Type-C Bluetooth Mouse Design

@tshibsamuel477

Hi there, I read your offer carefully and understand that you need a complete compact Bluetooth mouse, including PCB, enclosure, firmware, USB-C charging/wired operation, programmable buttons, and two fully tested prototypes. I can support the hardware architecture, low-power BLE design, USB-C power management, HID firmware, scroll-wheel/button integration, OTA updates, PCB layout, enclosure design, and prototype validation. My background in mechatronics, embedded systems, BLE devices, PCB design, and product prototyping is well suited to this project. I can also help implement reliable button remapping while keeping the two extra buttons preconfigured for volume control. Just send me a message and we can discuss the details. Best regards, Samuel Tshibangu

@abdurRafiqM

HI, I am an experienced electronics and PCB Design engineer, specialised in use of ECAD software such as Altium Designer, KICAD, EasyEDA, etc. for the the design of electronics and PCB. I will design your projects to meet your Requirements and the industry standard. I do all kinds of circuits such as Power delivery circuit, Sensor Integrated Circuits, wireless control, MCUs etc. I will deliver the following. The Schematics for your Design The PCB for the design Bill of materials(If needed) Gerber, Pick and Place and other manufacturing and assembly drawings needed. Full Support and consultancy till the project is done. Kindly send me message for my previous designs and also so we can discuss further on your project I look Forward to working with you. Best Regards, Abdur-Rafiq

@alluankit01

Hi, I can design the complete Type-C Bluetooth mouse system, including PCB, enclosure, firmware, button remapping, wired/Bluetooth HID operation, and configuration software. The best solution is to use a low-power Bluetooth LE MCU such as Nordic nRF52 with native USB support, a reliable optical sensor, rotary encoder, Li-Po charging/protection circuit, and USB-C power/data interface. I’ll structure the firmware for fast reconnection, low latency, battery efficiency, OTA updates, and customizable button mappings with default volume controls. I’m comfortable with Bluetooth HID, USB HID, embedded C/C++, low-power firmware, PCB design, USB-C charging, optical sensors, button/encoder input, BLE configuration, enclosure design, and prototype testing. Deliverables will include: * Schematic and PCB layout * Gerber files and BOM * STEP enclosure files * Bluetooth and wired HID firmware * Default volume-control mapping * Custom button remapping * OTA firmware update support * Cross-platform configuration utility * Prototype assembly guidance * Testing documentation I’ll focus on creating a compact, reliable, low-latency design that is ready for prototype manufacturing and future production improvements. Best regards Ankit

@uzairelectronics

I can cover the full electronics and firmware scope of your custom Bluetooth mouse. I will design the PCB around a Nordic nRF52 BLE SoC with USB-C charging and wired HID, four-button input, scroll wheel encoder, and OTA firmware update capability. Firmware will implement BLE HID and USB HID profiles with pre-mapped volume controls and a remapping layer accessible via companion utility. Deliverables: KiCad schematic, PCB layout, Gerbers, BOM, and firmware source. For physical prototype assembly and enclosure manufacturing, I recommend scoping that separately. Please share your size constraints and budget to confirm timeline. Best regards, Engr. Muhammad Uzair

@anjalio22

I would love the opportunity to work on your Type-C Bluetooth Mouse project. I have experience in PCB design, embedded systems, product development, and firmware integration, and I can deliver a complete solution from concept to functional prototype. My approach includes designing a compact, ergonomic enclosure, developing a custom PCB with a low-power Bluetooth LE chipset (such as Nordic nRF52 series), implementing dual-mode Bluetooth HID and USB HID over USB-C, and creating firmware with fully programmable buttons, OTA firmware updates, and reliable power management. The side buttons will be pre-configured for volume control while remaining fully customizable through an easy-to-use cross-platform configuration utility. Deliverables will include complete enclosure and PCB design files (STEP, Gerber, BOM), production-ready firmware, configuration software, and two fully tested prototypes validated for Bluetooth stability, click reliability, scroll precision, battery life, and seamless reconnection. Give me one opportunity to handle your project. I assure you that I will complete the work with full dedication, accuracy, and professionalism while maintaining clear communication throughout the development process. I am committed to delivering a high-quality product that meets your expectations.

@lukyb2

Hi, I have reviewed your requirements for a pixel-perfect accounting website on Hostinger. I can precisely replicate your designed screens for both desktop and mobile layouts without any drifting. I will fully integrate the secure online PDF fill-and-sign feature, the download hub, and a seamless checkout supporting credit/debit cards and PayPal. I will also configure a clean calendar popup for your appointment scheduling with automated email confirmations. The site will be fast, fully responsive, and completely ready for launch. I look forward to working with your design files! Best regards, Lucien

@drishu11

We would be happy to design and develop your compact Bluetooth mouse from concept to functional prototype, including enclosure design, PCB development, firmware, USB-C integration, and button-remapping functionality. We have experience in product design, SolidWorks enclosure development, compact electronics packaging, PCB design, embedded firmware, Bluetooth/BLE-based devices, USB-C power integration, HID device logic, battery-powered hardware, and prototype development. We can design the mouse with four physical buttons, a smooth scroll wheel, low-latency Bluetooth HID, optional wired HID over USB-C, and preset volume-control side buttons that remain reprogrammable. Our deliverables can include STEP enclosure files, PCB schematics/layout, Gerbers, BOM, firmware for Bluetooth and wired operation, OTA update support where feasible, and a simple configuration utility for button remapping and firmware updates. We can also support two working prototypes and testing for pairing stability, reconnection, click reliability, scroll performance, Bluetooth range, and side-button volume control. Our focus will be on a compact, premium-feeling, manufacturable design with reliable electronics and clean user experience.

@vidurdesignlab

Having extensive experience in product design, particularly with Arduino, Embedded Systems and Microcontroller, I am confident that I would be the ideal fit for your Type-C Bluetooth Mouse design project. I have a deep understanding of Bluetooth HID, wired HID over USB-C, and button remapping that will ensure optimal functionality of the mouse and seamless customisation by users for unique shortcuts. Additionally, my proficiency in Fusion 360 and other relevant software will guarantee that you receive complete enclosure and PCB design files (STEP, Gerber, BOM) precisely to your specifications. I also qualify to develop a simple cross-platform configuration utility which allows users to personalize their mouse via desktop application or web-based method while maintaining easy firmware update capability. Lastly, my dedication to delivering nothing short of professional work on time aligns well with your need for timely validation once the prototypes are completed. I assure you that I will focus on the quality assurance factors you've mentioned- click reliability, scroll precision, and Bluetooth range- during the testing phase. Let me handle this project for you; together we will craft an outstanding product!

@muhammadsohaibs

Hello, Your compact ESP32 smart switch board is a good fit for my PCB layout and power electronics background. For the isolated AC-to-5V stage, I'd design around a certified isolated AC-DC module (e.g., Hi-Link HLK-PM01 or equivalent) rather than a custom flyback — this keeps the safety-critical isolation barrier proven and certified, while I focus on precise layout: correct creepage/clearance spacing (2.5mm+ between HV mains and LV logic), proper fuse/MOV placement, and clean routing within your 55x45mm footprint. My background includes custom PCB design, embedded firmware for ESP32/RISC-V, and hands-on power electronics ( buck-boost converters, BLDC motor control with custom built 3-phase inverter, grid-synchronized converters). And I can commit to careful, safety-conscious layout ensuring isolation & clearance. For this project, I'll deliver: - Schematic review and optimization, including the AC-DC module integration and switch-sensing circuit - Dual-layer PCB placement and routing within the 55x45mm constraint, with clearance-compliant HV/LV separation - Gerbers, drill files, and production-ready files - Full BOM with manufacturer part numbers Happy to walk through the module selection and layout approach in more detail. Best regards, Muhammad Sohaib Sarwar Electrical Engineer | Embedded Systems | Power Electronics | PCB Design

@Shannonkb21

I recently helped a client achieve a groundbreaking Type-C Bluetooth mouse design — and judging by your post, it sounds like we could do the same for you. We've worked on electronic device designs and would love to bring that experience to your project. From your post, it sounds like you're looking for something seamless, specifically around a Bluetooth mouse with customizable buttons and USB-C charging. We specialize in electronic product design and firmware development, and we have 75+ 5-star reviews on similar projects and rank in the top 1% among 75 million users! I would love to help you with your project! The worst that can happen is you walk away with free consultation. Regards, Shannonkb21.

@Hmdlawal

HI, KINDLY READ THROUGH MY PROPOSAL I have experience designing custom Bluetooth HID devices, PCB hardware, embedded firmware, CAD enclosures, and cross-platform configuration tools using Nordic and similar BLE platforms. Will the configuration utility store mappings in onboard memory or per device profile? Do you prefer rechargeable Li-ion or LiPo power architecture for the target size? I reduce risk through milestone reviews, prototype validation, testing logs, and clear communication throughout development. I have already started thinking through the workflow, dependencies, and expected outcomes, so message me to see what I have outlined so far. I am ready to begin immediately and move this project into design without delay. Best regards, Hammed Lawal

@patrickA123456

Hi there, nice to meet you. Your project is a strong match for my experience in compact PCB design, Bluetooth LE firmware, USB-C power systems, and embedded HID devices. I can develop the mouse as a complete product, covering enclosure, electronics, firmware, button remapping, OTA updates, and prototype validation. For the core platform, I would recommend a Nordic nRF52840 or similar BLE SoC because it supports low-latency Bluetooth HID, native USB, strong power efficiency, and reliable firmware update options. The PCB would include USB-C charging and wired HID, battery protection, wheel encoder input, four configurable buttons, ESD protection, and a layout optimized for RF performance and compact assembly. SYSTEM ARCHITECTURE – Define BLE, USB HID, battery, controls, and firmware-update paths. PCB & ENCLOSURE – Create production-ready board and mechanical files for a compact premium form factor. HID FIRMWARE – Implement Bluetooth and wired operation, sleep/wake, reconnection, and default volume controls. BUTTON REMAPPING – Store custom shortcuts in non-volatile memory through a simple desktop or web utility. PROTOTYPE TESTING – Validate click life, scroll accuracy, latency, battery performance, range, and charging. I can manage the full workflow from architecture and component selection through prototype bring-up and final documentation. A realistic timeline is approximately 10–14 weeks for design, firmware, utility development, prototype assembly, and testing.

@shubhamy157

Hi, Thank you for sharing your requirements. After reviewing the project, I believe the requested features—including custom PCB design, firmware, Bluetooth HID, USB support, enclosure design, configuration utility, and working prototypes—cannot be delivered within a budget of ₹12,500. I can complete this project for ₹80,000, which includes the complete design, firmware development, testing, and documentation. If you'd like to reduce the scope to fit a lower budget, I'd be happy to discuss a phased approach and prioritize the most important features first. Please let me know if you're open to revising the budget or discussing a reduced-scope version of the project. Thank you.