Specializing in electronics engineering and manufacturing, I offer top-tier services to a broad range of industrial clients. My philosophy revolves around a trifecta of key principles: passion for innovation, a steadfast commitment to quality, and an ethical approach to business.
👨👩👦 I'm a Husband, Father, Developer, and Teacher!
🌾 I’m currently working on smart agriculture products.
📚 I’m currently learning everything 🤣
🤝 I’m looking to collaborate with other developers.
🎯 2023 Goals: Contribute more to IoT projects
📸 Fun fact: I love to photograph, write, and design.
Leveraging cutting-edge technologies, I continuously strive to streamline both client solutions and internal processes. The consequence of this dedication is a portfolio rich in long-term partnerships, a growing list of satisfied customers, and a network built on strong referrals.
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Project Definition and Management: Spearhead initiatives from concept to completion, ensuring timely delivery and quality benchmarks.
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Research and Development: Conduct in-depth studies and apply findings to innovate and enhance products and services.
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Standardization and Specifications: Establish rigorous standards and specifications to guarantee product integrity and performance.
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Schematic Design: Create intricate and optimized electronic schematics tailored for each project's unique requirements.
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Firmware & Software Algorithm Planning: Devise robust algorithms for seamless hardware-software integration.
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Digital Logic Design: Develop sophisticated digital circuits to meet the highest standards of performance and reliability.
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PCB Layout Design: Craft high-quality, efficient Printed Circuit Boards (PCB) to optimize functionality.
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Mechanical Part Design: Engineer mechanical components that complement and enhance electronic functionalities.
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Design Reviews: Conduct comprehensive reviews to ensure all elements meet established criteria and work in harmony.
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Parts Purchasing: Source the highest quality components to guarantee durability and efficiency.
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Prototype & Assembly: Build and assemble prototypes to test hypotheses and validate product features.
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Prototype Testing: Perform rigorous tests to ensure prototypes meet all specifications and safety standards.
I have provided electronics engineering and production services to the following industries:
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Meteorology: Developed solutions for precise weather data collection and analytics.
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Agriculture: Innovated smart farming technologies to optimize yield and resource management.
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Energy Monitoring: Engineered systems for real-time tracking and efficient utilization of energy resources.
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Industrial Automation: Created automated workflows to increase efficiency and reduce manual labor.
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Security: Designed secure and robust security solutions for both residential and commercial applications.
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GSM IoT: Implemented GSM-based Internet of Things solutions for various applications ranging from asset tracking to remote monitoring.
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Weather Station: Engineered a comprehensive system for real-time weather monitoring, incorporating state-of-the-art sensors and data analytics.
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Irrigation Filter Automation: Designed an automated filtration system to enhance water quality and irrigation efficiency.
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Irrigation Pressure Sensor: Created a pressure sensor system to monitor and regulate water flow in irrigation systems.
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Irrigation On/Off Gateway: Developed a gateway for streamlined control of irrigation, allowing for remote on/off capabilities.
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Polyphase Energy Measurement Gateway: Built a multi-phase energy measurement system for advanced monitoring and management of energy consumption.
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Irrigation Power Monitoring: Implemented a system for real-time tracking of energy consumption in irrigation setups.
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Irrigation AI IoT Engine: Innovated an AI-powered IoT engine to automate and optimize irrigation based on real-time data analytics.
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Soil Spectrometer: Crafted a device to analyze soil components, aiding in nutrient management and crop planning.
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Nano Power Modules: Engineered ultra-efficient power modules for portable and low-energy applications.
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GSM-Based IoT Backend System: Designed and deployed a GSM-based backend for seamless IoT data transmission and processing.
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PCIe-Based IoT Modules: Created high-speed IoT modules leveraging PCIe interfaces for faster data communication.
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Atmel-Based AI Projects: Developed a series of artificial intelligence projects using Atmel microcontrollers, addressing various automation and optimization challenges.
I'm passionate about contributing to the open-source community. My libraries are geared towards AVR-based microcontrollers and offer various functionalities. Feel free to explore, use, and contribute!
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AgriBus: A specialized library for agriculture-based IoT applications.
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AVR_Functions: A comprehensive set of utilities for AVR microcontrollers.
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BQ24298: A dedicated library for interfacing with the BQ24298 power management IC.
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Console: A robust command-line interface library for embedded systems.
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DS28C: Provides easy interfacing with the DS28C temperature sensor.
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Environment: A collection of utilities for environment monitoring applications.
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I2C_Functions: Simplifies I2C communication for AVR microcontrollers.
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I2C_Scanner: A utility for scanning I2C addresses on a bus.
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MAX17055: Helps with interfacing with the MAX17055 fuel gauge.
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MAX78630: A library for the MAX78630 power management IC.
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RV3028: Designed for interfacing with the RV3028 real-time clock.
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Statistical: Provides statistical functions for data analysis.
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PostMan: A library to simplify HTTP requests for IoT applications.