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T&M Atlantic is expanding its smart home curriculum with the launch of EE-18 Short-Range Wireless Protocols in Smart Home. While Wi-Fi is ideal for high-bandwidth video and heavy data streams, robust smart home automation relies heavily on local mesh networks. This course equips engineers, installers, and advanced DIYers with the expertise to deploy reliable Zigbee, Z-Wave, Thread, and BLE networks without cloud dependency.

Choosing the right power supply is one of the most important steps in any electronic project. The wrong unit can lead to unstable performance, overheating, or even device failure. Learn more about key factors to consider.

T&M Atlantic is excited to introduce a new foundational software course: EE-13 Fundamentals of C/C++ Programming for Microcontrollers. As embedded systems, smart home peripherals, and IoT devices become more complex, writing efficient, reliable, and non-blocking firmware is a crucial skill for any electronics technician or hardware designer. While T&M Atlantic offers extensive training in circuit analysis, soldering, and test instrumentation, this new course directly addresses the software foundation required to bring hardware projects to life.

T&M Atlantic is pleased to announce a new practical engineering course: EE-31 Embedded Systems for Smart Home (ESP32, Sensors, Firmware). This course is specifically structured to guide participants through the process of building modular, secure, and low-power smart home nodes from the ground up using the powerful ESP32 microcontroller platform.

The practical course EE-17 teaches participants how to troubleshoot and maintain an existing smart home system. Students learn to distinguish power, sensor, wireless, network, controller, application, and cloud-service failures; check low-voltage power with a multimeter; diagnose failed automation scenarios; verify updates and security settings; and restore operation after restarting or replacing a device. The course consists of eight 90-minute lessons and concludes with the diagnosis of an instructor-prepared fault and the development of a maintenance plan.

The practical course EE-16 teaches participants how to create reliable sensor-based smart home automation scenarios. Students learn to configure motion, light, temperature, door, and leak sensors; create if-then rules; add time and occupancy conditions; test notifications; prevent conflicting commands; and provide manual control when a sensor, network, or controller fails. The course consists of eight 90-minute lessons and concludes with two tested automation scenarios.

Course EE-15: This practical course teaches participants how to build a reliable smart home system using different types and brands of devices. Students learn to evaluate compatibility, connect devices through Wi-Fi, Zigbee, Z-Wave, Thread, Bluetooth, and Matter, configure controllers and bridges, and test the system after internet or router interruptions. The course consists of eight 90-minute lessons and includes a final project with at least three connected devices.

The course EE-8 teaches participants to acquire a trustworthy waveform, measure low-voltage signals, and locate faults by comparing expected and observed signals at test points. It is intended for students, entry-level electronics repair technicians, and users who can already measure voltage and resistance and check continuity with a digital multimeter.

Reliable and durable USB 2.0 cable designed for everyday data transfer and device connectivity. At 1.5 meters (5 feet) in length, it provides convenient reach while maintaining a clean and practical setup. Built with 28AWG + 24AWG conductors for dependable performance, the cable features a quality construction suitable for connecting computers, peripherals, and other compatible USB devices.

The T5060 Kit is a set of two passive, high impedance oscilloscope probes, designed for accurately measuring and displaying electrical signals on an oscilloscope.

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