Internet of Things
Smart, connected systems — sensors, automation and real-time monitoring. Make your IoT idea work.
IEEE-standard hardware projects for ECE, EEE & E&I — real circuits, working prototypes and complete documentation, mentored end-to-end.
Smart, connected systems — sensors, automation and real-time monitoring. Make your IoT idea work.
Microcontroller-based projects with ARM, Arduino and 8051.
Digital design, FPGA and HDL projects for VLSI specialisation.
Converters, drives and renewable-energy systems for EEE.
Signal processing, communication and DSP projects in Matlab.
Single-board computing for vision, robotics and edge AI.
Choose from our hardware titles or your own.
Assemble the circuit with expert mentors.
Diagrams, results and a clean report.
Present a working prototype with confidence.
A small selection — there are hundreds more, refreshed every semester to match the latest IEEE work.
Pulse, SpO2, temperature streamed to a doctor's dashboard with threshold-based alerts over MQTT.
Multi-sensor node (PM2.5, CO, NO2) with on-device display and cloud logging via ESP32.
Verilog RTL design with simulation in ModelSim and synthesis on Xilinx Vivado.
Maximum-power-point tracking simulated in MATLAB Simulink with a hardware prototype.
Image security project demonstrating combined chaotic-AES encryption with PSNR evaluation.
Pi acting as a smart hub controlling lights, fans & appliances via voice commands.
ESP32 + sensors with an ML model predicting optimal irrigation cycles based on field conditions.
Ultrasonic-sensor based navigation with bumper logic and live telemetry via Bluetooth.
Want the full hardware title list with circuit details? WhatsApp our Tirupati team — we'll share a curated PDF.
Yes — the entire kit (board, sensors, wiring, casing) is yours to keep. You’ll need it for your college demo and viva.
No worries — our mentors will teach you from scratch. You’ll do hands-on assembly in our lab with expert guidance. By the end, you’ll be confident enough to explain and demo everything.
Absolutely. IoT projects, for example, combine embedded hardware with cloud dashboards and mobile apps. We support hybrid projects across domains.
Typically 3–5 weeks including component sourcing, assembly, testing, coding and documentation. Complex projects with custom PCBs may take a bit longer.
ECE, EEE, E&I, Mechatronics and Mechanical students commonly do hardware projects. CSE/IT students can also do IoT or Raspberry Pi projects with a software focus.
Share a few details and we'll open WhatsApp with your message ready for our team. Get titles, kit details and pricing quickly.