Motion graphics/animation for robots

We are developing various technologies including mobile robots. Mobility being the inherent nature of our robots, we need motion graphics for the robots. The objective of the project is to show the working of the robots through computer generated 3D animations. The final output should be a video file so that we can also share around. We will provide the STL or other files for the basic structure of the robots. Note: The payment of $1400 will be made by Level Up Riipen.

Data visualization and display on a webpage

We are developing a website which displays structured data from a database. The database can store the data (a lot of numbers) coming from various sources such as files, sensors, manually entered etc. The website is based on various technologies such as MySQL, Django, HTML, CSS etc. The main goal of the project is to display thumbnails (on the homepage) of selected charts where the main objective is to keep data size to be small. The thumbnails will represent some highlighted charts from profiles of different users. The thumbnails will show the name of the user and a snapshot of the chart.

Curve fitting in C#

We collect a lot of data (numbers) from our nano sensors. We have developed C# based desktop app where the data is acquired in a computer and then stored in a file. The data is also plotted for about a second before the next data stream comes in. For each data stream, we need to fit a mathematical function on the data so that we can calculate different characteristics of the sensors. We mainly need to develop a library so that we can pass on all of the data to the library and then get result. The resultant fitted curve will also be overlayed on the raw data from the sensors.

Electrical board design

We are developing various nano sensors where we need to collect data using different electronics. The sensors produce data in the form of resonance frequency. Therefore we need high speed electronics to sample and collect the data from the sensors. For that we need to develop electronics which can track the resonance frequency of the sensors. The board will contain different components such as amplifiers, filters and data processing acquisition units. The main goal of the project is to develop a module which can filter the data and track the resonance frequency of the sensors