MTech Projects for IoT — Healthcare, Smart Cities, IIoT, Smart Homes & Logistics 2026
MTech Internet of Things (IoT) projects for 2026 span remote patient monitoring and wearable health systems, intelligent transportation and fleet logistics, environmental sensing networks, smart city infrastructure (waste, lighting, parking), residential home automation and security, and Industrial IoT for predictive maintenance and process monitoring — all grounded in recent IEEE, Elsevier and ACM publications (2021–2026).
At ProjectsatBangalore, we support end-to-end IoT projects using Arduino, ESP32, Raspberry Pi, STM32, MQTT, LoRaWAN, Zigbee, BLE, Node-RED, ThingsBoard, AWS IoT, Azure IoT Hub and Python / TensorFlow Lite / OpenCV for edge analytics — with university-format reports for VTU, Anna University, JNTU and autonomous colleges, IEEE base paper, working prototypes, PPT and viva Q&A coaching.
IoT Specialisations We Cover
- Healthcare & remote patient monitoring
- Transportation, fleet & logistics tracking
- Environmental monitoring (air, water, soil)
- Smart city infrastructure & services
- Smart home automation & security
- Industrial IoT & predictive maintenance
- Edge AI and TinyML on microcontrollers
- MQTT / CoAP / LoRaWAN connectivity
- Cloud dashboards (AWS, Azure, ThingsBoard)
- Energy monitoring & smart metering
- Agriculture & precision farming IoT
- Security and privacy in IoT systems
Healthcare IoT
Wearables, remote monitoring and emergency alert systems.
Transport & Logistics
Fleet tracking, smart parking and cargo condition monitoring.
Environment
Air quality, water quality and soil moisture sensor networks.
Smart Cities
Waste, lighting, traffic and public infrastructure IoT.
Smart Homes
Automation, security, energy and voice-controlled living.
Industrial IoT
Predictive maintenance, machine monitoring and SCADA-IoT.
Hardware, Protocols & Cloud Platforms
Industry-standard IoT boards, messaging protocols and cloud platforms used in all MTech IoT projects.
Arduino
ESP32 / ESP8266
Raspberry Pi
MQTT
Node-RED
AWS IoT
Azure IoT
ThingsBoard
Python
TensorFlow Lite
LoRaWAN
Grafana
Edge Impulse
OpenCV
65+ Best MTech IoT Project Topics — 2026
Topics sourced from IEEE Xplore, Elsevier, ACM and top IoT journals (2021–2026). Primary hardware and platforms are listed for each project.
| # | Project Topic | Category | Tools / Platforms |
|---|---|---|---|
| ❤️ Healthcare IoT | |||
| 01 | IoT-based Remote Patient Monitoring System with Wearable Sensors and Cloud Dashboard | Healthcare | ESP32 · MQTT · ThingsBoard · SpO2 / HR sensors |
| 02 | Fall Detection and Emergency Alert System for Elderly using Accelerometer and GPS | Healthcare | Arduino / ESP32 · GSM · accelerometer |
| 03 | Continuous Glucose Monitoring Data Logger with Bluetooth Low Energy Gateway | Healthcare | BLE · Raspberry Pi · Python · cloud API |
| 04 | Smart Pill Dispenser with Medication Reminder and Adherence Tracking | Healthcare | ESP32 · servo · mobile app · MQTT |
| 05 | IoT-enabled ICU Environmental Monitoring (Temp, Humidity, Air Quality) | Healthcare | ESP32 · BME680 · Node-RED · Grafana |
| 06 | ECG Signal Acquisition and Edge-based Arrhythmia Classification | Healthcare | ADS129x · ESP32 · TensorFlow Lite |
| 07 | Telemedicine Kiosk with Vital Signs Capture and Video Consultation Link | Telemed | Raspberry Pi · camera · web RTC · sensors |
| 08 | Hospital Asset Tracking using RFID / BLE Beacons and Indoor Positioning | Asset Track | BLE · Raspberry Pi · MQTT · dashboard |
| 09 | Sleep Quality Monitoring with Wearable IMU and Cloud Analytics | Healthcare | ESP32 · IMU · Python · AWS IoT |
| 10 | Pandemic Contact Tracing and Crowd Density Monitoring using BLE | Public Health | BLE · ESP32 · mobile app · cloud |
| 🚚 Transportation & Logistics | |||
| 11 | Real-Time Fleet Tracking and Geofencing System using GPS and GSM / LoRa | Logistics | GPS · ESP32 · LoRa · MQTT · map dashboard |
| 12 | Smart Traffic Light Control based on Vehicle Density using Computer Vision | Traffic | Raspberry Pi · OpenCV · MQTT · traffic lights |
| 13 | Cold-Chain Logistics Monitoring — Temperature and Humidity for Perishables | Cold Chain | ESP32 · DHT / SHT · LoRa · ThingsBoard |
| 14 | Smart Parking System with Ultrasonic Sensors and Mobile Slot Booking | Parking | Arduino · ultrasonic · MQTT · mobile app |
| 15 | Public Transport Passenger Counting and Occupancy Display | Transit | IR / camera · ESP32 · dashboard |
| 16 | Cargo Container Condition Monitoring with Shock and Tilt Detection | Logistics | IMU · ESP32 · LoRaWAN · cloud alerts |
| 17 | Intelligent Highway Toll Collection using RFID and Cloud Backend | Toll | RFID · Raspberry Pi · database · web |
| 18 | Driver Behaviour Monitoring using Accelerometer and Edge Classification | Safety | ESP32 · IMU · TinyML · MQTT |
| 19 | Last-Mile Delivery Route Optimisation with Live Tracking Dashboard | Logistics | GPS · Python · map API · MQTT |
| 20 | Railway Track Health Monitoring using Vibration Sensors and LoRa | Rail | Accelerometer · LoRa · Node-RED |
| 🌿 Environment Monitoring | |||
| 21 | Multi-Node Air Quality Monitoring Network (PM2.5, CO2, VOC) with LoRaWAN | Air Quality | PMS5003 · SGP30 · ESP32 · LoRa · Grafana |
| 22 | Water Quality Monitoring System (pH, Turbidity, TDS) for Rivers and Lakes | Water | pH / TDS sensors · ESP32 · MQTT · dashboard |
| 23 | Soil Moisture and Nutrient Monitoring for Precision Agriculture | Agriculture | Soil sensors · ESP32 · LoRa · Node-RED |
| 24 | Forest Fire Detection Network using Temperature, Smoke and Camera | Fire | Sensors · ESP32 · LoRa · alert system |
| 25 | Noise Pollution Mapping in Urban Areas with Sound Level Meters and GPS | Noise | Microphone · ESP32 · GPS · cloud map |
| 26 | Flood Early Warning System using Water Level Sensors and GSM Alerts | Flood | Ultrasonic · ESP32 · GSM · thresholds |
| 27 | Greenhouse Climate Control — Temperature, Humidity and Irrigation Automation | Greenhouse | ESP32 · relays · sensors · MQTT |
| 28 | Wildlife Tracking Collar with GPS and Low-Power LoRa Backhaul | Wildlife | GPS · LoRa · low-power design · cloud |
| 🏙️ Smart Cities | |||
| 29 | Smart Waste Management — Fill-Level Monitoring of Bins with Ultrasonic Sensors | Waste | Ultrasonic · ESP32 · LoRa · route optimiser |
| 30 | Adaptive Street Lighting System based on Ambient Light and Motion | Lighting | PIR · LDR · ESP32 · MQTT · dimming |
| 31 | Smart City Air Quality Index Dashboard with Public Web Portal | AQI | Sensor network · ThingsBoard · web |
| 32 | Intelligent Public Wi-Fi Hotspot with Usage Analytics and Captive Portal | Connectivity | Raspberry Pi · OpenWRT concepts · analytics |
| 33 | Structural Health Monitoring of Bridges using Vibration and Strain Sensors | SHM | Accelerometer · strain gauge · LoRa · cloud |
| 34 | Smart Parking Guidance System with LED Display and Mobile App | Parking | Sensors · ESP32 · MQTT · LED matrix |
| 35 | Public Safety Emergency Button Network with Location and Audio Alert | Safety | ESP32 · GSM · GPS · control room dashboard |
| 36 | Energy-Efficient Building Automation for Municipal Offices | Building | Sensors · relays · Node-RED · occupancy |
| 🏠 Smart Homes | |||
| 37 | Voice-Controlled Home Automation System using ESP32 and Google Assistant / Alexa | Home | ESP32 · IFTTT / MQTT · relays · voice |
| 38 | Smart Door Lock with Fingerprint, RFID and Mobile App Access Log | Security | Fingerprint · RFID · ESP32 · app |
| 39 | Energy Monitoring and Load Control for Residential Smart Metering | Energy | PZEM · ESP32 · MQTT · Grafana |
| 40 | Intrusion Detection System with PIR, Door Sensors and Camera Snapshot | Security | PIR · ESP32-CAM · Telegram / MQTT alerts |
| 41 | Smart Irrigation Controller for Home Garden with Soil Moisture Feedback | Garden | Soil sensor · ESP32 · pump · schedule |
| 42 | Multi-Room Climate Control with Distributed Temperature Sensors | Climate | DHT22 · ESP32 · HVAC control · MQTT |
| 43 | Elderly Care Home Assistant — Fall Detection, Medication and Activity Monitoring | Elderly | Wearable · ESP32 · cloud · mobile alerts |
| 44 | Smart Kitchen — Gas Leak Detection, Fire Alert and Exhaust Fan Control | Safety | MQ-2 · flame sensor · ESP32 · buzzer / fan |
| 45 | Home Energy Optimisation using Occupancy Sensing and Load Scheduling | Energy | PIR · smart plugs · Node-RED · rules |
| 46 | Edge AI based Appliance Recognition from Power Signatures | NILM | Current sensor · ESP32 · TinyML · classification |
| 🏭 Industrial IoT (IIoT) | |||
| 47 | Predictive Maintenance of Motors using Vibration and Temperature Sensors | IIoT | IMU · ESP32 · MQTT · anomaly detection |
| 48 | Machine Condition Monitoring Dashboard with Edge Preprocessing and Cloud Analytics | IIoT | Sensors · Raspberry Pi · InfluxDB · Grafana |
| 49 | Industrial Safety — Gas Leak and Fire Detection Network for Factories | Safety | Gas sensors · ESP32 · LoRa · SCADA gateway |
| 50 | Asset Tracking on Factory Floor using BLE Beacons and Gateways | Asset | BLE · Raspberry Pi · MQTT · location map |
| 51 | Modbus / OPC-UA to MQTT Gateway for Legacy PLC Integration | Gateway | Raspberry Pi · Node-RED · Modbus · MQTT |
| 52 | Production Line Throughput Monitoring with Photoelectric Sensors and Cloud KPI | OEE | Sensors · ESP32 · ThingsBoard · KPI cards |
| 53 | Worker Safety Wearable — Helmet Impact and Proximity Alert System | Safety | IMU · BLE · ESP32 · alert base station |
| 54 | Energy Consumption Monitoring of Industrial Machines with Non-Intrusive Sensors | Energy | CT sensors · ESP32 · MQTT · analytics |
| 55 | Digital Twin of a Manufacturing Cell with Real-Time Sensor Feedback | Digital Twin | Sensors · MQTT · 3D dashboard · Python |
| 56 | Quality Inspection using Edge Computer Vision on Production Line | Vision | Camera · OpenCV · Raspberry Pi · MQTT |
| ⚡ Edge AI, Security & Cross-Cutting | |||
| 57 | TinyML Keyword Spotting for Voice-Controlled IoT Devices on Microcontroller | TinyML | Edge Impulse · ESP32 · microphone |
| 58 | Anomaly Detection on Sensor Time-Series at the Edge using Autoencoders | Edge AI | TensorFlow Lite · ESP32 / RPi · MQTT |
| 59 | Secure MQTT Communication with TLS and Device Certificate Authentication | Security | ESP32 · MQTT broker · certificates · AWS IoT |
| 60 | Intrusion Detection for IoT Networks using Traffic Feature Analysis | Security | Python · packet capture · ML classifiers |
| 61 | Low-Power Wide-Area Network Design Comparison — LoRaWAN vs NB-IoT Concepts | LPWAN | LoRa modules · gateway · coverage study |
| 62 | Multi-Protocol IoT Gateway (Wi-Fi, BLE, LoRa, Zigbee) with Unified MQTT Publish | Gateway | Raspberry Pi · Node-RED · multi-radio |
| 63 | Fog Computing Architecture for Latency-Sensitive IoT Applications | Fog | Edge nodes · MQTT · local processing |
| 64 | Blockchain-Inspired Audit Log for Critical IoT Sensor Data Integrity | Integrity | Python · hash chain · MQTT · cloud |
| 65 | End-to-End IoT Prototype — Sensor to Cloud to Mobile App with OTA Firmware Update | Full Stack | ESP32 · MQTT · AWS / ThingsBoard · OTA · app |
★ All 65 MTech IoT project topics are sourced from IEEE Xplore, Elsevier, ACM and related venues (2021–2026). Each project includes the base paper, complete firmware and cloud configuration, circuit diagrams, university-format report for VTU / Anna University / JNTU, PPT (20–25 slides) and 50+ viva Q&A specific to the project topic.
FAQ — MTech IoT Projects
Top topics include: IoT-based Remote Patient Monitoring with wearables, Smart Traffic Management using computer vision, Air Quality Monitoring Network with LoRaWAN, Smart Waste Management for cities, Voice-Controlled Home Automation, Predictive Maintenance for industrial motors, and Edge AI TinyML on microcontrollers. All include IEEE base paper, working prototype, report and viva support.
Hardware: Arduino, ESP32, ESP8266, Raspberry Pi, STM32 and sensor modules. Connectivity: MQTT, HTTP, LoRaWAN, Zigbee, BLE, GSM. Platforms: Node-RED, ThingsBoard, AWS IoT Core, Azure IoT Hub. Analytics: Python, TensorFlow Lite, OpenCV, Grafana. Edge: Edge Impulse, TinyML.
Yes. Every project includes: (1) IEEE / ScienceDirect 2026 base paper; (2) complete firmware source and cloud configuration; (3) circuit diagrams and bill of materials; (4) university-format report for VTU, Anna University, JNTU; (5) PPT (20–25 slides); and (6) 50+ viva Q&A covering architecture, protocols, security and result interpretation.
Yes. Reports and presentations are customised to your university’s MTech IoT / Embedded / CSE format — VTU, Anna University, JNTU, RGPV, PES, RV, Manipal, BITS, NIT and autonomous colleges. Chapter structure, abstract, citation style and evaluation checklist are tailored on request.
Typical completion is 7–18 working days. Sensor + MQTT dashboard projects are ready in 5–10 days. Full end-to-end cloud + edge AI or multi-node network prototypes take 12–18 days. Express delivery is available. Contact +91 95919 12372 with your submission date.
IoT Lab — Bangalore
Inside our IoT lab — Arduino / ESP32 / Raspberry Pi prototyping benches, LoRaWAN gateways, MQTT and Node-RED servers, AWS / ThingsBoard cloud seats, sensor kits for health, environment and industrial use-cases, and mentoring rooms for MTech and PhD IoT scholars at VTU, Anna University, JNTU.
ESP32 / Arduino
Prototyping
Sensors · ActuatorsPrototyping
Raspberry Pi
Gateways
Edge · VisionGateways
MQTT · Node-RED
Dashboards
Flows · AlertsDashboards
AWS IoT /
ThingsBoard
Cloud · AnalyticsThingsBoard
LoRaWAN
Networks
Long-Range · Low-PowerNetworks
Healthcare
Wearables
Vitals · AlertsWearables
Smart City
Sensors
Waste · Air · TrafficSensors
IIoT
Predictive
Vibration · OEEPredictive
Report & PPT
Preparation
VTU / Anna UniversityPreparation
Viva & Review
Sessions
MTech / PhD IoTSessions