:: Padmasri Dr.B.V.Raju Institute of Technology ::

Innovation Center

IC stands for Innovation Center
We proudly say that BVRIT as selected as MIC(Microsoft Innovation Center) in India. So far this is the only MIC in India.

Facilities for collaboration on innovative research, technology or software solutions, involving a combination of government, quasi-government, academic, Microsoft partners, industry and industry body participants.

ICs create an environment to give software developers, IT professionals,university students and faculty, entrepreneurs and governments access to world-class resources.

The primary focus of ICs is to support innovation at the grass root level.

IC can help and build and accelerate skills of the student community.

ICs create an environment to give software developers, IT professionals,university students and faculty, entrepreneurs and governments access to world-class resources.

ICs nurture Innovation, implementing ideas into products and foster entrepreneurship.

ICs cannot charge any student or faculty from their college or other colleges.

You can be part of MIC if you are good technically, have motivation and commitment and are creative and innovative in your thinking.

The Selection Process is most likely to include--

Operating Systems Fundamentals
C, C++ Programming Languages
Familiarity with Microsoft Products.
Ability to apply creativity in helping Microsoft Products.

If you are selected for MIC that will be the great achievement for you.And other advantages are:

Certificate given by Microsoft and it will have an immense value in the Industry.
You may be absorbed by Microsoft.
Microsoft Technical people will interact regularly.
Interaction with Core Industries.
Access to the Best Technical Experts & Industry people.
Working on Microsoft Technologies.

Click Here to view the Road Map for BVRIT-IC.

Details of the activities carried on at BVRIT-IC.

S.No	Project Title	Hardware Used	Description
1	Mobile Video Surveillance Device	web cam	Given a video(say 24X7 long) we are able to generate a brief image/video summary of all the important events in the video.
2	Water when they need	Keil,X-CTU	We use Keil to program Microcontrollers as well as GSM and X-CTU to program Zigbee Modules
3	Protocol independent Infrared Learner and Repeater	-	-
4	Zigbee based self healing WSN designing	Zigbee pro series 2 chip sets, 8051 microcontrollers, Lights and switches,device for interfacing.	Designing Zigbee Self Healing wireless sensor network to operate various appliances like lights and fans etc.. from any locations in Industry or House.
5	Design of Intelligent Energy meters	ZIGBEE Board (DIGIstack-series 2 mesh network ),Microcontroller, ADE7753 Chip,LCD, RS232 communication, using SPI interface,MAX232	Transfering and Receiving of data from zigbee(wireless communication) to other zigbee by using SPI interface in single and three phase energy meters
6	Design of Wireless PIR sensor infrastructure for implementation of Occupancy based Lighting Control	Atmega8 controller,RFM12 KIT,pir sensors,connection cables	our project provides setting the lights in occupied area,switch of the lights in unoccupied areas
7	Wireless Run time configurable Moving message display using High brightness Matrix LED’s	Microcontroller Board, ATmega64L microcontroller board, MAX7219 Chip & RF Transceiver(RFM12 & RFM 23), LCD Display(16x2 alphanumaric) & 8X8 Matrix LED Display, Lead Acid Battery System, Thermal considerations for LED display units & Remote control for this (AVR microcontroller based with at least 21 keys on this)	our project is about moving message display used in cars by which you can express yourself on the roads
8	NotionInk	Hardware used is an embedded board for running all the mobile applications, such as gps modules, sensor units, etc controlled by an ARM Processor.	The project is to build a mobile kind of device..that supports all the high end features and can be used as a simple pc in the pocket…provides user friendly softwae environment. Compact in hardware and aimed at low cost…
9	Xilinx	Spartan 3e starter kit	Developing a stand alone system using FPGA and ARM processor

BVRIT-IT