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Join the Wicomm Club

Explore wireless communication, IoT, and embedded systems with fellow innovators.

Empowering students together

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About Wicomm

Club

Wicomm is a vibrant student community powered by Zilliot Technologies, uniting learners and innovators passionate about wireless communication, IoT, and embedded systems.

Close-up view of a computer circuit board featuring a Wi-Fi module with labels and a QR code. The module is connected to the board with visible soldered connections and surrounding electronic components.
Close-up view of a computer circuit board featuring a Wi-Fi module with labels and a QR code. The module is connected to the board with visible soldered connections and surrounding electronic components.

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Our Services

Explore a variety of offerings tailored for tech enthusiasts and innovative learners.

Workshops & Events

Participate in hands-on workshops and events designed to enhance your skills in IoT and wireless tech.

A bustling trade show or conference with numerous attendees interacting around various exhibition booths. The venue is spacious with high ceilings and multiple displays, including one prominently featuring Smart Utilities and another labeled with LoRa technology. People are engaged in discussions and networking, adding to the lively atmosphere.
A bustling trade show or conference with numerous attendees interacting around various exhibition booths. The venue is spacious with high ceilings and multiple displays, including one prominently featuring Smart Utilities and another labeled with LoRa technology. People are engaged in discussions and networking, adding to the lively atmosphere.
Mentorship Program

Connect with experienced professionals for guidance and support in your technological journey.

A breadboard setup featuring an electronic circuit. Two tactile push buttons and an ESP8266 module are connected with several jumper wires. The breadboard rests on a surface with a green cutting mat and a notepad visible in the background.
A breadboard setup featuring an electronic circuit. Two tactile push buttons and an ESP8266 module are connected with several jumper wires. The breadboard rests on a surface with a green cutting mat and a notepad visible in the background.

Gallery

Explore our vibrant community of innovators and learners.

A laptop is placed on a small wooden table in a room with light-colored carpet and vertical blinds. The laptop screen displays a webpage titled 'Interactive RFID', indicating a focus on technology.
A laptop is placed on a small wooden table in a room with light-colored carpet and vertical blinds. The laptop screen displays a webpage titled 'Interactive RFID', indicating a focus on technology.
A smartphone displays an application or webpage labeled 'Student OS', showing various menu options such as 'Classes', 'Assignments', and 'Notes'. It is placed in front of a blurred computer monitor on a desk, with a keyboard visible in the background. The lighting suggests a warm and cozy indoor setting.
A smartphone displays an application or webpage labeled 'Student OS', showing various menu options such as 'Classes', 'Assignments', and 'Notes'. It is placed in front of a blurred computer monitor on a desk, with a keyboard visible in the background. The lighting suggests a warm and cozy indoor setting.
A close-up view of a Wi-Fi router with various indicator lights lit up, showing connectivity status. To the left, the blurred image of a decorative object, resembling a green Christmas tree, is partially visible.
A close-up view of a Wi-Fi router with various indicator lights lit up, showing connectivity status. To the left, the blurred image of a decorative object, resembling a green Christmas tree, is partially visible.
A lively university campus scene with students walking and socializing in a courtyard area. The architecture features modern building elements with brick walls and large support beams. Lush green plants are interspersed around the pathways, contributing to a welcoming atmosphere. The sunlight casts a warm glow over the scene, creating a pleasant and energetic environment.
A lively university campus scene with students walking and socializing in a courtyard area. The architecture features modern building elements with brick walls and large support beams. Lush green plants are interspersed around the pathways, contributing to a welcoming atmosphere. The sunlight casts a warm glow over the scene, creating a pleasant and energetic environment.
A blue Arduino MKR WiFi 1010 microcontroller board placed on a gray fabric surface. The board features numerous metal pins along one side and is marked with white text identifying its model and specifications.
A blue Arduino MKR WiFi 1010 microcontroller board placed on a gray fabric surface. The board features numerous metal pins along one side and is marked with white text identifying its model and specifications.

Contact Us

A young person holding up a breadboard with an electronic circuit. The setup includes a microcontroller connected to a digital display, and several colorful wires are attached to various components.
A young person holding up a breadboard with an electronic circuit. The setup includes a microcontroller connected to a digital display, and several colorful wires are attached to various components.

Connect with Wicomm to explore wireless communication, IoT, and embedded systems together.