1. PRATIK MADAN
333 JERSEY STREET, HARRISON, NJ pmm37@njit.edu +1(862)-294-8972
Portfolio: https://www.linkedin.com/in/pratik-madan-436b149a?trk=nav_responsive_tab_profile
PERSONAL SUMMARY:
8 months of experience in Hardware Design Industry, specifically in designing Printed circuit boards, FPGA’s,
circuit’s simulation and testing and Embedded and VLSI/VHDL coding.
Knowledge of digital signal processing, algorithms, and analytical methods.
Worked with electronic components, including electrical equipment, digital processing hardware (ASIC, FPGA), circuit
boards, microprocessor systems, computer system architectures and interfaces.
Experience in system modeling and system requirement analysis using Matlab.
Technical principles, theories and concepts of basic RF transmitter, receiver, and antenna design principles.
Good hands-on Probability, statistics, random processes, communications theory, estimation theory, digital signal
processing.
Excellent communication skills, has clear understanding of business procedures and ability to work as an individual and
also as a part of a team.
A resourceful team player with good Interpersonal, effective problem solving and decision making skills, looking ahead for
great career in a fair working environment with opportunities to grow.
EDUCATIONAL QUALIFICATIONS:
New Jersey Institute of Technology (NJIT). 3.40 /4.0
Masters in Electrical Engineering (VLSI). Graduation Date: May 2017
Yeshwantrao Chavan College of Engineering, India 3.40/4.0
Bachelor of Engineering (Electronics Engineering) Graduated: May 2015
SKILLS:
Operating Systems: Windows 98/XP/Linux/Unix
Office Suites: Microsoft Access, Powerpoint, Word, Microsoft Office 2003/2007/2010
Software: Mentor Graphics, AutoCAD, ORCAD Capture CIS, MATLAB, Proteus8 Professional, µVision KEIL, RIDE, HSPICE,
PSPICE.
Languages: Familiar with Assembly language, VLSI/VHDL,HTML, Basic C and C++
Good experience in testing hardware systems using CROs.
Worked on different FPGA kits, for testing and analyzing.
Interpersonal: Strong written and verbal communication, analytical thinking, leadership skills, problem solving abilities,
results- oriented nature.
EXPERIENCE:
Intern at embedded creations workshop. (Aug-Sept 2014)
Project: How to interface RFID with 8051 microcontroller (AT89C51)
A RFID (Radio-frequency identification and detection) reader is a device which is used to communicate with RFID tags by receiving
and transmitting signals. These signals use radio waves for wireless communication. RFID tag is applied to products, individuals or
animals to identify and track them. The identification is done through a unique serial number.
Interfacing RFID with AT89C51 which is a 8051 family microprocessor.
Expertise with 8085 and 8051 microprocessor kit and its assembly language programming.
Worked on ARM7 processor kit in FPGA and programmed in Assembly Language and Assembly C language.
Utilized µVision IDE-KEIL software while working with ARM7 and FPGA’s.
Familiar with some FPGA’s in market and used VHDL language for programming 8051 and 8085 microcontrollers.
Trainee at Prolific Systems; PCB design training center. (June-July 2014)
Complete training for designing PCB’s from the scratch.
Used Poteus8 Professional software for designing of chips.
Fabricated PCB for surface mount (SMD), and pin trough components.
Practiced on components soldering and chip designing.
Worked on Mentor Graphics tool for designing and simulating circuits.
Inspection and testing of fabricated PCB.
2. PRATIK MADAN
333 JERSEY STREET, HARRISON, NJ pmm37@njit.edu +1(862)-294-8972
Portfolio: https://www.linkedin.com/in/pratik-madan-436b149a?trk=nav_responsive_tab_profile
Intern at Sunil Hi-Tech Resistors: (Dec13-Jan14)
Designing, manufacturing and testing of all types of resistors and semiconductors.
Designed resistors with different materials having varying compositions to vary the resistance.
Learnt manual as well as automated ways to produce resistors.
Designed casing for different resistors.
Packaging and characterization of semiconductor laser diodes/modules and detectors.
Developed skills for material inspection, device performance testing, burn-in and reliability treatments.
PROJECTS:
16-bit PISO Shift Register (VLSI Design Project): (NJIT 2015)
Designed a transistor level circuit using ‘Mentor Graphics Tools’ for 16-bit PISO Shift Register.
Used MENTOR GRAPHICS tool for coding and designing the circuits.
Simulated waveforms and calculated Time delay, Power consumption and Speed analysis.
Project report on Automated Pet Feeder (Adv. Microprocessor): (NJIT 2015)
Efficient cell-phone Battery : (YCCE Jan 2015)
Designed a circuit that produces a continuous cycle of energy transfer leading to a better and long working hours of battery.
Utilized Proteus8 Software for designing the circuit.
Simulated the circuit using MATLAB, and implemented the circuit in hardware.
Tested each components working according to its specs using Orcad software.
Design and Implementation of ARM Cortex Based Motor Speed Control:
Designed a system in which a motor-driver IC is used to control the DC motor with the help of ARM-processor.
Utilized µVision KEIL software, and Embedded C language for the project.
ACHIEVEMENTS:
Presented project in Texas Instruments Innovation Challenge India design contest 2015 TIIDC; sponsored by Texas
Instruments.
URL: https://www.youtube.com/watch?v=kHGD8E-vMxI
Designed a project paper on Automated pet Feeder.
Presented a paper on Automated Vehicles, for “SPANDAN”, an International Paper Presentation Competition.
