Embedded Systems Engineer for EV Dashboard Design

₹1500-12500 INR

In Progress

Posted 22 days ago

₹1500-12500 INR

Paid on delivery

I am looking for an experienced embedded systems engineer to design a digital instrument cluster (dashboard) for electric vehicles (2-wheeler and 3-wheeler). ## System Requirements: ### Input Signals: * Speed input (hall sensor / controller signal) * Battery voltage input * Current sensing (optional but preferred) * Brake signal * Indicator signals (left/right) * Reverse signal * Ignition signal --- ## Display Requirements: * Digital speedometer (km/h) * Trip meter (distance) * Odometer (total distance) * Battery level indicator (% or bar) * Indicator icons (left/right, high beam, reverse) * Warning indicators (low battery, fault) --- ## Display Hardware: * TFT LCD / IPS display (2.4” to 5” range) * Good visibility in sunlight * Smooth UI (no lag) --- ## Functional Features: * Real-time speed display * Distance calculation (trip + total) * Battery voltage monitoring * Fault indication display * Startup animation / branding (optional) * Menu/settings (optional) --- ## Communication: * Support UART or CAN communication from controller * Option to work with pulse-based speed input --- ## Hardware Requirements: * Microcontroller-based design * Stable power supply (12V → 5V / 3.3V) * EMI-resistant design for automotive environment * Proper filtering for noisy signals --- ## PCB Requirements: * Compact PCB for dashboard enclosure * Automotive-grade connectors * Vibration-resistant design * Easy mounting provision --- ## Firmware Requirements: * Fast refresh rate display * Accurate speed & distance calculation * EEPROM/Flash storage for odometer * Fault handling logic --- ## Mechanical: * PCB suitable for enclosure mounting * Suggest display mounting method --- ## Deliverables: * Full schematic * PCB layout (EasyEDA / KiCad / Altium) * Gerber files (manufacturing ready) * BOM with exact part numbers * Firmware (mandatory) * UI design (basic or advanced) * Debug support after prototype --- ## Application: * Electric scooters * E-rickshaws * E-loaders --- ## Goal: Develop a reliable and scalable digital cluster suitable for commercial EV products with clear visibility and accurate data. --- ## Proposal Requirements: Please include: * Previous similar projects * Display type you recommend * MCU selection and why * Sample UI screenshots (if available) * Timeline and milestones

Embedded Systems

Microcontroller

Automotive Engineering

Digital Design

Electronics

Arduino

Electrical Engineering

Circuit Design

Project ID: 40398969

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4 proposals

Remote project

Active 22 days ago

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Awarded to:

@InjectAI

I have worked on embedded systems involving real-time data processing, sensor integration, and UI display logic, so I am comfortable handling both hardware + firmware + system design together. My Approach: I will design a microcontroller-based system that reads all inputs (speed, voltage, indicators, etc.), processes them in real time, and drives a smooth TFT display with no lag. The focus will be on stability, accuracy, and EMI-safe design for automotive use. Recommended Setup: MCU: STM32 series (reliable, fast, strong peripheral support for CAN/UART, widely used in automotive) Display: 3.5”–4.3” IPS TFT (good sunlight visibility, better viewing angles) Communication: CAN + UART support, with fallback for pulse-based speed input Deliverables:- • Complete schematic + PCB (KiCad/EasyEDA) • Gerber + BOM (production-ready) • Firmware (speed calc, odometer storage, fault logic, UI handling) • Clean UI (speed, battery, indicators, warnings) • Support for prototype testing Experience: I Have ve worked on real-time systems (including vision + embedded integrations), so handling timing, filtering noisy signals, and stable data display is something I take seriously. Timeline: 2 weeks (design → PCB → firmware → testing support) If you have enclosure constraints or reference designs, I can align the PCB accordingly. Let’s discuss details and finalize specs. Best regards,

₹6,000 INR in 7 days

0.0

(0 reviews)

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4 freelancers are bidding on average ₹49,250 INR for this job

@ahmedy607

Hi, I’ve reviewed your requirements, and this aligns well with my experience in embedded systems and automotive-grade PCB design. I’ve worked on ESP32/STM32-based systems with displays, sensor inputs, and real-time data processing, including EV-related applications. For your digital cluster, I recommend using an STM32 MCU for reliable real-time performance, paired with an IPS TFT display (3.5”–4.3”) for good sunlight visibility and smooth UI. Communication can be handled via UART/CAN, with proper filtering for noisy automotive signals. My approach: • Accurate speed & distance calculation (pulse or CAN-based) • Stable power design (12V → 5V → 3.3V with protection & filtering) • EMI-resistant PCB layout with automotive connectors • Smooth UI with fast refresh and optional startup animation • Reliable storage (EEPROM/Flash) for odometer data Deliverables include full schematic, PCB, Gerbers, BOM, firmware, and UI design with bring-up support. I’ve built similar display + control systems and can share examples/screens once we connect. Estimated timeline: 10 days with milestone-based progress. Best regards, [Ahmed Yahia]

₹8,500 INR in 10 days

5.0

(4 reviews)

3.6

@iAmiteshKr

I’ve read your project details and am confident I can deliver a professional, high-performance dashboard for your embedded system. I specialize in the exact stack required for this type of work, moving from hardware bringup to polished UI development. Relevant Technical Expertise: UI Frameworks: Expert in LVGL (for resource-constrained MCUs) and SlintUI (for modern, declarative interfaces). Display Stack: Deep experience with DRM/KMS and Framebuffer on Linux-based ARM boards, as well as direct display interfacing on ESP32 and STM32. Languages: Robust development in C, Rust (memory-safe embedded apps), and Golang for edge logic. End-to-End: I handle everything from low-level driver configuration to the final application layer. Why Choose Me: I focus on creating fluid, responsive interfaces that don’t lag, even on limited hardware. I have a proven track record of delivering production-ready IoT and edge device software. Deliverables: I provide full source code and technical documentation. Intellectual Property (IP) delivery will be completed immediately upon commercial settlement. I am available to discuss your hardware specs and UI requirements in more detail

₹12,500 INR in 7 days

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(0 reviews)

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@soumitrab22

Hello, I can help you design a reliable, automotive-grade digital instrument cluster tailored for electric 2-wheelers and 3-wheelers. I specialize in embedded systems and precision instrumentation, with experience developing robust, real-time electronics for harsh environments. I will deliver a complete end-to-end solution including schematic, compact PCB, firmware, and UI—optimized for smooth performance, sunlight visibility, and EMI resilience. For this project, I recommend an *IPS TFT display (3.5”–4.3”)* for better outdoor readability and wide viewing angles, paired with a high-performance MCU, ensuring fast UI rendering, accurate signal processing, and reliable CAN/UART communication. The system will support all required inputs (speed, voltage, indicators, brake, etc.), with precise speed/distance computation, non-volatile odometer storage, and fault handling. The PCB will be designed with automotive-grade practices—robust power conditioning, filtering, and vibration-resistant layout. What you’ll get: * Complete hardware design (schematic + PCB + Gerbers) * Optimized BOM with exact components * Firmware (modular, scalable, fast-refresh UI) * Clean and intuitive UI design (with startup animation if needed) * Debugging and prototype support **Timeline:** ~6–12 weeks (including design, firmware, and initial testing) You can find relevant automotive work samples within my portfolio. Regards Soumitra

₹170,000 INR in 60 days