1. Aniket Ramesh Ghole
Room No.555, Boys Hostel, IIT Hyderabad, ODF Estate, Hyderabad-
502205, India.
Email id : ee13m1022@iith.ac.in || ani.ghole@gmail.com
Mob. No : 7731002015 Date of birth :08/09/1990
Web: https://in.linkedin.com/in/aniketghole
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Objectives
Seeking a challenging and growth oriented carrier, where I can fully utilize my skills and available resources with
opportunity for professional growth and to excel by contributing toward the achievement of organizational goal.
Skills
Programming languages: C, Verilog HDL, Embedded C, MATLAB, Assembly language
Programming of 8085, 8051.
Tools: Matlab, ModelSim, Xilinx-ISE, Cadence Virtuoso ADE, RTL Compiler, COMSOL.
Projects (M.Tech.)
 Sensor Fabrication, And On-Chip Impedance Spectroscopy (Analog Front-End) for Milk
Adulteration Detection
 FABRICATION OF SENSOR:
Tools and instruments: Electrochemical impedance spectroscopy, Photolithography, RF-Sputtering, PH-meter.
Description: 1. Inherent milk properties are identified as ‘Potential markers’ for adulteration detection.
2. Detection of adulteration with commercially known adulterants is performed successfully.
3. Fabrication of the sensor and its characterization is achieved.
An Elsevier Journal is Published related to this work.
 ON CHIP IMPEDANCE-SPECTROSCOPY FOR MILK ADULTERATION DETECTION
(FERQUENCY- 1Hz TO 1Mhz):
Tools and instruments: Cadence virtuoso ADE
Description: 1. Development of Readout circuitry and control-block for on-chip impedance measurement
within a specific frequency range for various biomedical applications.
2. A high gain Recycling folded cascode structure, a rectifier with filter for magnitude and a
Gm-C structure for phase is being employed for same.
Runners up for “Cadence Design Contest 2016”.
 DESIGN OF EEG SIGNAL PROCESSOR FOR REMOVAL OF BLINK AND MUSCLE ARTEFACT
Tools and instruments: Matlab, Xilinx-ISE, ModelSim, and Xilinx Spartan 6 FPGA kit.
Description: 1. The project aims at removing the artefacts from EEG signals like Blink and Muscular.
Focus is to preserve the information after successful removal of these artefacts and design a
hardware to provide diagnosis.
2. The algorithm uses Discrete Wavelet Transform (DWT) computation and Wavelet Power
Spectrum (WPS) calculation.
3. The design is implemented in Verilog HDL and tested on Xilinx Spartan 6 kit.
A conference paper is published on the work at EMBC-2014.

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 ENERGY HARVERTING USING REVERSE-ELECTROWETTING
Tools and instruments: Photolithography, RF-Sputtering, PH-meter, Cadence, COMSOL.
Description: 1. Reverse electro wetting is a highly Potential method for high power energy harvesting with
good environmental coupling.
2. The method is based on charge/voltage constrained energy harvesting which utilize
electrowetting phenomenon for improved efficiency.
3. A new process flow for the device fabrication was established.
 RF ENERGY HARVESTING
Tools and instruments: Cadence Virtuoso ADE
Description: 1. The aim of the project is to design a system which will harvest energy from RF source and
produce an output of 3.3V to charge a battery.
2. The design consists of a matching network followed by rectifier circuit, which is simplified
Dickson’s charge pump and clock generation circuit.
 DESIGNING OF 6T SRAM CELL AND READ / WRITE DELAY MODEL OF 256*64 SRAM
MEMORY.
Tools and instruments: Cadence Virtuoso ADE
Description: 1. The project aimed at modelling of a 256x64 6t SRAM memory module using UMC 65nm.
2. RAM was analyzed considering all the real time parameters (Gate Capacitance,
Fan-Out values, Noise Margins) of the CMOS transistors and parasitic effect of wires were
modelled using RC delay models in Cadence Virtuoso.
Projects (B.Tech.)
 POWER CONTROL USING MICRO CONTROLLER FOR EFFICIENT MOLDING OF PLASTIC
Tools and instruments: Keil Uvision, Flash Magic, Matlab, Philips P89V51RD2 Evaluation Board.
Description: 1. This project aims at maintaining the temperature of the different ceramic heater at different
desired point using micro controller 8051 and Thyristors i.e. SCR for efficient molding
of plastic and reducing its losses during manufacturing process.
2. It was implemented successfully at Videocon Aurangabad.

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Publications
 Jadhav, P.N.; Shanamugan, D.; Chourasia, A.; Ghole, A.R.; Acharyya, A.; Naik, G., "Automated detection
and correction of eye blink and muscular artefacts in EEG signal for analysis of Autism Spectrum
Disorder," in Engineering in Medicine and Biology Society (EMBC), 2014 36th Annual International
Conference of the IEEE , vol., no., pp.1881-1884, 26-30 Aug. 2014. doi: 10.1109/EMBC.2014.6943977.
 S Tripathy, AR Ghole, K Deep, SRK Vanjari, SG Singh - Food Chemistry, 2016 – Elsevier. “A
comprehensive approach for milk adulteration detection using inherent bio-physical properties
as ‘Universal Markers’: Towards a miniaturized adulteration detection platform”
Education
Team-work abilities and Extra-curricular and
 Team member for Team KNIGHTRIDERS, to manufacture a high speed vehicle for SUPRA SAE India, a
competition organized by Society of Automotive Engineering (SAE) at Madras Motor Sports Club,
Chennai (MMSC) during 1st to 3rd July 2011.
 Represented Institute in NANDED AHEAD 2011 (Investors meet),
 Won best design award at ROBO-WARS Pragyaa held at S.G.G.S.I.E. & T, Nanded 2010.
 Secured third position in ROBO-WARS event Pragyaa held at S.G.G.S.I.E. & T, Nanded 2011.
 Participated in technical event WINGS held at Govt. Engg. College, Aurangabad, during 26th-28th march
2010.
Degree Institute Year % / CGPA
M.Tech R.A (Microelectronics
& VLSI)
Indian Institute of Technology Hyderabad 2016 8.55
B.Tech (Electronics &
Telecommunication
Engineering)
Shri Guru Gobind Singhji Institute of
Engineering & Technology Nanded,
Maharashtra
2012 6.00
Class XII New English Junior college CNB, Nagpur 2008 81.67
Class X South Point School, Nagpur 2006 84.67