LabVIEW Developer for EOL Test Station

@ahmed4499

EOL Sensor Test Station .... Hello Sir i am computer engineer and certified LabVIEW architect and emebdded developer , i am fully understand what your need and what is the output final goal so How many years of LabVIEW experience do you have? 16 Have you developed Automated Test Equipment (ATE) systems before? Yes for multinaional companies Have you developed End-of-Line (EOL) production test systems? yes Have you integrated LabVIEW with programmable power supplies? yes Have you implemented CAN Bus communications in LabVIEW? Yes and for Boeing Aircrafts Have you implemented RS485 communications in LabVIEW? Have you implemented PID temperature control systems? yes Have you worked with National Instruments DAQ hardware? yes Have you implemented SQL database logging? yes Can you provide screenshots, videos, or examples of previous LabVIEW projects? all exist in my portfolio and reviews Are you available for remote commissioning and post-delivery support? yes and i can travel to you if you need Proposal Requirements may i can help you please , thanks,, we can discuss more for rest of your questions

@mobasherreza10

Hi there, As an experienced and multi-skilled professional, I bring a unique blend of competencies in documentation, software development, and hardware integration to the table. Although my expertise may not align directly with the LabVIEW requirements you have, I am adept at learning new technologies quickly thanks to my vast and diverse set of skills. Being a fast learner is key in your project because despite not having specific experience with your current tools.

@engrusmanfaiz

EOL Sensor Test Station I have solid LabVIEW experience in NI-based automation, including CompactDAQ/PXI systems, industrial test sequencing, and hardware integration for production environments. I have developed automated test flows involving CAN, RS485, Modbus, and Ethernet-based devices with real-time data logging and pass/fail evaluation logic. I can design the full LabVIEW architecture for multi-UUT EOL stations with structured state machines and scalable test sequencing. I have implemented PID-based temperature control systems integrated with RTD/PT100 sensors and external heating/cooling hardware. I can interface LabVIEW with programmable power supplies for high-current DC testing and closed-loop monitoring. SQL/CSV-based traceability systems with QR/serial tracking and production reporting can be fully integrated. HMI will include role-based login, alarms, real-time dashboards, and operator-friendly test control screens. I can also support commissioning, debugging, and on-site/remote validation during deployment. Estimated fixed-price and timeline can be provided after reviewing NI hardware selection and full I/O specifications.

@sekai1116

With over a decade of experience as an Embedded Systems and Electronics Engineer, I am excited to apply my extensive skill set to your project. My expertise aligns closely with the intricate needs of your End-of-Line (EOL) test station. I have an intimate understanding of testing systems, automated test equipment (ATE), hardware integration, and software development. These proficiencies will allow me to streamline the creation of your temperature control, electrical test control, communication interfaces, and traceability system. Additionally, my commitment to clean design codes with detailed documentation guarantees you an accessible source code & executable application at handover. Post-completion assistance won't be a problem; I offer installation support, remote commissioning support, debugging support just to mention some. I've always believed in not just delivering a bare minimum functionality but crafting tailored solutions that genuinely enhance operation efficiency; this means thorough consideration for user experience/user interface (UX/UI). I'm confident that my adaptable approach paired with deep-seated expertise make me a prime candidate for your

@mayr81

EOL Sensor Test Station , Hi there, I’m a LabVIEW developer focused on industrial Automated Test Equipment and end-of-line production systems. I’ve built NI-based test applications that coordinate thermal control, high-current electrical sequencing, communications (CAN/RS485), and robust Pass/Fail evaluation with traceability. For your station, I would create a modular LabVIEW architecture that runs up to six UUTs in parallel, performs PID temperature profiles (25°C/60°C/100°C), drives programmable DC supplies up to 250A, and calculates sensor accuracy from synchronized telemetry. I’ll also deliver an operator HMI with role-based login, real-time alarms/interlocks, barcode/QR scanning, part/PO/lot handling, and a production database logging strategy (SQL + CSV fallback) to support historical retrieval. For communications, I’ll implement CAN and RS485 drivers with clean retry/error states and hardware abstraction for future expansion. To help me scope correctly: which DAQ/power/temperature controller models are you using today, and do you already have the accuracy formula/spec for Pass/Fail by part number?

@Dimitarg1

Let's build amazing. I'm a LabVIEW developer with over eight years of hands‑on experience building Automated Test Equipment and End‑of‑Line production test systems for high‑current sensors, including CAN Bus, RS485, PID temperature control, and NI DAQ hardware integration. I've developed thermal cycling stations that stabilize at 25°C, 60°C, and 100°C while applying up to 300A DC, and I always include barcode traceability, SQL logging, and a clean operator HMI with login and alarm handling. For your six‑sensor EOL station, I'll deliver a complete LabVIEW application that communicates with programmable power supplies, monitors RTD sensors, runs automated test sequences, and stores results in a database of your choice. I'm available for remote commissioning and post‑delivery support, and I can provide screenshots of previous ATE projects that include thermal chambers and current sensor validation. My fixed‑price proposal is $14,500 with an estimated 150 engineering hours and a delivery timeline of 8 weeks, including documentation and debugging support. Let's build a production‑ready test station that passes every sensor with confidence. Dimitar