Beginner's Guide: Understanding Wireless Sensor Networks (WSNs)
WSNs: Small, wireless sensors that talk to each other, collecting vital data from the world. Essential for smart systems & intelligent vehicles
Halldor Stefansson
Hi!
My name's Halldor, and I am the creator of Engineer-A-Car.
During the day, I work as a software engineer, and by night, I learn about cars.
Understanding Sensors: From Analogue & Digital To MEMS & Smart Sensors
Learn about the types of sensors, including the differences between analogue, digital, MEMS, and smart sensors.
From Idea to Reality: Building a Car Battery Monitor PoC with AI Help
How AI helped me in electronics design, troubleshooting, and making a prototype of a car battery voltage monitoring device.
Microcontroller Peripherals: GPIO, Timers, ADC, UART & More
Learn MCU peripherals: GPIO, Timers, ADC, UART, I2C, SPI. Understand your microcontroller's full potential for real-world interaction!
Beginner's Guide to Microcontroller Architectures: ARM Cortex-M vs. RISC-V
Comparing ARM Cortex-M & RISC-V architectures, explaining key concepts for easy understanding and differences for embedded systems.
Intro to HW/SW Co-Design and SoC Architecture
Embedded systems utilise hardware-software co-design and system-on-chip architectures to deliver efficient, compact performance in small devices.
Vehicle to Cloud: Building a Real-Time Fuel Level Dashboard
Exploring automotive SOA through hands-on coding: Building a Vehicle-to-Cloud system that connects car sensor data to a cloud dashboard.
From Sensor Into On-Board Service via Signal-to-Service APIs
Exploring automotive SOA through hands-on coding: building a simulated fuel monitoring system to understand how vehicle data flows from sensors to services.
Remote Motor Control: Raspberry Pi and MQTT via Browser
How to control motors connected to a Raspberry Pi from a web browser using MQTT over WebSockets. Code (C++ & Javascript) included.
DC & Servo Motor Control in C++ with Raspberry Pi
How to control a DC and a servo motor with a TB6612FNG motor driver and a Raspberry Pi. Code (C++) and circuit diagram included.