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Hey, I’m Basil T Abraham, the creator of JS Lab, where I dive into the world of electronics, robotics, and DIY innovations. I’m passionate about building and repairing hardware, developing automation systems, and experimenting with emerging tech. My journey started with hands-on electronics repair, and over time, I expanded into robotics, ROS development, and product design. Currently, I’m pursuing a BTech in Robotics and Automation, blending software with hardware to create functional, real-world solutions. I also run a YouTube channel (JS Lab) where I share in-depth DIY projects, tutorials, and creative builds. From custom PCBs and smart automation to cybersecurity tools and human-following robots, I love pushing boundaries. Beyond YouTube, I’m working on startup ideas in robotics and automation, exploring fractional ownership models in mushroom farming, and building next-gen smart devices. I also enjoy open-source development, modular programming, and working on cutting-edge IoT and embedded systems. 🚀 Always exploring, always building. If you’re into electronics, robotics, or automation, let’s connect and create something awesome!

AI-Driven Test Automation | LabVIEW | C# (WPF) | Python | Industrial AI | Digital Transformation With over 8 years of experience, I specialize in designing next-generation AI-enabled test automation, industrial software, and intelligent data acquisition systems for manufacturing, automotive, aerospace, defense, energy, telecom, and research organizations. In today’s AI era, automation is no longer limited to controlling hardware—it is about creating intelligent systems that can acquire data, analyze results, detect anomalies, optimize processes, and support faster engineering decisions. My expertise combines LabVIEW, C# (WPF), Python, Industrial Communication Protocols, and AI technologies to develop scalable, high-performance software that seamlessly integrates hardware, enterprise systems, and modern AI capabilities. I have successfully delivered solutions ranging from automated test equipment (ATE), production testing, process automation, SCADA systems, and custom measurement platforms to intelligent analytics dashboards, predictive monitoring, and AI-assisted engineering applications. Core Expertise AI-Driven Engineering * AI-assisted Test Automation * Intelligent Data Analysis & Visualization * Predictive Analytics & Anomaly Detection * Machine Learning Integration * AI-assisted Software Development * Digital Twin & Smart Manufacturing Concepts * Automated Report Generation * Engineering Copilots & Workflow Automation Software Architecture * Actor Framework * DQMH * JKI State Machine * Producer–Consumer Architecture * Event-Driven Programming * Object-Oriented Design (OOP) * Multithreaded Application Design * Modular & Scalable Software Architecture LabVIEW Development * LabVIEW 2014–2026 * Real-Time (RT) * FPGA * NI-DAQmx * VISA * Advanced UI/UX Development * Custom Drivers * High-Speed Data Acquisition * Industrial Test Executive Development * Legacy Application Modernization C# & Python Development C# (WPF) * MVVM Architecture * Hardware Integration * High-Performance GUI Development * Multithreading * Dashboard Applications * REST APIs Python * PyQt * Data Analytics * AI & Machine Learning Libraries * REST APIs * Socket Programming * OPC UA * PyModbus * Data Processing & Visualization Industrial Communication & Hardware Integration NI Hardware * PXI * CompactRIO * CompactDAQ * FPGA * VISA * DAQ Devices Industrial Protocols * OPC UA * OPC DA * Modbus TCP/RTU * CAN * UART * TCP/IP * USB * GPIB * EtherNet/IP * Fieldbus Instrumentation * Yokogawa GM10 * Oscilloscopes * Electronic Loads * Power Meters * Fluke Instruments * Spectrum Analyzers * PID Controllers * Machine Vision Systems * Sensors & DAQ Equipment Enterprise Integration * SQL Server * MySQL * Oracle * MS Access * SAP Integration * ERP Connectivity * MES Integration * CSV * Excel * TDMS * XML * PDF * Word Reporting * Cloud APIs Industry Experience * Automotive & Electric Vehicles * Aerospace & Defense * Industrial Manufacturing * Semiconductor & Electronics * PCB Functional Testing * Railway Systems * Energy & Utilities * Oil & Gas * Chemical Plants * Scientific Research * Telecommunications * Medical & Laboratory Automation What I Build * AI-Enabled Automated Test Equipment (ATE) * Production Test Systems * End-of-Line (EOL) Testing * Hardware-in-the-Loop (HIL) Systems * Data Acquisition Platforms * SCADA & Industrial Monitoring * OPC UA-Based Industrial Applications * Industrial Dashboards * Digital Traceability Systems * Predictive Maintenance Platforms * Machine Vision Inspection Systems * IoT & Edge Computing Solutions * Custom Engineering Software * Legacy Software Modernization Technical Skills AI & Modern Technologies AI-Assisted Engineering • Machine Learning • Data Analytics • Predictive Analytics • Digital Twin • Intelligent Automation • Engineering Copilots • Industrial AI Software LabVIEW • C# • WPF • Python • .NET • REST APIs • Git • Azure DevOps Industrial DAQ • FPGA • RT • OPC UA • Modbus • CAN • PLC • SCADA • HMI • PXI • CompactRIO • Test Automation • Embedded Integration Database SQL Server • MySQL • Oracle • SQLite • MS Access Reporting Excel • TDMS • CSV • XML • Word • PDF • Automated Report Generation ⸻ Why Clients Work With Me I focus on delivering software that is intelligent, scalable, maintainable, and future-ready. By combining traditional automation expertise with AI-powered engineering workflows, I help organizations reduce development time, improve testing accuracy, enhance traceability, and accelerate innovation. Whether developing a new automation platform, modernizing legacy LabVIEW applications, integrating enterprise systems, or building AI-enabled industrial solutions, my goal is to create reliable software that delivers measurable business value.

I am an electronics and firmware developer with experience in PCB design, firmware development, prototyping and SMD assembly. My journey started with hand crafting single sided PCBs — giving me a strong practical foundation from the ground up. PCB Design: 2 and 4 layer PCB design in KiCad 8,Kicad 9(Soon migrating to Kicad 10) & EasyEDA(Standard & Pro version) . Former EagleCAD user Schematic to manufacturing ready layout Custom footprint creation Gerber, drill, pick and place and BOM files Full submission support for JLCPCB(PCB & PCBA) and similar manufacturers Assembly & Prototyping: SMD soldering — 1206-0402 passives, QFN, TSSOP (except BGA) Through hole soldering Small batch prototype assembly Component procurement support Firmware & Connectivity: Microcontrollers — ESP32, ESP8266, Arduino, AVR, 8051 Cellular — Quectel EC25 & SIMCom SIM7672 with MQTT SSL/TLS Wireless — LoRa, WiFi, Bluetooth, GSM GPS — Ublox & Quectel module integration Displays — OLED, TFT, capacitive touch Protocols — I2C, SPI, UART, MQTT SSL/TLS, HTTP REST Motor drivers, WS2812 LED arrays, power circuits GPS- Quectel L89, Ublox M10S Special - WS2812 Led Projects include: GPS trackers, GSM security systems, water level controllers, , line followers, obstacle detection robots, WS2812 LED arrays and various ESP32 and Arduino IoT devices. I am a full time freelancer committed to clear communication and timely delivery — working with hobbyists, startups and commercial clients alike. Feel free to reach out!

One stop solution for Electronic Product Development. Component selection, Circuit Design, Schematic design, PCB layout, PCB Assembling, Prototyping, Firmware development, Testing, Cloud Integration, Mobile Application Development. Expertise in IoT product development and Firmware update Over The Air (OTA). Languages: C, C/C++, Python, HTML, Javascript Arduino Raspberry Pi ESP32, ESP8266 (ESP-NOW, ESP-MESH, ESP-MATTER, ESP-IDF, ESP-ADF) NRF51822, NRF52840 IOT Gateways ROS Remote Monitoring & Controlling WiFi, BLE, Ethernet, GSM/GPRS, 2G, LTE, LORA, LORAWAN, NB-IOT, DLMS, Profibus, IEC-104 HMI Display GUI Development Nextion, DWIN Displays Home Assistant, ESP-HOME UART, SPI, I2C, ADC, DAC, RS-232, RS-485 Micro SD, Thermal Printer, Motors, Relays, Valves MODBUS RTU & TCP/IP CANBUS Schematic and PCB Layout Design ARM Cortex M3-M4 STM32F1, STM32F4, TM4C123G(TIVA C) ATmega 8-16-32-128-256 Renesas RL78 Series MCUs PlatformIO, CubeMX, Keil, Arduino, CCS, Atmel Studio, CS+ Altium, Eagle CAD, KiCAD, EasyEDA

🌟 𝟴+ 𝘆𝗲𝗮𝗿𝘀 𝗘𝘅𝗽𝗲𝗿𝗶𝗲𝗻𝗰𝗲𝗱 𝗘𝗺𝗯𝗲𝗱𝗱𝗲𝗱 𝗦𝘆𝘀𝘁𝗲𝗺𝘀, 𝗜𝗻𝘁𝗲𝗿𝗻𝗲𝘁 𝗼𝗳 𝗧𝗵𝗶𝗻𝗴𝘀, 𝗘𝗹𝗲𝗰𝘁𝗿𝗶𝗰𝗮𝗹 𝗮𝗻𝗱 𝗘𝗹𝗲𝗰𝘁𝗿𝗼𝗻𝗶𝗰𝘀 𝗘𝗻𝗴𝗶𝗻𝗲𝗲𝗿. 🛠️ Are you seeking a reliable and skilled electronic engineer or electrical engineer for embedded systems and Internet of things development, to bring your projects to life? Look no further! I have a seasoned team of electronics engineers specializing in custom solutions using Arduino, ESP32, STM32, and more. With extensive experience in PCB design and firmware development, we can turn your ideas into functional and cost-effective reality. Our Expertise: 🔹 Microcontrollers: Proficient in Arduino (UNO, MEGA, NANO), ESP32, STM32, and other popular platforms. 🌐 IoT Development: Experienced in IoT architecture, sensor integration, and wireless communication protocols (MQTT, HTTPS, HTTP). 🔧 PCB Design: Skilled in PCB layout and schematic design using EasyEDA and KiCad. 💻 Firmware Development: Expertise in programming microcontrollers, implementing protocols (UART, SPI, I2C), developing custom touch screen Ui applications based on LVGL (Squareline Studio) and optimizing code for efficiency. 🌡️ Sensor Integration: Extensive knowledge of various sensors including temperature/humidity, RFID, ultrasonic, gyro, gas sensors, and more. 📡 Communication Protocols: Proficient in UART, SPI, I2C, RS485 (Modbus), Ethernet, TCP-IP, and wireless protocols like BLE, LoRa, and ZigBee. 🌐 IoT Web Services: Capable of integrating with cloud platforms such as Firebase, ThingSpeak, Blynk, and AWS for data logging and remote monitoring. 📱 Mobile & Web App Development: Skilled in Flutter for cross-platform mobile app development and Node.js/Laravel for custom web services. Recent Projects: 🌍 Developed a 4G-based IoT data logger for environmental monitoring (temperature, humidity, CO2). 🏭 Implemented PLC monitoring solutions using RS485 Modbus for industrial automation. 🔵 Created BLE gateways for beacon-based proximity detection systems. 🏗️ Designed real-time structural health monitoring systems using industrial accelerometers and seismic sensors. 🌡️ Deployed high-temperature monitoring systems with 4G/WiFi connectivity. 🔥 Engineered conventional fire alarm systems with 4G/WiFi connectivity and remote alerting capabilities. Why Choose Us? ✅ We are committed to delivering high-quality, scalable, and affordable solutions tailored to your specific needs. Whether you're an individual entrepreneur or a large enterprise, we can collaborate seamlessly to realize your project goals. Let's discuss your requirements and take your project to the next level! Interested in Leveraging Our Expertise? If you're ready to benefit from our electronics engineering, electrical engineering, embedded systems development, and Internet of things solutions, feel free to reach out. We're excited to partner with you on your next venture!

Mr. Binish M C Artificial Intelligence | Deep Learning|Signal Processing| Biomedical Image Processing I am a multidisciplinary researcher with a strong background in power systems optimization, embedded systems, and artificial intelligence. My academic and project work primarily focuses on the application of intelligent algorithms in energy systems, including demand-side management (DSM), multi-objective optimization for cost and peak load minimization, and the integration of renewable energy sources such as rooftop solar photovoltaic systems. I have also conducted significant work in advanced computing paradigms such as quantum-inspired machine learning and biomedical image analysis using deep learning techniques. My research experience spans the use of tools such as MATLAB, YALMIP, OpenLane (for VLSI design), and TensorFlow for developing and validating models related to sustainable energy systems, healthcare imaging, and edge AI platforms. With expertise in modeling, simulation, and hardware-level system design, I strive to develop efficient, real-time solutions to complex engineering problems through interdisciplinary research.