R & D Initiatives

  • HFSS Software Lab

    • HFSS has been installed on 7. 11.16 to promote R & D works. This software tool is used in the field of designing at Microwave ranges for the following
      • Antennas
      • Microwave transitions
      • Waveguide components
      • RF filters
      • Three-dimensional discontinuities
      • Passive circuit elements
  • TEXAS INSTRUMENTS IOT INNOVATION LAB

Texas Instruments Innovation Lab has been established in GNITS ECE Department on 11/01/2018 to create an ecosystem of innovation where students across all disciplines can meet to be creative and hone their technical and leadership skills. The lab is well established with MSP microcontrollers (MCUs) from Texas Instruments (TI).The microcontrollers are 16-bit and 32-bit RISC-based, mixed signal processors designed for ultra-low power applications. These microcontrollers from TI provide designers with enhanced performance and more peripherals on chip while using less power. MSP ultra-low-power microcontrollers are ideal for applications where the majority of the microcontroller life is spent in standby. Typical applications of these processors include low-cost sensor systems that capture analog signals, convert them to digital values and then process the data for display or for transmission to a host system.

  • Accessories in Signal And Image Processing
    • Input devices to acquire audio, video, images and finger print are available, projects related to speech and video processing are developed using the following equipment
      • Zoom H4N Handy Portable Digital Recorder
      • Logitech Web camera
      • Finger print sensor R305 BMES devices
      • IoT Arduino board with 10 sensors
  • Proposals Submitted to AICTE to obtain funding during Dec - 17
    • AICTE-ISTE  Refresher course on Channel Coding Techniques

    • Short Term Training Program - Embedded System in IoT
       
    • MODROBS

a) Vector Network Analyzer Freq.range: 9KHz -13.6 GHz. o/p Power: > 0 dBm, + 10 dBm, dynamic range: > 115dB, typical: 123 dB, measurement time: < 75 msec.

b)MIMO

With MIMO, wireless system performance can be increased without increasing power consumption by the use of multiple antennas. The transmitted signal progresses through different wireless channels from the transmitter antennas to the receiver antennas and creates a capacity gain by exploiting channel diversity.

  • NPTEL

  • List of 12 faculty members and 12 ECE students obtained NPTEL online course certificate:

No. of Faculty

12

No. of Students

12

Grand Total

24

 

Sl.No

Name

Faculty ID/Roll.No

Course Title

1.

Dr.Renuka Devi S M

 

1. Modern Digital Communications 

2. Probability and Random Process in Wireless Communication

2

Y.Rakesh Kumar

 

Introduction to research

3

Y.Rakesh Kumar

 

Introduction to Machine Learning

4

Parupalli Sripadma

 

Basic Electrical Circuits

5

T. Srilatha

 

Basic Electrical Circuits

6

Goli Jhansi Rani

 

Basic Electrical Circuits

7

Y.Rakesh Kumar

 

Introduction to Internet of Things

8

E V S S Vyshnavi

 

Introduction to Internet of Things

9

P. Lavanya

 

Analog Communications

10

K. Swathi

 

Analog Communications

11

V. Radha Krishna

 

Hardware Modelling using Verilog

12

Sreekanth Reddy Bodeddula

 

Hardware Modelling using Verilog

13

P.Satyanayarana Goud

 

Introduction to Research

14

Katam Srithisha

15251A04G1

Marketing Research and Analysis

15

Bhavya Lokasani

16251A04E9

Developing Soft Skills and Personality

16

G A M Sowjanya

15251A0410

Introduction to Modern Application Development

17

Rayapati Padma Sri

14251A04G6

Introduction to Modern Application Development

18

D. V. S. Tejaswi

15251A0408

Design for Internet of Things

19

Sunishitha Reddy Chinthala

16251A0475

Introduction to Psychology

20

Balakavi Sridivya

16251A0467

Introduction to Internet of Things

21

Srilekha Bandari

16251A0469

Introduction to Internet of Things

22

Katam Srithisha

15251A04G1

 

23

Keerthi Tejaswini

16251A0406

Satelite Communications

24

Preethika Saran

15251A0482

Analog Communications

25

Chikkula Niharika

15251A04F6