 I will be entering this project. This is IOT with Arduino and RPi. So all of you might have heard the buzzword that is IOT. Everywhere it is a multi-billion dollar industry. Everywhere you will be doing this. So the basic thing is there are lot many APIs, lot many devices already IOT has been implemented but the basic aim of this project is to use only by using open source components starting from hardware, your APIs, software and dashboard. You have to implement this. So this is the basic framework of your project that you will be doing here and this is a multi-domain expert you need to have knowledge starting from hardware to whatever your language is. So you can first you can see the inner circle device. So the device will be having here at the device level will be having an Arduino board and maybe it doesn't mean that you can only use Arduino board. You can go for any controllers or maybe some any SVCs. So your sensors, your actuating devices like you can switch on switch of anything. So on device level you will be having this one. Then one level up that is the aggregation and that is known as the gateway. Gateway will be your data collection point like mostly you can in layman language you can say it's a server. At the gateway level what there will be you have to monitor or store data whatever that is coming from your node and there will be some communication protocol between your node and gateway. The protocol maybe you might have heard about this open source protocols like MQTT, COAP. So you have to means decide what is the best suited protocol protocol for your implementation. Then once the data is received at the gateway then there will be some restructuring of the gateway data because the data you are receiving might not be in a structured manner. So that comes with the storage level. Then up to levels like logic and analysis and user experience there comes your dashboard like it might be a web browser or it might be an app like android or might be some Django python app. For some part there will be there is requirements of EC or WEP students and then for the up to levels that CS and all these students are interested. So the problem yeah that is a more elaborative way of explaining whatever the previous diagram shows. That will be the sensor nodes that will be having your the sensor nodes will have your Arduino board and sensors and actual devices attached to it then the gateway level it will be having RPI or some other servers you can take. Then data will be collected but this comes here cloud part. So for mostly electronics and electrical students can go for the sensors gateway and the communication protocol between them and for CS students they have to work on this part. Like it requires mostly on database python and javascript. Yeah so these are the proficiencies I am looking for. Embedded C sensor interfacing and mostly on python javascript web development databases and you can need some like html, css and all these things. So I will go to the next project. That will be embedded experiments using Sylab, Python and Arduino. I think some make a given you introduction about Sylab and python general purpose language and the last language that is Julia it's a new newly developed language like it is hardly around 7 or 8 years that development is taking place. So the main purpose of this project is you don't have to write a C code for your embedded experiments. Like to write a program in C is rather difficult than in comparison to Sylab, Python or Julia because these are all high level languages. So last year we started the project last year so already the work that has been done is Sylab to Arduino interfacing and python to Arduino interfacing and you can see this is the Arduino board and on it there is a shield is mounted. So the shield is having all the sense mostly commonly used components like potentiometer, LED, LDR. So you have to write experiments and developing APIs from Sylab, Python to Arduino. So the main developing part will be writing the Julia to Arduino interface. You have to write everything from scratch because nothing has been done on that part till now. Then the second objective is the already existing interface from Sylab from Python and to Arduino. You have to develop it and implement some complex experiments on it. Then this comes the digital circuits on the same platform and the last part is Kalman filtering and image processing and last year the interns who had worked on this project had actually published a book on their name. So whatever experiments, whatever you will be doing will be included in it. And the proficiency is like same thing as before Arduino sensor interfacing and Sylab, Python, Julia and whatever. Thanks.