Engineer Project
Resume:
Kushal Mishra
Jodhpur, India
+91-968-***-****, **.******@*****.***, in.linkedin.com/in/kushalmishra/
Professional Experience
Working as a Senior Project Engineer at IIT Jodhpur (R&D) India.
3+ Years of Experience on Conceptualizing, Designing, Optimizing and Testing of RF/Microwave Antennas,
Components, Wireless Instruments, Radar and Hardware Design.
Technical Skillset
Strong Hands on Tools:
Ansys HFSS, CST
NI Labview, NI Labview FPGA RIO, Compact RIO, USRP RIO, NI VST
VirtualBench, DAQs, ADC, DAC
Agilent ADS, MATLAB and NI PXI Modules
RFSA, RFSG, Network Analyzer, Spectrum Analyzer, Signal Generators, Oscillators, DSO, DMM
GPIB, CAN, MODBUS, RS232 etc interfaces
Excellent Knowledge of RF / Microwave Antenna Designing, DRFM, Radar Concepts.
Extensive Knowledge of Antenna Theory, RF Theory, Distributed Antenna System, Microwave
Theory and Component Designing.
Apt Knowledge of Wireless Communication, GSM, 3G,LTE, UMTS Concepts.
Good Knowledge of Electronic Circuits Designing, Microcontrollers (8 bit), FPGA etc
Good Programming Skills in C,C++, Matlab, VHDL etc.
Conceptually Sound in Digital/Analog Communication Techniques, Modulation Techniques, MCS,
Digital Signal Processing, Signal and System etc.
Excellent in PCB Designing, Soldering (DIP/smd) etc.
Good Computer Networking Skills including Topologies, Routing Protocols, Architectures etc.
OS : Windows xp/vista/7/8, Windows Server 2003, Linux
Top Knowledge of electronics H/W and S/W.
Soft Skills
Quick Learner, always keen to learn new technologies
Flexible and can do attitude
Consistent and disciplined
Self-Motivated
Team player
My Work
# DRFM based Active Radar Simulator: (Work in Progress)
Client: National Instruments, India
Environment: Ni Lab-view, Labview FPGA RIO, Radar, HFSS, MATLAB etc.
Team Size: 3
Role: Sr. Project Engineer
Project Description:
Design and Develop a real time radar simulator to confirm the correctness and performance of receiver
system, in laboratory environment. This system will provide virtual environment to radar receiver. System
has DRFM to capture the signal from radar transmitter and retransmit after operating. T he simulator is
proposed with arbitrary numbers of scatterers, reflectors with complex geometry and will support pulsed
and continuous wave (CW) radar systems. These parameters will provide a realistic simulation given a real
target or hostile environment that the radar or EW system will be operating.
Responsibilities and Contribution:
Developing the DRFM (Digital RF Memory) using NI Labview FPGA. DRFM includes signal capturing,
introducing targets (delay, clutters, doppler etc), retransmission. Testing of signals using vsa (pxi), signal
analyzers, generators etc. Designing and Simulation of both radar antenna and DRFM antenna with their
radiation pattern using EM simulators.
# Conceptualization and Design of Free Space Microwave Measurement Facility:
Client: Defence Research and Development Organization (DRDO), Jodhpur
Environment: HFSS, CST, MATLAB, Antenna Design etc.
Team Size: 2
Role: Project Engineer
Project Description:
Development and Optimization of Free Space Material Measurement Facility for C, X and Ku band. The
system has three pairs of Lensed Horn Antennas for above three bands . The spot-focusing antennas are
typically feed horns fitted with lenses over their apertures. The radiation from the lens antennas can be
modeled as Gaussian beams. The Gaussian beam from the tran smit horn is made to focus at the center of
the system, and the diverging beam is then refocused at the second horn. This phenomenon creates a
Gaussian plane wave midway between the two lenses. The sample under test is placed at this location,
which allows the use of plane wave theory in order to extract the material properties. GAIN ~ 24.4 dB,
VSWR < 1.28, S11 < -17dB.
Responsibilities and Contribution:
Conceptualize aperture antenna and dielectric lens according to bands, calculate all design parameters and
dimensions using MATLAB. Design the system using calculated dimensions on different 3D EM simulators
then optimize as per desire.
# Design of Circular Waveguide To Coaxial Transition And Dipole Probe for E-Field Measurement:
Client: Defence Research and Development Organization (DRDO), Jodhpur
Environment: HFSS, CST, MATLAB, VNA.
Team Size: 2
Role: Project Engineer
Project Description:
Development and optimization of circular to rectangular waveguide transitions for C, X and Ku bands. The
horn antennas of different inlet circular aperture size need different transitions to feed from their standard
sources.(Circular -> Rectangular -> SMA ). Also Development of a Probe system to measure relative
magnitude of electric field in a plane for free space material characterization system.
Responsibilities and Contribution:
Conceptualize transitions and probe for all three bands. Design and simulate on EM 3D simulators then
optimization and testing. Create configuration documents for vendors.
# RF/Microwave Antennas:
Client: B.tech, M.Tech, Phd students
Environment: HFSS, CST, EMPro, ADS, VSA, Network Analyzer, MATLAB etc.
Role: Sr. Project Engineer
Project Description:
Different projects on antenna / component designing like pifa, helical, patch antennas etc for students and
their compulsory degree programs.
Responsibilities and Contribution:
Design to create reference model then test and verify designs made by students. Perform Simulations and
optimization. Report to professor.
Projects Under Taken During Degree:
GSM controlled home appliances.
Wireless Power Transfer.
GSM mobile Jammer.
Sort range Mobile phone detector.
An Intelligent FM broadcasting system (Final year project, for college campus)
Wirelessly controlled Robotic-Arm.
RF Controlled Home-Appliances. (upto 2048, simultaneously with single remote)
Home Automation System using microcontroller.
Wireless Stepper Motor controller using LPT port.
Automatic Railway Gate control system.
A line follower Robot with and without microcontroller.
Fire Alarm system.
Technical Degree
Bachelor in Technology (B.Tech) in Electronics and Communication Engineering.
Other Interests
Just pick a wasted electronic instrument and try to repair it.
Hardware Disassembling and Assembling.
Mobile Phone Repairing. (yes I do )
Reading Books etc.
References
Dr. Akhilesh Mohan
Professor
RF Microwave, Indian Institute of Technology (IIT)
Dr. R. K. Jani
Scientist ‘C’
Defence Research and Development Organization (DRDO)
Dr. Sandeep Yadav
Professor
Electrical, Indian Institute of Technology (IIT)
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