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Services & Technical Content

IoT.SensorGrid

IoT, embedded systems, PCB design, and prototype development services for students, startups, and early-stage technical teams.

Introductory Video

A short introduction to the services, project workflow, and examples of IoT and embedded systems work.

What We Provide

IoT & Embedded Prototypes

Design and development of practical prototypes using ESP32, ESP8266, Arduino, Raspberry Pi, sensors, automation systems, and connected devices.

PCB Design & Assembly

End-to-end support in schematic design, PCB layout, component selection, SMD soldering, testing, debugging, and final board bring-up.

Training & Project Support

On-site and remote technical training, project walkthroughs, YouTube tutorials, and hands-on support for graduation projects and early-stage product ideas.

Training Services

On-site & Remote Technical Training

IoT.SensorGrid provides practical training sessions in IoT, embedded systems, Arduino, Raspberry Pi, electronics, sensors, and prototype development. Training can be delivered on-site or remotely based on the client’s needs.

On-site Training Remote Training IoT Workshops Arduino Raspberry Pi Prototyping
In-person IoT training session Technical training classroom Remote technical training session Technical workshop presentation Remote Raspberry Pi and Arduino training IoT classroom training Embedded systems classroom session Arduino practical workshop Technical event stage talk Group technical training session In-person technical training workshop
On-site & Remote

YouTube & Project Walkthroughs

IoT.SensorGrid also provides recorded project walkthroughs, technical explanations, and organized learning playlists for students and project teams.

IoT SensorGrid YouTube playlists
Organized playlists for technical projects, tutorials, and practical demonstrations.
IoT SensorGrid project walkthrough videos
Project-based walkthrough videos covering software, electronics, testing, and explanation.

Workflow

  1. Understand the project idea and technical requirements.
  2. Define the hardware, sensors, communication method, and expected output.
  3. Design the circuit, system architecture, or PCB layout.
  4. Build and test the prototype in the lab.
  5. Prepare documentation, demo material, and final delivery.

Request a Service

For IoT prototypes, PCB design, technical training, or project consultation, contact IoT.SensorGrid.

Contact IoT.SensorGrid