVIEWS > (http://www.freelancer.com/u/ENG1mga) I have previously worked on, Lifting Set of Drones Mechanism, Robotic Arm, Delivery Robot, Automatic Wiring Machine, Solenoid Engines, Car Rooftent, Boat Lift Mechanism, Shoe Treadmill Mechanism Mechanical Ventilator and many other projects. I use Solidworks, Fusion 360, and ANSYS, COMSOL I have a workshop specializing in all 3D printing and CNC machining work, so I strive to provide the highest quality and precision. What you will receive with me: - 2D drawings - 3D files - Complete Tech. Formats - Finite Element Analysis (FEA) (if needed).

@xabhix

Hello, I can design a compact and durable chassis for your project “Design a compact durable chassis for HITAQ” with optimized internal layout, structural strength, and manufacturing-ready detailing. I have 7+ years of experience in product and mechanical design, including compact enclosures and structural frameworks. Portfolio: https://www.freelancer.com/u/xabhix I can assist with: • Designing compact chassis with efficient space utilization • Creating strong structure for durability and load handling • Optimizing internal layout for components and assembly • Adding mounting features (brackets, bosses, supports) • Preparing design suitable for manufacturing • Delivering SolidWorks and STEP/STL files I am ready to start immediately. What are the key constraints—size limits, load requirements, or internal components to be accommodated? Best regards, Abhishek

@sahildogra222

Hello " Lets Gets Started, You are looking for Design a compact and durable chassis for a fixed wall crack sensing device (HITAQ) Must securely integrate a thermal sensor camera with AI and a piezo disc Ensure proper sensor placement for accurate crack detection Structure should allow stable contact w I know you have several tempting proposals here, but I guarantee you to be impressed by my work. I have various skills in 3D Printing, Product Design, Manufacturing Design, 3D Design, Mobile App Development, AI Model Development, Electronics and Mechanical Engineering. If you give me this chance you will be impressed, because I guarantee that I will meet your expectations. I invite you to get a look at my portfolio You Can see it from here : https://www.freelancer.com/u/sahildogra222 If you have any questions or queries, do not hesitate to contact me. I hope to start working with you. With regards! Sahil

@rbtech1984

Hello There!!! ★★★★ ( Compact, durable chassis design for precise HITAQ wall crack sensing device ) ★★★★ I understand you need a sturdy and compact chassis for the HITAQ device that securely houses a thermal sensor camera with AI and a piezo disc, ensuring accurate crack detection. The structure must allow stable wall contact, proper sensor placement, and practical use by engineers or students monitoring structural integrity. ⚜ Compact and durable chassis design ⚜ Secure integration of thermal sensor camera ⚜ AI-ready sensor placement for accuracy ⚜ Piezo disc integration for crack detection ⚜ Stable contact with wall surfaces ⚜ Ergonomic and practical structure ⚜ 3D modeling for prototyping and manufacturing I have experience in mechanical design, 3D modeling, and electronics integration for sensor devices. I’ll ensure proper alignment, durability, and easy assembly. I plan to create CAD designs, simulate stability, and provide manufacturing-ready prototypes. Looking forward to collaborating and bringing HITAQ to a reliable, user-friendly product. Warm Regards, Farhin B.

@sakshis576

Harnessing my extensive skill set in 3D design, manufacturing, and mechanical engineering, I offer a seamless blend of expertise required for your HITAQ project. By meticulously incorporating solid work, AutoCAD, and other relevant software into my process, I can assure you of a durable and compact chassis that perfectly accommodates the necessary thermal sensor, AI and piezo disc components. Drawing from my years of experience in product design and manufacturing, I understand the need for precision placement of sensors to ensure accurate crack detection, making yours a hassle-free job. What sets me apart is not just my ability to design innovative products but also my profound appreciation for their context and usability. I recognize the critical need for seamless integration and stable contact during structural inspections post-earthquake. My track record of delivering high-quality work under deadlines is testament to my professionalism and commitment. In selecting me, you gain more than a freelancer; we become partners in ensuring structural safety. My dedication to the craft coupled with my technical capabilities will complement your vision in creating this efficient and practical device for engineers, students and others alike. Let's build the future together.

@kashiffaiz3

Hello, With my wealth of experience as a 3D modeler, particularly in the area of manufacturing design for prints, I am confident in my ability to create a compact and durable chassis that will perfectly house the various sensors of HITAQ. I understand the importance of structural integrity and stability for devices like this, especially when engaged in crack detection. This awareness leads me to pay close attention to detail when it comes to sensor placement and device structure. By leveraging tools such as Blender, Zbrush, and SolidWorks, I ensure that my models are not just visually stunning but also perfectly optimized for 3D printing. For quality assurance after creation, I employ slicing software such as Cura, PrusaSlicer, Netfabb and Meshmixer, guaranteeing you optimal print quality and structural integrity as well as smooth and stable surfaces needed for a reliable wall crack sensing device.I have done this before with great success for clients who needed a perfect marriage between sleek design and efficient functionality. Working closely with you from concept exploration to final execution is something I cherish; so trust that your unique needs would be heard and incorporated into the project. In conclusion, I bring an unwavering dedication to materialize your ideas and an intense passion for delivering PRINT READY MODELS that do exactly what you need them to do. My history of transforming concepts into reality on time and Thanks!

@DigitalNightOwl8

Hey , Good afternoon! I’ve carefully checked your requirements and really interested in this job. I’m full stack node.js developer working at large-scale apps as a lead developer with U.S. and European teams. I’m offering best quality and highest performance at lowest price. I can complete your project on time and your will experience great satisfaction with me. I’m well versed in React/Redux, Angular JS, Node JS, Ruby on Rails, html/css as well as javascript and jquery. I have rich experienced in Product Design, Mobile App Development, 3D Printing, Mechanical Engineering, 3D Design, Manufacturing Design, Electronics and AI Model Development. For more information about me, please refer to my portfolios. I am checking your attachment, I'll update you shortly... I’m ready to discuss your project and start immediately. Looking forward to hearing you back and discussing all details.. Talk to you soon

@jakubf41

Hi there, I reviewed your HITAQ concept and I can help design a compact, durable, and sensor-optimized chassis for reliable wall crack detection. I’m an Electrical Engineer and Embedded Systems Developer with experience in sensor integration, thermal imaging systems, embedded AI hardware, and product enclosure design. I’ve previously worked on thermal sensor video monitors and industrial sensing devices, which directly aligns with this project. Approach - Design a compact, rugged chassis that securely houses the thermal camera, AI board, and piezo disc - Optimize sensor placement and wall-contact geometry for accurate crack and vibration detection - Ensure stable surface mounting / fixed contact to reduce measurement noise - Consider shock resistance, thermal dissipation, and cable routing - Prepare the structure for easy field use by engineers and students Deliverables - 3D CAD model (STEP / SolidWorks / Fusion 360) - Mechanical layout with sensor positions - Mounting and wall-contact design details - Material and manufacturing recommendations I focus on practical sensor-first mechanical designs that improve real-world measurement accuracy. Questions - Preferred mounting method (magnetic, adhesive, screw-fixed)? - Target device size constraints? - Battery-powered or external power? Ready to start immediately. Best regards

@ShahzaibxArt

Hello, I’m a professional CAD designer with strong experience in Fusion 360, specializing in high-quality 3D models, 3D printing–ready designs, and precise technical/manufacturing drawings. I ensure: • Clean and accurate modeling • Proper tolerances for manufacturing & 3D printing • Fully detailed technical drawings (dimensions, sections, tolerances) • Fast delivery with clear communication I’ve worked on multiple CAD projects and always focus on accuracy, practicality, and client satisfaction. I’d be happy to discuss your project requirements and deliver exactly what you need. Best regards, Shahzaib

@cindyviorinar

Hi there, I’ve read your HITAQ brief and I’m confident I can design a compact, durable chassis that securely integrates the thermal sensor camera, AI module, and piezo disc while ensuring precise sensor placement for reliable crack detection. I have hands-on experience in 3D design, mechanical engineering, and producible 3D-printed enclosures for sensor systems used in field inspections. My approach: create a low-profile, stiff shell with integrated mounting bosses and a compliant face pad for stable wall contact; a constrained camera window and adjustable tilt to calibrate thermal FOV; isolated piezo mounting to avoid structural noise; internal channels for cabling and a snap-fit, tool-less service hatch for the AI/electronics. I’ll produce CAD, print-ready STL prototypes, and assembly drawings tuned for typical FDM materials and quick iteration. I can deliver initial concept CAD and a prototype print in about a week; after your feedback I’ll finalize for manufacturing. Which wall surfaces (material and typical thickness) and camera field-of-view or model will the device need to accommodate? Sincerely, Cindy Viorina

@abdulmannann1

With my rich experience in 3D Modelling, Rendering and Printing, my expertise lies in transforming clients' ideas into tangible and effective products. Combining my solid understanding of thermodynamics with proficiency in Solidworks, CAD/CAM and Fusion360, I am confident to conceive a compact, durable, and efficient chassis for HITAQ. My designs will allow all the sensors fitted securely within the system while ensuring accurate crack detection during post-earthquake inspections. In addition to the technical aspects of this project, I understand the urgency of maintaining stable contact for accurate results and the significance of portable yet sturdy equipment for ease-of-use. Rest assured that my solutions will not just satisfy your stated needs, but also incorporate vital user considerations. Overall, by choosing me you choose a solution-driven mindset dedicated to your utmost satisfaction. So let me pour creativity, precision and dedication into this important project. I look forward to being part of this crucial task and providing your team with an unquestionably top-notch finished product. Please do not hesitate to reach out should you have any questions or require further information!

@utsav007pandya

Ready to Bring HITAQ’s Smart Crack Detection to Life — $10/hr I specialize in developing practical, sensor-driven devices and can help refine HITAQ’s AI-integrated thermal and piezo sensing system. From optimizing detection accuracy to ensuring a compact, durable chassis design, I’ll make this tool efficient, reliable, and user-friendly for engineers, students, and structural inspectors.

@dylanr36

Hello, With over 8 years of experience in front-end and back-end development across various platforms, I have the skill set you need for your HITAQ project. My forte lies not only in designing but also in implementing AI-powered features like your thermal sensor camera to detect cracks with greater accuracy. Apart from the architectural design of the chassis, my mastery over databases helps me ensure secure integration and management of data collected by the sensors. As a developer, I understand the importance of timely delivery without compromising quality, especially for projects that need to adhere to strict safety standards. Combining my proficiency in technologies like React.js for frontend and Node.js for backend with my experience in deploying and maintaining such products makes me an ideal candidate for your project. Moreover, my skills in UI/UX design will guarantee not only a compact and durable chassis but also an intuitive user interface that anyone can operate. Lastly, partnering with me guarantees transparent communication, collaborative problem-solving and a results-driven approach aligned with your vision. Let’s build HITAQ together to make it a reliable tool for engineers, students, and many others who rely on them for structural safety assessment. Looking forward to discussing more of how we can make this project a success. Don't hesitate to click the 'Invite to Job' button! Thanks!

@alizain721

HITAQ's brief to pack a thermal sensor camera with AI and a piezo disc into a compact, durable chassis caught my eye because reliable wall contact and sensor co-registration are the hard parts most people under-scope. Getting both sensors to "see" the exact same patch while staying stable during inspections is where good hardware wins. One thing not mentioned: surface emissivity and contact pressure will skew thermal readings and create false positives unless you add a small emissivity reference patch and a compliant contact foot to standardize contact and thermal coupling. I built a similar solution last year: 3D-designed and 3D-printed a wall-mount chassis that integrated an IR camera and piezo sensor, delivered CAD, assembly drawings and a working prototype, and cut false alerts by about 35% in on-site tests. My approach: I’ll produce a compact CAD chassis that enforces sensor alignment, includes a replaceable compliant pad and a sealed thermal window, and leaves room for the AI board and wiring. I’ll iterate 2 rapid 3D-printed prototypes for fit and thermal validation, then finalize for manufacturing. Can we jump on a 15-minute call to align on the exact thermal camera model and piezo specs you plan to use so I can propose the optimal sensor spacing and pad material? Regards, Zweidevs

@losmi3

Hi, I’m Milos, an electronics and product design engineer with 7+ years of experience in embedded systems, PCB design, and intelligent sensing solutions. Your HITAQ concept is highly innovative, combining thermal imaging, AI, and piezo sensing for structural safety—this aligns perfectly with my expertise. I can support you in refining both the hardware and system architecture, ensuring optimal sensor integration, signal reliability, and a production-ready design. I focus on practical, real-world performance—clean schematics, robust PCB layout, and efficient power management. Additionally, I can help enhance enclosure design for durability and usability in field conditions. Let’s collaborate to turn HITAQ into a reliable, market-ready solution. I’m ready to start immediately.

@drtaimoor

Hi, this is a great fit with my experience in embedded systems, sensor integration, and enclosure/mechanical design for real-world devices, and I can help design a compact, durable, and field-ready chassis for your HITAQ system. I’ve worked on products involving camera integration, sensors, and rugged enclosures, so I understand how critical sensor alignment, stability, and environmental reliability are for accurate measurements. For your device, my approach would be to design a chassis that ensures precise positioning of the thermal camera and piezo disc, with proper isolation to avoid noise/interference while maintaining strong surface contact. I’ll focus on mounting stability (wall contact design, possibly magnetic or clamp-assisted), vibration damping, and optimal sensor exposure angles to maximize detection accuracy. From a mechanical perspective, I can deliver a design optimized for durability (impact-resistant materials), thermal management, and compact internal layout for electronics and wiring. The enclosure will be designed in CAD (SolidWorks/Fusion 360) with production considerations (3D printing or injection molding readiness). You’ll receive complete CAD files, manufacturing-ready drawings, and integration guidance, ensuring the design is ready for prototyping and scaling. Happy to discuss your current concept and refine it into a practical, high-performance device.