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Communications Engineering

Teach Engineering Through Simple & Engaging Activities

TryEngineering.org makes it easy to teach engineering concepts by providing access to more than 130 complete, low-cost, easy-to–implement lesson plans that give you everything you need to help students apply a variety of engineering principles in the classroom.

Each lesson plan is designed to be a complete roadmap that’s easy to follow, no matter your familiarity with the topic, and aligns with educational standards.

The Engineering Design Process (EDP) is a series of steps that engineers use to guide the development of products and processes to improve our lives.

Communications Engineering

Almost two-thirds (63%) of the world’s population have ready access to the internet. An even higher proportion have and use mobile phones. Right now, in more than 140 countries around the world, tens of thousands of IEEE members are actively working as engineers, academics, technicians, scientists, executives among other roles changing the way we all communicate, for the better. Telecommunications engineering is an engineering discipline building on electrical and computer engineering, among other specialized fields, that enhance telecommunication systems. (Wikipedia). And skilled telecommunications engineers continue to be in demand as communications technology continually evolves.

Telecommunication engineers plan, design, build and operate the communications technology that is all around us: in space, under the oceans, in vehicles and aircraft, in our homes and over the air to our mobile devices. Telecommunications technologies process and transmit electrical, optical and radio signals containing the information we and our machines need for our connected world. Telecommunications Engineers design complex integrated systems encompassing user and edge multimedia devices, sensors, data storage and transmission, real-time processing and control (including AI), traffic routing and end-to-end system management. The future of telecommunications technologies requires a new level of programmability so that new services can be created and managed faster and more reliably.

Communications Engineering PreU Resources for the Classroom and STEM Outreach

Witnessing the inequity in access to technology education in their own youth, STEM leaders and enthusiasts are often compelled to bridge the gap and nurture...
 TryEngineering Hands-on Activity Code-Division Multiplexing Demonstrate the concept of code-division multiplexing. This is the theory behind many wireless technologies. When we use a cell phone our voice...
 TryEngineering Hands-on Activity Sustainable Energy Transition through STEM Hey, your cell phone helps you make cool TikTok videos and Instagram stories. But do you know you can...
 TryEngineering Hands-on Activity Mickey House Our project called Mickey House is basically for tracking and taking care of small pets remotely when the owner is away. It...
 TryEngineering Hands-on Activity Coverage and Capacity Analysis of a WiFi Network Wireless networking has continued to be a very interesting topic in today’s communications society, as it...
 TryEngineering Hands-on Activity IoT With a Soft Touch “IoT with a Soft Touch” has a double meaning. On the one hand it refers to lifting the barriers...
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