PCB Design for Mach-Zehnder Interferometer

₹1500-12500 INR

Closed

Posted 7 days ago

₹1500-12500 INR

Paid on delivery

I need a PCB file created for a project that integrates a Mach-Zehnder Interferometer with multiple sensors. # Project Title **Custom Arduino Due–Based Multi-Sensor Data Acquisition PCB with Integrated LCD Display** ## Project Overview I am looking for an experienced PCB/electronics designer to design a **custom standalone sensor device based on the Arduino Due platform**. The objective is to have all required sensors and supporting electronics integrated onto a single custom PCB. Once the Arduino Due firmware is uploaded, the assembled PCB should function as a standalone device: the sensors should continuously acquire data, the Arduino Due should process the readings, and the measured values/statuses should be displayed on an **LCD permanently mounted on the PCB**. I do not want the final product to depend on an external Arduino development board, breadboard, or loose jumper-wire connections during normal operation. ## Main Components / Sensors The PCB needs to support the following sensors/modules: * **BME680** – temperature, humidity, pressure and gas sensing * **BMA400** – 3-axis accelerometer * **VEML700** – UV sensor * **HX711 – 2 modules/channels** – load-cell/weight measurement * **KY-026** – flame sensor * **KY-016** – RGB LED module * **KY-006** – buzzer module * **Arduino Due** – primary microcontroller * **LCD display** – permanently mounted/integrated onto the PCB The exact electrical implementation of the KY-series components should be reviewed during schematic design. Where practical, I would prefer the underlying components/sensors to be integrated directly onto the PCB rather than mounting complete hobby-module PCBs. ## Desired Function The final PCB should operate as a complete embedded sensing device. The intended operating sequence is: **Power ON → Arduino Due starts → initializes all sensors → collects sensor data → processes data → displays readings/status on LCD → continuously updates measurements** For example, the LCD could display pages such as: **Environmental** * Temperature * Relative humidity * Atmospheric pressure * Gas/air-quality-related BME680 reading **Motion** * X-axis acceleration * Y-axis acceleration * Z-axis acceleration **UV** * UV sensor reading **Weight / Load** * Load Cell 1 * Load Cell 2 **Safety / Status** * Flame detected / no flame * Alarm status * RGB LED status The exact LCD interface and screen layout can be finalized during development. ## Arduino Due Integration The Arduino Due should act as the central controller for the entire PCB. I would like the PCB to be designed so that, after uploading the required Arduino program/firmware, the device operates independently without requiring a computer. The designer should provide: 1. Complete schematic 2. PCB layout 3. Component footprints 4. Gerber files 5. BOM (Bill of Materials) 6. Pick-and-place/assembly files if applicable 7. Arduino Due integration/programming interface 8. Basic firmware/test code demonstrating that every sensor communicates correctly 9. Documentation showing the pin assignments and communication interfaces The design should include an appropriate programming/debugging interface so that firmware can be uploaded or updated when required. ## Communication Interfaces The designer should determine and document the appropriate interfaces for each component, including where applicable: * I²C * SPI * UART * Digital GPIO * Analog inputs * HX711 communication The PCB should avoid unnecessary pin conflicts and should provide appropriate pull-up resistors, filtering, level compatibility, decoupling capacitors and other supporting circuitry required for reliable operation. ## Power Supply The PCB should have a proper regulated power architecture suitable for the Arduino Due and all integrated sensors/peripherals. The designer should calculate the expected current consumption and design appropriate: * Voltage regulation * Decoupling * Power filtering * Protection * Grounding * Power distribution The required external power input can be discussed before final schematic approval. ## LCD Display An LCD should be physically integrated into the PCB rather than being connected using loose wires during normal operation. The display should be large enough to clearly show sensor readings and device status. Ideally, the firmware should provide a simple interface such as multiple display pages/screens that can be switched automatically or using buttons. The exact LCD technology, size, resolution and interface can be proposed by the designer based on the Arduino Due and the number of values that need to be displayed. ## PCB Requirements The PCB should be designed as a professional, manufacturable board rather than a prototype breadboard-style circuit. Requirements include: * Proper component placement * Clear silkscreen labels * Ground planes where appropriate * Proper power routing * Decoupling near ICs/sensors * Separation of sensitive analogue signals from noisy digital/power sections where appropriate * Mounting holes * Clearly labelled connectors * Test points where useful * Accessible programming/debugging connector * Serviceability and reasonable component accessibility The designer should also consider the physical placement of sensors carefully. Sensors that measure environmental parameters should not be placed in locations where heat from voltage regulators, the microcontroller, LCD backlight, or other components could significantly affect measurements. ## Important Design Consideration I understand that some of the listed components are commonly available as inexpensive Arduino hobby modules. However, my objective is to create a **single integrated PCB/device**, not simply mount multiple existing breakout boards onto a larger PCB. Therefore, during schematic development, please determine which components should be implemented directly at the IC/sensor level and which, if any, should remain as modules. For example, the BME680 and BMA400 should preferably be implemented using their actual sensor ICs with the required supporting components and PCB footprints rather than requiring separate breakout boards. For the KY-series devices, please verify the exact electrical circuitry and determine the most appropriate way to integrate their functionality into the custom PCB. ## Deliverables The freelancer should provide: ### Hardware * Complete electrical schematic * PCB design/layout * Final PCB design files * Gerber files * Drill files * BOM with manufacturer part numbers where possible * Component placement files if required for assembly * PCB manufacturing/assembly documentation ### Firmware A basic working Arduino Due program demonstrating: * BME680 initialization and readings * BMA400 initialization and readings * VEML700 readings * HX711 channel 1 * HX711 channel 2 * KY-026 flame detection * KY-016 RGB LED control * KY-006 buzzer control * LCD initialization and display * Basic error/status handling The code should be structured so that I can later modify the displayed information and device functionality. ### Documentation Please provide a clear document containing: * Pin mapping * Sensor communication interfaces * Power requirements * Sensor addresses where applicable * Calibration procedure * HX711/load-cell calibration procedure * LCD connection/interface * Programming procedure * Assembly notes * Basic troubleshooting information ## Testing Requirements Before delivery, the design should be checked for: * Electrical-rule violations * Short circuits * Incorrect power connections * I/O conflicts * Incorrect voltage levels * Sensor communication problems * Address conflicts * Incorrect footprints * PCB manufacturability If possible, the freelancer should also provide a basic prototype/test procedure for verifying every sensor individually and then verifying the complete assembled device. ## Expected Final Result The final result should be a **single custom PCB that behaves like a standalone multi-sensor instrument**. I should be able to: 1. Power the device. 2. Upload the Arduino Due firmware. 3. Disconnect the computer. 4. Power the PCB independently. 5. Have all sensors operate automatically. 6. Have the Arduino Due collect and process their data. 7. View the sensor readings and device status directly on the integrated LCD. 8. Have the buzzer and RGB LED respond according to programmed conditions. The design should therefore be approached as a complete **embedded electronic device**, rather than simply as an Arduino expansion/shield. ## Freelancer Requirements Please have experience with: * Arduino Due / ARM-based microcontrollers * Custom PCB design * KiCad, Altium Designer, Eagle, or equivalent * I²C/SPI/UART sensor integration * Analog signal conditioning * HX711/load-cell circuits * LCD interfaces * Embedded firmware * PCB manufacturing and assembly Please include examples of previous custom PCB/embedded-system projects when submitting a proposal. Before beginning the final PCB layout, I would also like to review and approve the block diagram and schematic so that any electrical/design issues can be resolved before PCB fabrication. The following sensors and components need to be integrated: - BME680 - BMA400 - VEML700 - HX711 (2 modules) - KY-026 - KY-016 - KY-006 -LCD2004 soldered on board Please propose whether an Arduino Due module or a bare SAM3X8E implementation is more appropriate, and explain the cost, complexity, programming method, and manufacturing implications before proceeding. Ideal skills and experience: - Experience with PCB design software (e.g., Altium, Eagle). - Familiarity with integrating multiple sensors on a single PCB. - Background in working with environmental and motion sensors. Please provide samples of previous PCB designs.

Electrical Engineering

Circuit Design

Electronic Design

Signal Processing

Project ID: 40717923

About the project

18 proposals

Remote project

Active 3 days ago

Looking to make some money?

Email address

Benefits of bidding on Freelancer

Set your budget and timeframe

Get paid for your work

Outline your proposal

It's free to sign up and bid on jobs

18 freelancers are bidding on average ₹17,185 INR for this job

@tshibsamuel477

Hi there, I have carefully reviewed your complete specification for a standalone Arduino Due–based multi-sensor PCB integrating the BME680, BMA400, VEML700, dual HX711 channels, flame sensing, RGB LED, buzzer, and an onboard LCD2004 display. My background in mechatronics, embedded electronics, ARM microcontrollers, sensor integration, PCB design, analog interfacing, power architecture, and firmware development is well suited to this project. I have already worked with the main technologies involved, including I²C/SPI/UART sensors, HX711 load-cell interfaces, LCDs, analog/digital sensing, and custom ARM-based PCB development. I can handle the full design flow: system architecture, schematic, sensor-level integration instead of unnecessary breakout modules, PCB layout, power design, test points, ERC/DRC, BOM, manufacturing files, and basic firmware to verify every sensor and display function. I can also evaluate whether a bare SAM3X8E implementation or an Arduino Due module is the better choice based on cost, complexity, programmability, and manufacturing requirements before layout begins. Given my skillset, I can move efficiently from architecture review to a fabrication-ready design. Please send me a message and I can start with the block diagram and schematic review immediately. Best regards, Samuel tshibangu

₹7,000 INR in 1 day

5.0

(89 reviews)

6.5

@kkirandeep582

With a background rooted in engineering and a flair for design, I can effectively bring your vision of an integrated **Arduino Due-based Multi-Sensor Data Acquisition PCB** to life. The project aligns well with my expertise in **prototyping**, allowing me to envision and execute the critical elements such as the LCD Display, FirmWare, and sensor integration. My proficiency with various electrical elements such as **I²C, SPI, UART, Digital GPIO, Analog inputs** translates into a comprehensive understanding of the numerous interfaces that need to be accounted for in your project spec. Additionally, my experience also extends to your **Power Supply** requirements. I will assess the power consumption meticulously and design an appropriate voltage regulation system that keeps all components performing at their peak without conflicts or disruptions. Furthermore, my commitment to client satisfaction is unwavering. Therefore, apart from providing you with robust deliverables including the schematic, PCB layout, Gerber files et al., I will also furnish comprehensive documentation on pin assignments, communication interfaces etc. This comprehensive handover will ensure seamless future updates and upgrades. Get in touch today so we can take this project further!

₹9,000 INR in 1 day

5.0

(7 reviews)

5.5

@Mahmoud00Ibrahim

Hello, I’m an Automotive & Embedded Hardware Engineer with hands-on experience designing custom STM32-based PCBs, multi-sensor systems, CAN/RS485, power management, and manufacturing-ready boards. I can handle your project from block diagram and schematic through PCB layout, BOM, Gerbers, assembly files, and basic Arduino Due firmware/testing. I’ll also carefully manage I²C/SPI address conflicts, analog/load-cell signals, power integrity, grounding, sensor placement, and LCD integration. For the controller, I can compare the Arduino Due module vs. bare SAM3X8E in terms of cost, complexity, programming, and manufacturing, then recommend the practical approach before layout. I’d be happy to review your requirements and share relevant PCB projects.

₹12,000 INR in 7 days

4.9

(17 reviews)

5.6

@danish2051

I am an Embedded Systems and PCB Design Engineer with experience in Altium Designer and custom hardware development. I can design your PCB from schematic to production-ready files, including: • Schematic Design • PCB Layout • Component Selection • Design Rule Check (DRC) • Gerber Generation • BOM Preparation • Manufacturing Support (JLCPCB, PCBWay, etc.) I have experience with ESP32, STM32, sensor interfaces, power supplies, RF modules, Ethernet, and industrial electronics. Please share the project requirements, schematic (if available), board dimensions, and any special requirements. I can start immediately. Looking forward to working with you. Best Regards

₹21,000 INR in 10 days

4.8

(29 reviews)

5.0

@sakshis576

As an experienced PCB designer with a strong background in electronics and embedded systems, I believe I am the ideal candidate to facilitate your Mach-Zehnder Interferometer project. Leveraging on my proficient skills in Circuit Designing, Electronics, Embedded Systems, and PCB Layouting, I possess the key abilities to create a unique, highly-functional Arduino Due-based multi-sensor data acquisition PCB that meets all your project's requirements. I understand the importance of integrating multiple sensors with outstanding precision and efficiency on a single board while maintaining optimal functionality; especially if required to operate independently as in your expectation.

₹14,332 INR in 1 day

4.7

(13 reviews)

5.2

@ahmedy607

Hi, I’ve read your requirements carefully and understand that you need a complete custom PCB integrating the BME680, BMA400, VEML700, dual HX711, KY-026, KY-016, KY-006, and an onboard LCD2004. I can handle the schematic review/design, component and footprint selection, power architecture, sensor placement, PCB layout, grounding, decoupling, DRC/DFM, and complete manufacturing files. I can also evaluate the **Arduino Due module vs. bare SAM3X8E** and explain the cost, complexity, programming, and manufacturing differences before proceeding with the final design. Please check my portfolio for my previous PCB designs and layouts. I’m ready to start with the block diagram and schematic review. Best regards, Ahmed

₹12,500 INR in 7 days

4.9

(13 reviews)

4.5

@alluankit01

Hi, I can design the complete standalone multi-sensor PCB in KiCad/Altium, including the Arduino Due/SAM3X8E architecture, sensor integration, LCD2004, power system, firmware test code, and manufacturing files. I can handle: • BME680, BMA400, VEML700 integration • Dual HX711/load-cell channels • KY-026 flame sensing • RGB LED and buzzer circuitry • LCD2004 mounted directly on the PCB • I2C/SPI/UART/GPIO interface planning • Power regulation, filtering, protection, and decoupling • Analog/digital section separation • Programming/debug interface • ERC/DRC and footprint verification • Gerbers, drill files, BOM, pick-and-place files • Pin-mapping and calibration documentation • Basic Arduino firmware demonstrating every sensor Before PCB layout, I’ll provide the block diagram and complete schematic for your approval. I’ll also compare Arduino Due module vs bare SAM3X8E implementation in terms of PCB complexity, cost, programming/debugging, manufacturability, and future maintenance before we choose the final architecture. I can start immediately once you share the existing project references and preferred PCB dimensions. Best regards Ankit

₹10,000 INR in 4 days

5.0

(6 reviews)

3.9

@nichitav7

Hello, I can design this as a true standalone embedded instrument rather than a carrier board for hobby modules. The main work is integrating the SAM3X8E/Arduino Due platform, BME680, BMA400, VEML700, dual HX711 channels, LCD2004, flame/RGB/buzzer functions, power architecture, and programming interface on one manufacturable PCB. I would first define the block diagram and compare a bare SAM3X8E implementation against using an Arduino Due module, including cost, programming, complexity, and production implications, before schematic approval. Particular attention will go to sensor placement, analog/digital separation, I2C address conflicts, HX711 noise performance, decoupling, power filtering, calibration access, and keeping environmental sensors away from heat sources. I can provide schematic, PCB, BOM, Gerbers, CPL, basic Arduino firmware, pin mapping, calibration notes, and a complete bring-up/test procedure. Let's discuss. Best regards, Nichita

₹7,000 INR in 7 days

5.0

(2 reviews)

3.0

@hexabitzprojects

Hi, I can develop this as a **complete standalone multi-sensor instrument**, not simply an Arduino shield. I have **16 years of embedded hardware/firmware and PCB design experience** with ESP32, STM32, Arduino, sensor acquisition, industrial/IoT systems and custom PCBs. I can integrate **BME680, BMA400, VEML700, dual HX711/load cells, flame detection, RGB LED, buzzer and LCD2004**, with proper power distribution, filtering, grounding, pull-ups, decoupling, test points and sensor placement. I would first review the requirements and create the **block diagram + schematic for approval**, then proceed to PCB layout and firmware. For the controller, I can evaluate **Arduino Due module vs bare SAM3X8E** before layout. The module is simpler for development/prototyping and programming, while a SAM3X8E implementation can provide a more integrated production PCB but increases design, programming and manufacturing effort. Deliverables include **KiCad/Altium source, schematic, PCB, Gerbers, drill files, BOM, placement files, documentation and Arduino Due test firmware** covering every sensor and the LCD. I have completed relevant **ESP32/STM32 sensor systems, industrial automation, biomedical electronics and custom PCB projects**. Relevant examples can be shared through my profile. Best regards, Subhash Suman Embedded Hardware | PCB Design | Sensors | Arduino/STM32 | Firmware | R&D

₹15,000 INR in 7 days

5.0

(1 review)

2.3

@antoniod83

Hello, I can design this as a complete standalone multi-sensor embedded PCB rather than simply combining breakout modules. I have experience with custom PCB design, ESP32/STM32-class embedded systems, sensor interfaces, power architecture, and manufacturing-ready layouts. I would first review the electrical requirements and create the block diagram and schematic for approval before proceeding to PCB layout. I can integrate the BME680, BMA400, VEML700, dual HX711, flame detection, RGB LED, buzzer, and LCD2004, with appropriate decoupling, filtering, pull-ups, protection, test points, and power distribution. For the Arduino Due architecture, I would compare using the Due module versus a bare SAM3X8E implementation based on BOM cost, PCB area, programming/debugging, USB/programming requirements, assembly complexity, component availability, and manufacturing risk. I can then recommend the most practical option before finalizing the design. Deliverables would include schematic, PCB, footprints, BOM, Gerbers/drill files, assembly files, pin mapping, and documentation, plus basic Arduino firmware to verify each peripheral and the LCD. I can also perform ERC/DRC, footprint and connectivity checks, voltage/I/O compatibility review, and provide a structured prototype test procedure. I can share relevant PCB/embedded project examples upon request.

₹8,000 INR in 7 days

5.0

(1 review)

0.6

@hamzaePCB

Hello, I can help develop your standalone multi-sensor PCB from the system architecture and schematic through to a manufacturing-ready board. I work with KiCad and Altium and have hands-on experience with embedded PCB design, ESP32/ARM-based systems, sensor interfacing, analog signal conditioning, I2C/SPI/UART communication, power distribution, grounding, and manufacturing outputs. For this project, I can provide: • System block diagram and pin/interface planning • Review of Arduino Due module vs. bare SAM3X8E implementation • Integration of BME680, BMA400, HX711 channels and the other sensors • LCD2004 and programming/debug interface integration • Power architecture, filtering, decoupling and protection • Complete schematic and PCB layout • ERC/DRC and footprint verification • Gerber, drill, BOM and assembly files • Clear pin mapping and technical documentation • Basic firmware/test structure for verifying the sensors and interfaces I would first complete the block diagram and schematic for your approval before beginning PCB placement and routing, as requested. This will allow us to verify voltage levels, interfaces, sensor addresses, pin allocation and power requirements before fabrication. I can also share examples of my previous embedded PCB designs. Best regards, Hamza El Amraoui

₹6,000 INR in 10 days

5.0

(1 review)

0.4

@virtanen878

Hi, I have hands-on experience designing custom embedded PCBs with microcontrollers, sensors, power regulation, communication interfaces, and programming/debugging connections. My previous projects include ESP32/STM32 custom PCBs with sensor interfaces, RS-232/RS-485, CAN, protection circuitry, and reliable power distribution, so I am comfortable integrating multiple devices while keeping signal integrity, grounding, and thermal effects under control. The main challenge is creating a truly standalone multi-sensor instrument rather than simply combining existing Arduino modules. I would design the schematic and PCB around the Arduino Due or, where appropriate, a bare SAM3X8E, integrate the BME680, BMA400, VEML700, dual HX711, flame sensor, RGB LED, buzzer, and LCD2004, and carefully resolve I²C/SPI/GPIO/analog interfaces, power requirements, pin conflicts, sensor placement, and load-cell signal integrity. I would also provide basic firmware, Gerbers, BOM, manufacturing files, and documentation. I can execute the complete hardware design efficiently with schematic review before PCB layout and provide a clear recommendation on Arduino Due versus SAM3X8E, including cost, complexity, programming, and manufacturing implications. I am ready to begin immediately once you provide the required specifications, and I can deliver a clean, manufacturable PCB with a practical design that is straightforward to assemble, test, and maintain. Best regards.

₹125,000 INR in 7 days

0.0

(0 reviews)

0.0

@hasanabdulwasae

I am an electrical engineer have done my engineering from dha suffa university.I have five years of experience in the field of electrical engineering.I have implemented on proteus design software to make pcb design on electrical schematic circuit while on run to give a two layered pcb output.. I have implementing and working using Proteus PCB Design to convert schematic diagrams into optimized PCB routing layouts by arranging components, defining electrical connections, minimizing routing conflicts, and ensuring a reliable and manufacturable circuit board design. I am looking forward to work on pcb design to make a routing layout to give pcb layout output due to this reason that the equipment having are to place connect an ensure proper routing layout in which where can over routing with hole for connection making.I have implemented pcb routing design to make pcb layout to give routing output and will be giving if given a sample report and in working with you. Regards, Hasan Abdul Wasae.

₹7,000 INR in 7 days

0.0

(0 reviews)

0.0

@RadharamanDas

Hi You have 2 options. 1. Modular Mountable The Arduino Due and all the mentioned sensors modules will be mountable using screws and the central board will provide the regulated power and connections for the MCU and the sensors modules. 2. Single Board Integration The MCU IC, passive components, the sensors, modules IC and the voltage regulator, everything will be integrated into a single PCB. Advantage: Instead of using Arduino due, you can use powerful esp32 module (incl. external high resolution ADC IC) so that instead of the LCD display, you can direct access the ESP32 hosted server page from your PC and see all the readings. Additionally, there can be space advantage and the integrated system can be smaller in size.

₹8,500 INR in 4 days

0.0

(0 reviews)

0.0

@ostronik

Hi, Greetings from OSTronik India! We are a technology-driven company specializing in Power Electronics and Embedded System Design integrated with Artificial Intelligence (AI) and Mobile Application Development, delivering reliable, industrial-grade electronic and software solutions—from concept to mass production, all under one roof. Our in-house capabilities include R&D, Firmware Development, Hardware Design, Mobile Application(Android & iOS), Prototyping, and Scalable Mass Production, with a strong focus on quality, performance, and cost efficiency. Core Expertise: • Microcontrollers: PIC, STM32, ESP Family, AVR. • Microprocessors: Raspberry Pi • Development Tools: MPLAB X IDE, STM32CubeIDE, Arduino IDE, Atmel Studio, VS Code • Hardware Design: Industrial-grade multilayer PCBs using Altium Designer with optimized power design, isolation handling, and EMI/EMC compliance • Communication Protocols: UART, SPI, I²C, CAN, Modbus, MQTT, LAN, S-Bus, RS-485 Mobile Application Capabilities: • Custom Android & iOS mobile applications for device control, monitoring, and data visualization • Real-time dashboards, cloud connectivity, and secure user authentication • Seamless integration between IoT platforms and mobile apps We have successfully transformed multiple concepts into market-ready electronic and mobile-enabled solutions. We would be glad to share a brief reference video. Let’s schedule a meeting to discuss your requirements in detail. Best Regards, Team OSTronik India

₹7,000 INR in 7 days

0.0

(0 reviews)

0.0

@belokopytov

Hi! My name is Boris and I can offer the following: - Design and manufacturing files for a PCB that has: sensors you mentioned, headers for Arduino Due, headers for display module. - Firmware written in Rust (if there are drivers available for each one of the aforementioned sensors) OR Arduino IDE firmware. - One free round of revisions. Caveats: - Integrating Arduino Due will significantly increase the cost of my work. - Integrating the display offers very little benefit and depending on the choice of display might also increase cost. Also, having a separate display module would give you more flexibility in designing an enclosure. - Depending on how you want this PCB to be assembled, you might chose to have certain components on modules, especially BME680 and BME400 -- these sensors would be too small to solder by hand. If you're going to order pick-and-place assembly, that won't be an issue. Also, if you're going to be soldering this device yourself, you can ask me to use bigger footprints for passive component. Hope to hear from you soon!

₹12,500 INR in 7 days