Problem statements are NOT LIMITED for specified branches
Problem Statement ID: IHMU01
Problem Statement Title: Smart Traffic Management System
Develop an intelligent traffic management system that uses IoT devices to collect data and optimize traffic flow. The system should be able to analyze traffic patterns and make real-time decisions to minimize congestion, reduce travel time, and improve safety.
Problem Statement ID: IHMU02
Problem Statement Title: Indoor Air Quality Monitoring System
Develop a system to monitor indoor air quality in public spaces using IoT devices. The system should be able to detect pollutants, measure air quality, and provide real-time alerts to building management and occupants.
Problem Statement ID: IHMU03
Problem Statement Title: Smart Farming
Use data science and IoT to develop a smart farming system that optimizes crop yield and reduces waste. The system should be able to collect data on soil moisture, temperature, and other factors to make real-time decisions on irrigation, fertilization, and other farming practices.
Problem Statement ID: IHMU04
Problem Statement Title: Robotics
Develop an obstacle avoidance system for robots that can detect and avoid obstacles in their path, and provide real-time navigation and control for various applications, such as warehouse logistics, healthcare, and manufacturing.
Problem Statement ID: IHMU05
Problem Statement Title: Autonomous Drones
Develop an obstacle avoidance system for autonomous drones that can detect and avoid obstacles in real-time, and provide reliable navigation and control.
Problem Statement ID: IHMU06
Problem Statement Title: Industrial Automation
Develop an IoT-based system that can enable gesture control for industrial automation systems, such as robotic arms or assembly lines, to improve productivity and reduce worker fatigue.
Problem Statement ID: IHMU07
Problem Statement Title: Smart Navigation
Develop an IoT-based system that can provide real-time navigation guidance for the visually impaired, such as through audio feedback or haptic sensors, and provide route optimization and obstacle avoidance capabilities.
Problem Statement ID: IHMU08
Problem Statement Title: Smart Home
Develop an IoT-based system that can automate various home appliances and systems, such as lighting, temperature, and security, and provide voice or gesture-based controls for individuals.
Project ID:
Project Title: Smart Traffic Management System
Develop an intelligent traffic management system that uses IoT devices to collect data and optimize traffic flow. The system should be able to analyze traffic patterns and make real-time decisions to minimize congestion, reduce travel time, and improve safety.
Problem Statement ID: IHMU16
Problem Statement Title: Automatic floatation device dispersal drone
Man overboard is a real danger at sea, especially when the sea is rough. The aim is to devise a method by which a man who has fallen overboard may be quickly found and provided with a floatation device
Problem Statement ID: IHMU17
Problem Statement Title: IoT Gateways for Manufacturing Systems
Need to combines the technologies of automation and IT, and develop the gateway which uses Industrial Internet of Things (IIoT) technology
Problem Statement ID: IHMU18
Problem Statement Title: Develop an IoT enabled solution with Android application to give real-time parking space available on the Campus / City / Resident Societies
Whenever a person wants to find a parking space on the campus, he has already registered to the application using his user id and password. When he finds for the parking space, the server will send a response with the available parking details, real-time mapped directions and real-time parking space to allocate parking according to the size of the vehicle. The application would be smart enough to identify whether the car is heading towards the same parking space or not. If not, the application would re-route the same car to another nearest available parking space.
Problem Statement ID: IHMU19
Problem Statement Title: To detect air quality inside the cabin and improve it
Typically truck drivers operate for long hours and at times in highly polluted environments like mines. Driver health and alertness while driving is key to avoid accidents at work site. Sometimes air quality deteriorates inside the cabin, and this could lead to driver fatigue. Can you come up with solutions that can detect the air quality level inside the cabin and improve it, and at the same time alerting the driver as well as fleet management about the vital health characteristics of the driver like heart rate, oxygen level etc.
Problem Statement ID: IHMU20
Problem Statement Title: EV Charging Network Challenge
The success of EV adoption hinges upon successful deployment of EV charging infrastructure. Location analysis for EV charging stations helps optimize utilization and maximize benefits that include the number of EVs in the area and grid infrastructure. The core of the problem is demand and supply. The objective is to develop a sharing charging model to solve the location problem for EV charging stations.
Problem Statement ID: IHMU21
Problem Statement Title: A system of IoT devices to measure load weight in a dumper
The object is to provide a solution to measure the load weight of the dumper using IoT technology. The solution should give dynamic measurements based of coal loaded into the dumper which will help stop overloading of the dumper and hence mitigate the risks of fatal accidents.
Problem Statement ID: IHMU35
Problem Statement Title: Fault Identification and Classification
The electrical power system consists of so many different complex dynamic and interacting elements, which are always prone to disturbance or an electrical fault. The use of high capacity electrical generating power plants and concept of grid, i.e. synchronized electrical power plants and geographical displaced grids, required fault detection and operation of protection equipment in minimum possible time so that the power system can remain in stable condition. Develop an AI algorithm to correctly identify and classify the electrical fault.
Problem Statement ID: IHMU36
Problem Statement Title: Surveillance Drone for High Voltage Transmission Line
Inspecting HV power lines in the challenging terrain can sometimes be risky. Furthermore, it is extremely time-consuming when carried out using traditional methods by operators who have to climb to the tops of transmission towers. Designing a drone for such applications can be a great help. Drones can monitor equipment that is difficult for human operators to see during an inspection. Drones save time and cut down the number of workers involved.
Problem Statement ID: IHMU37
Problem Statement Title: Autonomous Solar Panel Cleaning
Autonomous solar panel cleaning is an innovative technology that allows solar panels to be cleaned automatically without human intervention.
Problem Statement ID: IHMU38
Problem Statement Title: Dry and Wet Waste Segregation
Dry and wet waste segregation is a process that reduces the amount of waste that goes to landfills and recycles materials. Electrical engineering students can develop an automated system to improve waste management practices and reduce the impact of waste on the environment.
Problem Statement ID: IHMU39
Problem Statement Title: Solar Powered Drones for Agricultural Use
Solar-powered drones for agriculture can help farmers monitor their crops more efficiently, reduce pesticide use, and improve overall farm efficiency.
Problem Statement ID: IHMU40
Problem Statement Title: Safety System for EV
All-electric vehicles, PHEVs, and HEVs have high-voltage electrical systems that typically range from 100 to 600 volts. Their battery packs are encased in sealed shells and meet testing standards that subject batteries to conditions such as overcharge, vibration, extreme temperatures, short circuit, humidity, fire, collision, and water immersion. Manufacturers design these vehicles with insulated high-voltage lines and safety features. Design a system that deactivates the electrical drivetrain system when they detect a collision or short circuit.
Problem Statement ID: IHMU33
Problem Statement Title: Open Invention
Any real time problem which is not listed in the list of problem statements can be selected by the team.