
Learn to build a DIY "Hand Laser Maze" escape room puzzle using Arduino, lasers, and sensors. Create an engaging, safe, and compact challenge for players to navigate through laser beams.

Explore dedicated audio processors for edge AI, improving user interfaces with lower latency and cost. Learn about voice integration challenges and design capabilities for effective implementation.

Learn to implement real-time object detection on Jetson Nano using Python, with pre-trained DNN models capable of identifying various objects from live camera feeds.

Explore cutting-edge AI deployment for robotics and edge computing, covering tools, techniques, and recent developments in deep learning and NVIDIA's Jetson platform.

Learn to develop AI and computer vision applications using NVIDIA's deep learning tools. Explore neural network primitives, real-time solutions, and training workflows for intelligent robots and drones on the Jetson Embedded Platform.

Comprehensive guide to creating a custom ESP32 board, covering schematic design, PCB layout, manufacturing, and programming, with practical examples and industry insights.

Learn to design and simulate PCB antennas for WiFi or Bluetooth using MATLAB Antenna toolbox. Covers creation, simulation, optimization, and exporting of inverted F coplanar antennas.

Comprehensive guide to versioning, releases, and project management in Altium Designer, covering key features like project history, comparisons, and manufacturing outputs.

Step-by-step tutorial on integrating a microcontroller into FPGA, covering project setup, hardware configuration, RTL coding, synthesis, pin assignment, software development, and debugging techniques.

Explore Bluetooth remote control for SMARS robots using Pico and MicroPython. Learn about communication protocols, serial communications, and Bluetooth module setup.

Learn to control a SMARS Quad robot using MakeCode and BBC micro:bit. Covers hardware setup, leg configuration, movement commands, and programming, with a live demo and downloadable resources.

Learn to build and program a Raspberry Pi Pico-powered SMARS robot using MicroPython. Covers hardware assembly, wiring, and coding, with a live demonstration of the robot in action.

Comprehensive introduction to BBC micro:bit for robotics projects, covering hardware features, programming, comparisons with other microcontrollers, and practical demonstrations using MicroPython.

Comprehensive review of SMARS robot building series, covering past lessons and future directions. Explores additional robotics projects and resources for enthusiasts.

Step-by-step guide to assembling SMARS robot parts, including soldering motors, adding battery and Arduino board. Ideal for beginners interested in low-cost, open-source robotics projects.

Comprehensive introduction to robotics, covering equipment, skills, and steps to build a low-cost, open-source SMARS robot. Includes website tour, viewer interaction, and studio showcase.

Learn object-oriented programming with Python for SMARS robots. Covers classes, inheritance, composition, polymorphism, and data abstraction. Practical coding examples and applications in robotics included.

Learn to program SMARS robots using Arduino, SG90 servos, and PCA9685 modules. Covers servo basics, wiring, coding, and introduces SMARS_Library for Python, enhancing your robotics skills.

Explore cutting-edge technology enabling AI at the IoT edge, allowing embedded devices to run intelligent tasks on battery power with improved efficiency and reduced costs.

Benchmarking and optimizing neural network execution on DSPs for hearing aids, introducing a custom NN processing engine to improve performance and energy efficiency.

Explore digital forensics using Neo4j to analyze document fingerprints, focusing on the Bitcoin Whitepaper's origins and comparing various versions to uncover insights about authorship and creation tools.