Expert Embedded Development
Embedded Systems Development
Custom firmware and hardware solutions for industrial applications, IoT devices, and specialized control systems.
Services Offered
Comprehensive Embedded Systems Solutions
From microcontroller programming to complete system design, I provide end-to-end embedded development services tailored to your specific requirements.
Arduino Development
Custom firmware development for Arduino-based systems, from simple control applications to complex industrial monitoring solutions.
ESP32/ESP8266 Solutions
WiFi and Bluetooth-enabled applications using ESP32/ESP8266 platforms for IoT devices, remote monitoring, and wireless control systems.
STM32 Programming
High-performance applications using STM32 microcontrollers for demanding industrial control systems requiring precise timing and reliability.
Raspberry Pi Pico Development
Custom firmware for Raspberry Pi Pico using C/C++ or MicroPython for cost-effective embedded solutions with excellent performance.
MQTT & IoT Protocol Implementation
Secure, efficient implementation of MQTT and other IoT protocols for reliable device-to-cloud communication in industrial environments.
Custom PCB Design
Design of application-specific circuit boards to optimize your embedded solution for size, cost, and performance requirements.
Industrial IoT
Connect Your Industrial Equipment to the Cloud
Real-time Monitoring
Implement embedded systems that provide real-time monitoring of industrial equipment and processes.
Data Collection & Analysis
Capture operational data from your equipment for analysis and optimization.
Remote Control
Enable secure remote control and parameter adjustment of industrial systems from anywhere.
My Embedded Systems Development Process
Step 1: Requirements Analysis
I begin by thoroughly understanding your specific needs, constraints, and objectives to define clear requirements for the embedded system.
Step 2: Hardware Selection
Based on the requirements, I select the optimal microcontroller platform and supporting components for your application.
Step 3: System Architecture
I design the overall system architecture, including hardware interfaces, communication protocols, and software structure.
Step 4: Firmware Development
I develop efficient, reliable firmware in C/C++ or other appropriate languages, following best practices for embedded systems.
Step 5: Testing & Validation
Rigorous testing ensures the system performs reliably under various conditions and meets all specified requirements.
Step 6: Deployment & Support
I assist with deployment and provide ongoing support to ensure your embedded system continues to perform optimally.
FAQs
Frequently Asked Questions
Find answers to common questions about embedded systems development.
What microcontroller platforms do you work with?
I have extensive experience with Arduino, ESP32/ESP8266, STM32, Raspberry Pi Pico, and various other microcontroller platforms. I select the most appropriate platform based on your specific requirements, considering factors like processing power, memory, power consumption, and cost.
Can you develop battery-powered embedded systems?
Yes, I specialize in developing power-efficient embedded systems for battery-powered applications. This includes implementing various power-saving techniques such as sleep modes, optimized code execution, and efficient hardware design to maximize battery life.
Do you provide the source code for embedded systems?
Yes, I provide well-documented source code for all custom firmware I develop. This ensures you have complete ownership of your solution and can maintain or modify it in the future if needed.
How do you ensure reliability in industrial environments?
I implement various techniques to ensure reliability, including robust error handling, watchdog timers, redundancy where appropriate, extensive testing under various conditions, and designing for the specific environmental challenges of industrial settings (temperature, vibration, electrical noise, etc.).
Can you integrate embedded systems with existing equipment?
Yes, I specialize in designing embedded systems that interface with existing industrial equipment. This often involves implementing various communication protocols (RS-232/485, Modbus, CAN, etc.) and designing appropriate hardware interfaces.
What about security for connected embedded systems?
Security is a fundamental consideration in all my embedded designs, especially for internet-connected devices. I implement industry best practices including secure boot, encrypted communication, authentication mechanisms, and regular security updates where applicable.
Ready to develop a custom embedded solution?
Contact me today to discuss your embedded systems needs and how I can help bring your project to life.