IEDC Funded Projects of 2017-18
Virtual Eye
The main aim of this project is to provide an effective visual platform to enhance the perception of the surroundings for a visually impaired user. This is achieved by using the concept of image processing and segmentation, along with database which consists of pre-fed data that aids in the recognition of the image captured, also keeping the financial perspective in mind.
Student Team
Pruthvi S, Shama M S, Hitesh V Haritas, Sujay Jain
Depatment
Electronics and Communication Engineering- VII Semester
Mentors
Dr. Basavaraj N, Prof. Shesha Prasad
Indeginously Built Prosthetic Arm Using 3D Printer
Prosthesis also called a prosthetic limb, artificial limb, or limb “replacement” – though natural limbs are irreplaceable is an artificially made substitute for a limb lost through a congenital defect present at birth, accident, illness, or wartime injury.
Student Team
Shaik Mohammed, Rizwan, Shreyas S P, Reethan D L
Depatment
Mechanical Engineering - VII Semester
Mentors
Dr. Mukesh Patil, Prof.Kumara Swamy
Easy Foot
This will help people with a transtibial amputations. Using prosthetics a better way of walking. A more convenient and easy way of travelling around.
Student Team
Abhishek B V, Aniruddha B V, Ganesh M Dixit, Nataraj N Badiger
Depatment
Mechanical Engineering - V Semester
Mentors
Dr. Anil Kumar B. S. Prof. Raghavendra N
Agrotona
Agrotona is a management device which will take care of farms and terrace gardens. It is an electronic device which calculates the amount of water required for lands which in turn adjusts to the fluctuating evaporation rates and moisture content by compensating for it by spraying water. In this system, the evaporation rate and moisture level both have been considered to make it more effective in working.
Student Team
Akshar K R, Balaji
Depatment
Mechanical Engineering - III Semester
Mentors
Dr. D. Shivalingappa Prof. Saravanan V
Lazer Induced Musical Instrument
This project aims in generating musical instruments sounds by interfering the laser beam using which songs can be played. It will have twelve notes representing once octave frequencies which can be extended to many octaves.
Student Team
Ganesh Murthy V, Sathvik R Bharadwaj, Rakshitha A, Pooja P
Depatment
Electronics and Communication Engineering - V Semester
Mentors
Prof. Bindu S, Prof. Ashwini S Savanth
Jacket for Mobility aid to Blind people
The system is intended to provide overall measures, Artificial vision and object detection. The Jacket is enabled with 360 degree sensors for obstacle detection, which in turns convey the information into voice message.
Student Team
Sachin B Jain K Shashank Rao Monali G Pawar
Depatment
Electrical and Electronics Engineering - VII Semester
Mentors
Prof. Kumar A Prof. Priyashree
Energy Harvesting using Bicycle
This is the best way of power generation having less environmental impact. In this project human energy is used as the source to generate power by pedalling bicycle, which in-turn gives mechanical energy and this mechanical energy is converted into electricity through permanent magnet DC generator.
Student Team
Nayana R, Roshan S, Sushanth Kumar
Depatment
Electrical and Electronics Engineering - VII Semester
Mentors
Dr. Parimala R V Prof. Venkatesha K
Oculographic System for Motor Neuron Disease Patient for Communication
The camera focuses on the eye of the patient and records and stores the eye blinks. The algorithm is written for the same and to convert blinks to speech.
Student Team
Rakshita R, Sana Anaum, Ujwal S S
Depatment
Electronics and Communication Engineering - VII Semester
Mentors
Dr. Yasha jyothi Prof. Keerthi Kulkarni
Assistive technology for intellectually disabled and physically challenged people
The aim of this project is to access the learning capabilities of the intellectually disabled and physically challenged people and provide them a tool, which will help them to alert or inform the person in-charge about their need or necessity through SMS or alarm.
Student Team
Tejas C, Tejashwini V
Depatment
Electronics and Communication Engineering - VII Semester
Mentors
Dr. P. A. Vijaya, Prof. Chandra Sekar
Portable Solar charged battery and inverter unit for low power application
The batteries are charged by flexible solar panels that can be attached to travel gear such as bag packs, car tops, and even windows exposed to sunlight. This makes it ideal for carrying around and for low power applications such as mobile and other electronics charging, backup lighting systems, etc.
Student Team
Asmita Vasuki, Archita Vasuki, M. Swathi
Depatment
Computer science Engineering - III Semester
Mentors
Prof. Ashwini A (EEE), Prof. Karanam Vasudha(EEE)
Brain Wave Monitoring System
The work aim of this project is to reduce the accidents occurring in the world due to driver fatigue and drowsiness. One of the most effective methods to reduce this risk is by monitoring the driver’s brainwaves and sending alerts. Brainwaves provide information about the state of mind of a person such as awake, alert, relaxation, sleep and so on.
Student Team
Akhil N Sridhar, Harsha G, Spoorthi, Syeda Lubna
Depatment
Electrical and Electronics Engineering
Mentors
Mrs. Priyashree
Solar Power Bicycle
Bicycles are the cheapest, healthiest and eco-friendly but poses problem in climbing slopes. Motor cycles are not affordable to poor people and with the rising fuel prices and pollutions; it does not seem a suitable option. Electric - Bicycle is eco- friendly and comfortable but costly. It is infeasible as there is no enough provision for charging in rural India. Hence a bicycle which can be peddled as well as run on solar powered battery seems to be suitable option to solve the issues discussed above.
Student Team
Sree Soundarya. C, Avishek Kumar, Siddhant Srivastava, Keertana S
Depatment
Electrical and Electronics Engineering
Mentors
Dr.Parimala
Pneumatic Bumper And Braking System
A pneumatic system is a system that uses compressed air to transmit and control energy. Our project “Pneumatic bumper and breaking system” is used to protect the vehicle from accident. This project consists of ultrasonic sensor, Control Unit, Pneumatic bumper system. The ultrasonic sensor is used to detect the obstacle. If there is any obstacle closer to the vehicle, the control signal is given to the bumper activation system. Vehicle speed is sensed by the proximity sensor and signal is given to the control unit and pneumatic bumper activation system.
Student Team
Prem Kumar, Vikas Kumar, Vishnu, Aditya Kumar, Omkar Kumar
Depatment
Mechanical Engineering
Mentors
Prof.Anil Kumar, Mr.Madhu P
Blind Indoor Navigation System For Visually Impaired People
The Wi-Fi is useful for general wireless coverage within buildings while Li-Fi is ideal for high density wireless data coverage in confined areas where there are no obstacles. Since visible light is present everywhere, the main idea of our paper is to create internal navigation systems for the bigger areas to create automatic navigation for the visitors who are visually impaired using Li-Fi technology.
Student Team
Nagarjuna T V, Shravan Gupta, Shashank A S, Roopesh Kumar
Depatment
Electronics and Communication Engineering
Mentors
Prof.Priyadarshini K Desai
IEDC Funded Projects of 2018-19
Design and Development of three Wheeled E Cycle (Cyclopack)
Cyclopack is a 3-wheeled hybrid trike made of mild steel. It runs on a tilt-steer mechanism and semi-pedaling transmission to enhance rider comfort, improve lateral stability and manoeuvrability. Disc brakes provided quick & safe braking. 10Ah, 36V, 250W, Li-ion battery for additional drive.
Student Team
AdityaMijarShenoy, Someshwar S, Nagpoojith B R, Piyush R Golecha
Depatment
Mechanical Engineering
Mentors
Dr.Mukesh Patil, Mr.Harish
Balance Mate
Balance Mate is a weight distribution monitoring system, which is a small ankle wearable device that prevents unequal weight distribution in legs. The device consists of a skin sensitive low power vibration motor, which sends an alerting trigger signal when more pressure is exerted on one of the legs.
Student Team
Bramha. S. P.,Chinmai. L, Abilesh. M, Akilesh. M
Depatment
Information Science and Engineering
Mentors
Mrs.Madhura Prakash
Money Bin
Our idea is to provide a small incentive/reward for each person who contributes to the program by using the product, Money Bin. The incentives motivate public to use the dustbins at public places, thereby reducing the littering. On successful disposal, points are awarded to the users.
Student Team
Manu K J, MurudeshwarBarole, NamaVenkataNagasukesh, Nihaarika A Jagadish
Depatment
Computer Science Engineering
Mentors
Dr.Sejal Santosh, Shraddha P
Pleco
The product is designed in such a manner that it automatically gets charged when it reaches certain threshold voltage, in the nearest station installed at every floor. The charging is done either through induction or conduction using induction charger or groove switches. At the first stage the brushes rotate and remove the dirt accumulated on the glass.
Student Team
Syed Abrar, Swathi M, Kushal S
Depatment
Electrical and Electronics Engineering
Mentors
Priyashree S, Sujith T
Detachable Smart Faucet
To implement a detachable smart faucet that recognizes the presence of hand and turns on the valve for water flow. The amount of water consumed is recorded and can be analyzed by the user to monitor current usage and predict the future consumption.
Student Team
Raghavendra D S, Rishabh Bhansali, Vishnu Prasad Bhat
Depatment
Electronics and Communication Engineering
Mentors
Dr.Jyoti RM, Mrs.Sumati
Foot Pressure Sensor For Physiotherapy Applications
The main innovation is in the sensor element which is special whose resistance will change with physical force applied across it. It is a pressure conductive polymer which consists of carbon black to make it conductive.
Student Team
Ashith R C, Apoorva P.S
Depatment
Electronics and Communications Engineering
Mentors
Ms.Chaitra N
Intellicopter – A Rescue Drone
Heavy rains and natural disasters cause accident prone areas and high-altitude regions to be highly difficult for humans to explore, and during a rescue mission in these regions, stranded humans and animals may be difficult to locate due to poor accessibility. The capability of Intellicopter to gain high attitude and capture information about any region, makes it highly viable for Rescue Missions.
Student Team
Nishanth P.M, Tanish Islam
Depatment
Electronics and Communication Engineering
Mentors
Dr.Yasha jyothi, Priya
LifeLine
In this Project, we have developed a mobile application called “Lifeline ERV” in Android and iOS platforms. This app will be used to locate and dispatch the closest emergency response vehicle in case of an emergency, to the respective location. The purpose of the application is to make the journey of the ambulance faster and smoother from the spot of accident to the nearest hospital. LifelineERV is an application in which the patient/helper can book the ambulance and track its live location.
Student Team
Ankitha S, Raksha H, Namitha G, Daniel C Mathew
Depatment
Computer Science Engineering
Mentors
Smt.Sneha K, Smt.Mani kantha
Fuzzy Logic Electric Trike
The project deals with the design and development of 3 wheeled tadpole structured electric trike. The design involves mechanical molding, battery selection, motor selection with control circuit. AI technology is been planned to implement in software for control mechanism.
Student Team
Aslesh Kumar A, Raghuveer S Bhat, Shwetha S, Alagar Krishna B
Depatment
Electrical and Electronics Engineering
Mentors
Dr.RV Parimala, Dr.Venkatesh
Trashbot
Trashbot is an autonomous garbage seeking and segregating robot which reduces the human effort in cleaning and maintaining by collecting and segregating the garbage using sensors.
Student Team
Mohamed Safeeulla, Shashank T, Suparna Bose, Sushmitha M
Depatment
Electrical and Electronics Engineering
Mentors
Smt.Madhu, Smt.Savitha
Automatic Waste Segregator
Waste management is becoming a hot topic in policy circles. As a result of rapid increase in production and consumption, considerable increase in the volume of waste is generated. The main objective of this project is to design a system using Arm Cortex LPC2148 microcontroller for automatic segregating of waste at source and capable of cleaning. The bin uses a vacuum cleaning mechanism for cleaning purpose. Moisture sensor is used to detect wet materials. Metal sensor is used to detect the metal.
Student Team
Deeksha More E K, Divya S, Kalyani G, Gouthami R
Depatment
Electronics and Communication Engineering
Mentors
Dr.P A Vijaya, Dr. P Rekha
Wind Injection Turbine
A new concept in wind power harnessing is described which significantly outperforms traditional wind turbines of the same diameter and aerodynamic characteristics under the same wind conditions and it delivers significantly higher output, at reduced cost. The second innovative feature of the project is that it captures wind flow through an omnidirectional intake and thereby there is no need for a passive or active yaw control. Third, it accelerates the flow within a shrouded Venturi section which is subsequently expanded and released into the ambient environment through a diffuser.
Student Team
Monisha S, Shrinivasa Mahabaleshwar Hegde, Yashas G R
Depatment
Electrical and Electronics Engineering
Mentors
Mrs.Champa, Ms.Kruthi Jayaram
3 Way Actuated Medical Laboratory Centrifuge
The 3-way actuated centrifuge provides a viable, low cost alternative to current laboratory systems which can be used in low resource settings such villages and rural health centers. The system can be conveniently placed in any type of setting; be it a full clinical laboratory, a district government hospital, a rural health center or a mobile blood testing camp with the system requiring a small space and not large dedicated workspaces.
Student Team
Jayanth S R, Ramalingeshwara H, ZubairNabi War, Sudeep S Rao.
Depatment
Mechanical Engineering
Mentors
Prof.Anil Kumar
Organic Waste Converter
System to convert wet waste into billets and reduce volume of waste. The billet is stored and converted to compost.
Student Team
Animesh Anand, Chithreddy Sai Rakshith, Akshay S Mane, Rakesh M V
Depatment
Mechanical Engineering
Mentors
Mr.Madhu P
Obstacle Detection for the Blind
The inability to perceive objects around oneself is the most disastrous things that could happen to a person. The designed model detects the closest obstacle using the sonar principle and in turn generates a vibro-tactile feedback that alerts the user about the direction of the object.
Student Team
Suraj D M, Varun A Prasad, Sudhanva G Hebbale, Shwetha L
Depatment
Computer Science Engineering
Mentors
Dr.Sahana D Gowda, Ms.Priyanka S
Detection Of Neuro Degenerative Diseases Using Handwriting Analysis
This project deals with an efficient way to detect the presence of neuro generative diseases through hand writing analysis. This will not only reduces the task of going through multiple scans or medical checkups but will also help the doctors ensure his decision towards predicting a disease. This project works on a real time input basis, taking in handwriting & other neunary parameters through a writing pad & a specialized pen.
Student Team
Afeera Mehnaz, Raksha J Bhat, Sejal Jain, SumukhVenugopal
Depatment
Information Science engineering
Mentors
Mrs.S. Srividhya
Biodegradable Superabsorbant and absorbent diapers
The Wi-Fi is useful for general wireless coverage within buildings while Li-Fi is ideal for high density wireless data coverage in confined areas where there are no obstacles. Since visible light is present everywhere, the main idea of our paper is to create internal navigation systems for the bigger areas to create automatic navigation for the visitors who are visually impaired using Li-Fi technology.
Student Team
Kishan R, Lohithkumar Shetty M, Hariharan R N, Karthik
Depatment
Mechanical Engineering
Mentors
Mr. Hemanth Kumar C and Dr. Jayanna BK
Neural Network Based Object Recognition System using Stereoimages
The Wi-Fi is useful for general wireless coverage within buildings while Li-Fi is ideal for high density wireless data coverage in confined areas where there are no obstacles. Since visible light is present everywhere, the main idea of our paper is to create internal navigation systems for the bigger areas to create automatic navigation for the visitors who are visually impaired using Li-Fi technology.
Student Team
Shashanka G, Tejas R Simha, Varun D Gurjar, Vishnuvardhan G
Depatment
Electronics and Communication Engineering
Mentors
Mrs.ChaitraN
System and Method or Image Analysis- CCTV Footage Surveillance
The Wi-Fi is useful for general wireless coverage within buildings while Li-Fi is ideal for high density wireless data coverage in confined areas where there are no obstacles. Since visible light is present everywhere, the main idea of our paper is to create internal navigation systems for the bigger areas to create automatic navigation for the visitors who are visually impaired using Li-Fi technology.
Student Team
Raksha H, Ankitha S, Namitha G
Depatment
Computer Science Engineering
Mentors
Dr. Sejal Santosh Nimbhorkar
Autonomous Aerial Medical Assistance
Project on Autonomous Aerial Medical Assistance describes beneficiary techniques and algorithms for autonomous stability, flight, navigation and landing of drones. The proposed project further depicts obstacle avoidance through object recognition techniques. Design and Implementation of autonomous flying drones to provide immediate medical assistance brings a new evolution in the utilisation of drone technology for the benefits of the society.
Student Team
Shreyas G S, Thrupthi N
Depatment
Electronics and Communication Engineering
Mentors
Prof.Priya R Sankpal