Curriculum Vitae
Personal Information
Name : Piyush Bang
Sex : Male
Present Address : C-156, Sapphire Hostel,Indian School Of Mines,Dhanbad
Permanent Address : B-46, Kamla Nehru Nagar, 1st Extension, Jodhpur, Rajasthan. India.
Date Of Birth : 30th May 1994
Nationality : Indian
Education
2012-Present : Indian Institute of Technology (ISM) Dhanbad
B.Tech,Electronics and Communication Engineering
OGPA : 8.59
(Graduation Date : June 2016)
2012 : Delhi Public School, Jodhpur,Rajasthan
Central Board of Secondary Education (CBSE) - Grade XII
Percentage: 91.6%
2010 :Delhi Public School, Jodhpur,Rajasthan
Central Board of Secondary Education (CBSE) - Grade X
OGPA: 10
Skills
Computer Skills
Programming: C++, C,Python,Java.
Web Design & Development: HTML, CSS, JS.
Operating Systems:Windows,Ubuntu.
Softwares Packages/Libraries :
Design: Adobe (Photoshop).
Image Processing: OpenCV Library, SimpleCV
Other: MATLAB
Language Proficiency : English, Hindi
Experience
Vice-President [Aug'15-Present]
Society of Electronics Engineering, ISM Dhanbad
Responsible for events by Electronics Society for the Session 2015-2016.
The society aims for overall interaction of student and faculty with updated Electronic's events and Cultural events.
Responsible for events by Electronics Society for the Session 2015-2016.
The society aims for overall interaction of student and faculty with updated Electronic's events and Cultural events.
Secretary [Dec'14-Aug'15]
Society of Electronics Engineering, ISM Dhanbad
Responsible for events by Electronics Society for the Session 2014-2015.
The society aims for overall interaction of student and faculty with updated Electronic's events and Cultural events.
Responsible for events by Electronics Society for the Session 2014-2015.
The society aims for overall interaction of student and faculty with updated Electronic's events and Cultural events.
Joint Coordinator [Aug'14-Oct'14]
Concetto, Techmanagement Fest, ISM Dhanbad
Was responsible for all technical and robotics events.
Was responsible for all technical and robotics events.
Participant [May'14-Jan'15]
Texas Instruments Innovation India Design Contest 2015
Project completed and submitted to TI Innovation India Design Contest.
Designed hand gesture recognition system using Image Processing and ANN.
Project completed and submitted to TI Innovation India Design Contest.
Designed hand gesture recognition system using Image Processing and ANN.
Participant [Jan'13-Mar'13]
Robocon13
Participated in International Robotics Competition held at Pune.
Made two robots: Manual and Autonomous to accomplish the given task.
Participated in International Robotics Competition held at Pune.
Made two robots: Manual and Autonomous to accomplish the given task.
Summer Internship [May'15-July'15]
i2V Systems
Designed and implemented a Fisheye Uncurling Module to correct the image distortion caused by the Fisheye Lens and to provide an ease of visualization to the users for better surveillance (Internship at I2V Systems).
Research Work/Projects
Implementation of FDTD processing unit using FPGA [July'14-Present]
Under Dr.Mrinal Sen, Department of Electronics Engg.
Indian School Of Mines, Dhanbad
It is an ongoing project. We intend to design a portable device to process photonic crystal related simulation calculation on a portable processing unit devised on FPGA.
Indian School Of Mines, Dhanbad
It is an ongoing project. We intend to design a portable device to process photonic crystal related simulation calculation on a portable processing unit devised on FPGA.
Calculation of bandgap in photonic crystal due to defects and its simulation on OptiFDTD [July'13-May'14]
Under Dr.Mrinal Sen, Department of Electronics Engg.,
Indian School Of Mines, Dhanbad
It was simulation based project wherein I designed photonics crystal models with defect and calculated the bandgap it created and simulated the transmission of input wave and plot the output power of transmission on OptiFDTD.
Indian School Of Mines, Dhanbad
It was simulation based project wherein I designed photonics crystal models with defect and calculated the bandgap it created and simulated the transmission of input wave and plot the output power of transmission on OptiFDTD.