- The document provides an experience summary and qualifications for Chandan Kumar, including over 11 months of hardware design experience at Neotech Systems and over 2 years of experience at Larsen & Toubro designing embedded systems and industrial products. - It lists his technical skills including analog and digital circuit design, communication protocols, sensor interfacing, software tools, and qualifications including a B-Tech in Electronics and Communication Engineering. - Key projects included designing an environmental monitoring system, low voltage cut-off device, AC to DC converter, and contributing to feeder protection and capacitor module designs.

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Experience Summary:
• 11+ months of experience in hardware design in NEOTECH SYSTEMS PVT LTD(BUILDING
AUTOMATION PRODUCTS).
• 2 Years & 4 Months of experience in hardware design in LARSEN & TOUBRO Limited (EMBEDDED
SYSTEM, INDUSTRIAL PRODUCTS).
Present company Neotech Systems Pvt Ltd
Previous Company Larsen & Toubro Limited (Integrated Engineering Services)
Hardware
Experience
• Mixed signal Design(Analog & Digital ckts) , Controller, Op-Amps,DC to DC
converter etc
• SPI ,I2C, RS232,RS485(Half & Full duplex mode), WIFI,GSM,RF,ETHERNET
Communication Protocol.
• Sensor
• Reverse Engineering of AC DRIVES.
Software • Basic C
Tools • ALTIUM, ORCAD Capture Schematic tool
• PADS for PCB layout design
• POWER SIM, LT SPICE, TINA ,PSPICE for simulation
• MEGGER, OMICRON, DSO, Multi-meter , Function Generator
Educational
Qualification
• B-TECH in Electronics & Communication Engineering from Calcutta Institute
Of Engineering and Management (Kolkata)
• 10+2 from Jesus & Mary Academy
• 10th
from Kendriya Vidyalaya
Profile Summary
• Perform POC(proof of concept) , Hardware design & development.
• Board level power distribution and power conversion
• Knowledge of micro-controller architectures and its interfacing.
• Responsible for integrating and debugging hardware applications
• Responsible for Schematic Design & the PCB layout in PADS
• Handle the tasks of preparing documentation of detailed design of circuits
• Possess good judgment and decision making skills
• Proficient in working independently as well as with team
• Possess Good Communication skills
PROFESSIONAL TRAINING:
 I have attended the EMI/EMC Training session Organized by L&T.
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CHANDAN KUMAR
chandanciem@gmail.com
9818738423
Resume

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 Attended signal Integrity Training.
HARDWARE TESTING
 Environmental Testing
 Debugging of the Development card
INNOVATIVE IDEAS:
Participated in TECH-PANORAMA Competition, presented innovative ideas and got appreciation
with-in L&T Organization.
Project Experience:
Title of Project :SMPS DESIGN
Project Summary : Design of Flyback convertor.
Role : Understanding, analysis, Design of flyback convertor.
Title of Project : ENVIRONMENTAL MONITORING SYSTEM(EMS)
Project Summary : EMS System monitors the SERVER/INDUSTRY Room , senses
Environment conditions and then sends information to the user.
The information can be passed through WIFI, Ethernet, GSM
communication protocol. It can communicate on LAN , mobile SIM
Operator, internet access etc so that if user is not in local area
Network then also it can get information at remote site . It can also
operate the devices from remote locations.
Role : Design and development of EMS device
Technical contributions : POC(Proof of concept), Schematic design in ORCAD , PCB design in
PADS layout,BOM, Testing of prototype.
Technology Used :
1) High performance ARM cortex M4 32-bit RISC core-- STM32f427
2) Memory Devices used :- SDRAM, NANDFLASH , DATA FLASH,
EEPROM etc
3) GSM, WIFI, RS3232, ETHERNET, RS485(HALF & FULL DUPLEX),
SPI,I2C etc
4) TEMPERATURE SENSOR , HUMIDITY & TEMPERATURE SENSOR,
SMOKE
SENSOR & FIRE SENSOR, PIR SENSOR etc
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Title of Project : LOW VOLTAGE CUTT-OFF DEVICE(LVCD)
Project Summary : LVCD Device is actually monitoring the voltage level of battery and
will
automatically turn-off the load connected to the battery if
voltage falls
to below specified limit. One can destroy a lead-Acid battery is
to
discharge it below its manufacturers specified discharge voltage
limit
(depth-of-discharge (DoD)), and leave it at such low voltage for
a few
hours. This situation results from the irreversible hardening of
the
discharge generated lead sulphate (PbSO4) on both the positive
and
negative plates of the battery. To avoid this, all battery usage
systems
should be incorporated with discharge monitor/cut-out
systems
Role : Design and development of LVCD device
Technical contributions : POC(Proof of concept), Schematic design in ORCAD , PCB design in
PADS layout,BOM, Testing of prototype and stabilization of the
device
for different load current.
Title of Project : LOW COST AC to DC CONVERTOR
Project Summary : Purpose of this device is to provide load current upto 150mA at low
cost.
Title of Project : Feeder Protection Relay
Team size : 2
Project Summary
• The project Feeder Protection System provides feeder protection, monitoring and
metering in an integrated, economical, and compact package.
• As part of the Universal Relay (UR) Family, this FPR features high performance
protection, expandable I/O options, integrated monitoring and metering, high-speed
communications
Role : Design Engineer
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To design Analog input/output module (AIO) card
• Requirement gathering, Presentation of concepts for the design,
• QFD analysis of critical components selection like CPLD, ADC etc.
• Analysis, simulation of circuits & design as per requirement
• Board level power distribution and power conversion
Project: Three Phase Versa-Tech Re-closer
Team Size: 3
Role : Designing/Testing/Debugging
Client: HUBBELL POWER SYSTEMS
Project Summary
• Three Phase Versa-Tech Re-closer provide Three phase High Voltage Line protection,
Metering, run protection algorithms, detects the faulty condition and issues trip
command to the vacuum interrupter through RF and breaks the power line.
• It has mechanism that can automatically close the breaker after it has been opened
due to a fault.
• If the fault is a permanent fault (downed wires, tree branches lying on the wires, etc.)
the Recloser will exhaust its pre-programmed attempts to re-energize the line and
remain tripped off until manually commanded to try again.
Technology Used :
1) Intelligent MIU by having 32bit high performance DSP Technology
2) 900 MHz RF communication
3) Synchronization with GPS timing
4) Battery SOC monitoring and cell balancing
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Technical Contribution:
 Analysis of the requirement of Three Phase RF Recloser.
 Contributed in 3-stage Gain Current and voltage sensing circuit.
 Considered EMI/EMC protection in the Design.
 Schematic Design In ALTIUM and Simulation in PSPICE,POWERSIM
 PCB Layout Review in PADS.
 Component Selection and Procurement, Prepare Bill of Materials, Hardware Test Plan.
 Board Bring up, Debugging and Testing.
Project: CAPACITOR MODULE DESIGN.
Team Size: 3
Role: Design engineer
Client: ROCKWELL AUTOMATION
Description:
• Capacitor module is developed for Energy Storage with advanced features for current
protection and Voltage Monitoring circuit.
• 1640uF Capacitance are used in external capacitor module
• The purpose of the Midrange External Capacitor Module is to provide a means of adding extra
bulk capacitance to the DC Bus of the Midrange Drive system.
• It could either be connected to a Midrange Drive in standalone mode, or to a system of drives
connected in a shared DC Bus configuration (shared AC/DC or common bus).
• It monitors DC Voltage with use of DC Bus Sensing Circuit. Signal conditioning block processes
these signals for inputs to ADC of 32-bit TMS320F28030 Controller.
Technical Contribution:
• Requirement gathering and Presentation of Concepts for the Capacitor Module
• Design of signal conditioning circuit & Capacitor Selection.
• Design calculations, components selection and simulation
• Contributed in Schematics Design, DLD, Hardware test plan.
• Preparation of BOM.
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Project Name: FRAME2 POWER BOARD AC DRIVE
Team Size: 3
Client: ROCKWELL AUTOMATION
Description: Design Engineer
The scope of the project is to Analyse the existing circuit based on frame-3 Power Board and re-design
Frame2 module to 5 Amp Continuous Current and 3.2k watt continuous power rating.
Technical Contribution:
• Analysed the existing design and modified the design based on the requirement.
• Contributed in signal conditioning circuit & component selection and procurement.
• Design calculations, components selection, Simulation and Power loss calculation of Power
section.
• Contributed to Schematics in Expedition tools.
• Contributed in Preparation of Design Level Document
• Preparation of BOM and its costing
Project Name: Reverse Engineering
Team Size: 3
Description:
I did the reverse Engineering of DRIVES including power Board section, Control Board Section and
Motor Feedback Section.
Technical Contribution:
• Continuity check of the Board and identifying the components with marking code.
• With the help of datasheet understanding the circuits and tracing the board based on
understanding and with some prediction.
• Preparation of Bill of materials.
Personal Details:
FULL NAME CHANDAN KUMAR
FATHER NAME ANIL KUMAR KARNA
DATE OF BIRTH 28-12-1986
Alternate Email Id chandanengciem@gmail.com
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Alternate mobile 9990617527
MARITAL STATUS SINGLE
LANGUAGES KNOWN ENGLISH , HINDI
NATIONALITY INDIAN
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