Senior Hardware Board design Enginner

1. Phone: 09886223485
Email: asar2889@gmail.com
ASARUDEEN.S
OBJECTIVE:
Seeking to be an effective catalyst in motivating & team building through
value added initiatives, customer orientation, dedication and positively contributing to
organizational growth and enhancement as a Senior Hardware Engineer – Hardware Design
& Development.
CAREER DESCRIPTION
B.E graduate in Electronics & Communication Engineering, a self-motivated
Professional having a career span of 5.5 years associated with Defense, Aerospace & Medical
Industry since 3rdJan 2011.
• Acquired good knowledge in design of Analog and Digital circuits.
• Involved in all the phases of Hardware Development Life Cycle I,e requirements
analysis, component selection, design, development, system integration, testing and
Component level debugging.
• Possessing sound knowledge in Board Design, Board testing, Board Implementation
and debugging.
• Efficient in Communication, co-ordination and also have good interpersonal,
analytical & problem solving skills
TECHNICAL SKILL SET
CAPTURE DESIGN TOOL : ALTIUM DESIGNER & ORCAD CADANCE 16.6
DESIGN ANALYZING TOOLS : Gerber view Tool & PCB expedition Tool.
DOMAIN KNOWLEDGE : Design & development in Analog and Digital
DEBUGGING TOOLS : Oscilloscope, Digital Multi Meter & Signal Generator
PROGRAMMING TOOLS : Xilinx Impact, Code warrior Emulator
OPERATING SYSTEMS : Linux, Lynx, VxWorks and Windows.
BUS STANDARDS : VPX, VME, PCI and PCI-e .
PROTOCOL : I2C, SPI, UART and USB

2. WORK PROFILE
WIPRO TECHNOLOGIES (1st June 2015 – Till date)
Designation: Senior Project Engineer
CORNET TECHNOLOGY (14 July 2014 – 23rd
May 2015)
Designation: Hardware Design Engineer
Indus Teqsite Private Limited (3rd Jan 2011 – 30th June 2014)
Designation: Hardware Design Engineer
CAREER OVERVIEW
1. Involved in requirement study and analysis, preparation of design documents, &
Schematic design including Bill of Material (BOM).
2. Prepared checklist and guidelines for Hardware documents.
3. Experienced in designing of Power Supply LDO & BUCK Converters.
4. Worked with Transistors, MOSFET, Relays, ADC, DAC, OPAMP circuits, TTL & CMOS
Logic Circuits.
5. Knowledge in interfacing of Ethernet, USB, SDRAM, DDR2, DDR3, LPDDR2 SRIO,
PCI, PCI-e, VGA, Flash, PMIC, Battery Charger, Audio, RFID, NFC, LCD Display,
Camera and Barcode scanner with Processor.
6. Knowledge in designing Power Monitor Section that monitors Under Voltage & over
Voltage thereby enabling the reset if power requirement is not met.
7. Knowledge in designing Sequencing of Power Supplies.
8. Have analyzed the PCB defect in processor module and communicated the same to
the vendor.
9. Accountable for proto testing & qualification.
10. Prepared test procedure, generated test report and test log.
PROJECTS
IMX6 PROCESSOR BASED MEDICAL DEVICE
The Solaris Handheld system is planned to be a strip based diagnostic instrument for POC
testing. It can be used for multiple patients in professional healthcare settings. The system
consists of shell, core and a base unit. The core (measurement module) does the blood
parameter measurements and share the data with the shell (data manager) for processing. The
shell facilitates the user interaction and connectivity. The base unit acts as a power source to
the shell battery charging and also as a bridge to transfer or retrieve data to/from the hospital
DMS through wired network.
IMx6 Processor has a dual core, which can operate at speeds of up to 1 GHz. It includes a 3D
graphics processor, integrated power management, 32/64-bit LPDDR2-800 memory interface ,

3. and a number of other interfaces for connecting peripherals, such as WLAN, Bluetooth, displays,
and camera sensors.
The Module has 8GB eMMC for Storage, 24 bit RGB LCD Display with 5 inch capacitive touch
screen, Audio interface through on board Audio codec, WIFI & BT device for external
Communication. Camera & Barcode scanner for scanning the barcode. Accelerometer for
sensing device orientation with respect to gravity. IMx6 supports UART, I2C, and SPI for
communication purpose.
+5V DC input is given to the battery charger circuit which splits the power to the battery and to
the system load. The output from the battery charger is connected to the PMIC chip and the DC
to DC converter ICs, to generate the other power rails.
Roles and Responsibilities:
1. Understanding the requirements.
2. Components selection & Schematics Design.
3. BOM and Design analysis documents preparation.
4. Software design co-ordination.
5. Responsible for proto testing, Debugging & QAC clearance.
3U VPX BASED INTEL CORE I7 GEN 4 PROCESSOR DESIGN
CoreI7-Gen 4 Processor is one of the latest high performances and High Functionality 3U VPX
VITA 46 Air cooled based Module. The Processors are designed for two Chip Platform Consisting
of Processor and Platform Controller Hub. This Board Suitable for a range of application with
Industrial Control, Aerospace, Security and Defense Application.
CPU- 4th
Generation Intel ® Core™ i7-4700EQ (Hasewell) Processor is 64 bit , Quad Core, 6M
Cache, up to 3.4GHZ and Integrated Graphics Core Intel® HD Graphics 4600 ( 1 GHZ). It supports
Display Interface like VGA, DVI, DDI and HDMI. 16GB dual Channel DDR3L SDRAM running at
1600MHZ with ECC. On- Board 16GB NAND Flash for Storage Purpose. CPU supports x16 PCIe
3.0 SerDes Interface. IDT PCIe Switch x24 lane used for Board to Board data transfer via VPX
Data plane of Back Plane. x8 XMC Slot Provided for external Peripheral Interface.
Mobile Intel® QM87 Express Chipset PCH. DMI Interface used for CPU and PCH Communication.
Super IO (NCT6106D) Device Interfaced with PCH for Thermal, Power Management and
sequencing of Power Supplies.
Interface Used:
1. 14 USB 2.0 and 4 USB 3.0
2. 6 SATA Ports (3Gbps and 6Gbps)
3. Dual 10G Ethernet Interface(MAUI)
4. High Definition Audio Interface
5. SPI Flash & RTC Battery
6. VGA & DDI.
7. Dual RS232 Interface

4. 6U VPX BASED QUAD 6678 DSP PROCESSOR DESIGN
TMS320C6678 DSP is one of the latest high performances Keystone DSP Processor. This Module
is 6U VPX based combines QUAD DSP processor with the serial switched fabric capabilities of the
new military aerospace COTS standard, VITA-46.
TMS320C6678 (Eight Core) is an integrated host processor from Texas Instruments, which
provides eight cores running up to 1.25GHz, 1GB DDR-3 memory controllers operates up to
800MHz clock rate and 1600MHz data rate with ECC, 32MB NOR Flash & 256MB NAND Flash.
IDT PCIe - Switch Supports x32 lane, Serial Rapid IO supports x24 lane which interface with each
DSP, Virtex7 FPGA and Backplane at data rate of 5Gbps. Marvell Ethernet Switch supports SGMII
interface with each DSP, FPGA and Backplane at data rate of 1Gbps. Each DSP supports UART,
I2C, SPI for communication purpose.
Roles and Responsibilities:
6. Understanding the requirements.
7. Components selection & Schematics Design.
8. BOM and Design analysis documents preparation.
9. Software design co-ordination.
10. Responsible for proto testing, Debugging & QAC clearance.
VPX BASED MPC 8641D POWER PC SBC DESIGN
MPC8641D is one of the latest high performances Power PC Processor. This Module is a 6U VPX
based Single Board Computer (SBC) combines Free-scale’s latest AltiVec enabled processor
8641D with the serial switched fabric capabilities of the new military aerospace COTS standard,
VITA-46.
MPC8640 (single core / dual core) is an integrated host processor from Free scale, which
provides one or two e600 cores running upto 1067MHz, 256MB dual DDR-II memory controllers
operates upto 233MHz clock rate and 566MHz data rate with ECC, 512MB Flash, x8 PCIe
interface, 4GbE controllers, x4 sRIO interface, x8 PCIe interface, dual UARTs & dual 12C channels
in a single package. The on board integral high speed fabric interconnect and PMC/XMC
interfaces enables multi Giga Byte data transfer.
Roles and Responsibilities:
• Understanding the requirements.
• Components selection & Schematics Design.
• BOM and Design analysis documents preparation.
• Software design co-ordination.
• Responsible for proto testing, Debugging & QAC clearance.

5. RUGGED MPC 7410 POWER PC SBC DESIGN
MPC7410 is one of the latest high performances Power PC Processor. It is a general-purpose
VME- based POWERPC board which is optimized for mission critical operations and designed for
users who require scalable, high performance processors, sophisticated I/O subsystems and high
levels of on-board integration.
This board includes standard functions like: Processor clocked to a maximum frequency of 400
MHz for MIL GRADE Power PC 7410, 32KB internal L1 Cache, 2MB of external L2 cache, user
SDRAM up to 512MB, on-board system flash 8Mbytes, on-board user flash up to 64M Bytes and
128K Bytes NVSRAM. It also features standard interfaces like two 10/100BaseT Ethernet
channel, three high speed USB communication ports and two industry standard PMC slots
enhance the I/O capability, allowing the users to provide program specific features by using
commercially available PMC module.
Roles and Responsibilities:
1. Understanding the requirements.
2. Components selection & Schematics Design.
3. BOM and Design analysis documents preparation.
4. Software design co-ordination.
5. Responsible for proto testing, Debugging & QAC clearance.
6. Environmental Testing (Stabilization, Thermal Shock & Vibration Shock)
DUAL CHANNEL 10/100/1000MBPS ETHERNET MODULE DESIGN
This is a PMC based Dual channel 10/100/1000Mbps Ethernet module used for high speed
Ethernet applications. Intel Ethernet controller is used for 10/100/1000Mbps Ethernet interface.
The module has two isolated channels. The field to system isolation is achieved by magnetics.
The host interface is done by 32/64 bit PCI bus. The field interface is done by RJ45 Jack/rear IO
connectors.
Roles and Responsibilities:
• Understanding the requirements.
• Components selection & Schematics Design.
• BOM and Design analysis documents preparation.
• Responsible for proto testing & QAC clearance.
EDUCATIONAL QUALIFICATION:
B.E (Electronics and communication Engineering) (2006-2010)
A.J College of Engineering,

6. Chennai.
Percentage: 78.3%
HSC (2006)
Govt Boys Higher Secondary School,
Nannilam.
Percentage: 80.2%
SSLC (2004)
Govt Boys Higher Secondary School,
Nannilam.
Percentage: 87.6%
PERSONAL INFORMATION:
Name : S.ASARUDEEN
Date of Birth : 28th
Feb, 1989
Father’s Name : K.Sheik Allavudeen
Nationality : Indian
Marital Status : Single
Hobbies : Playing Cricket and Listening music
Languages : English, Tamil
DECLARATION:
I hereby declare that the information furnished above are true to the best of
my knowledge.
Date: Yours Sincerely,
Place: [ASARUDEEN.S]

7. Chennai.
Percentage: 78.3%
HSC (2006)
Govt Boys Higher Secondary School,
Nannilam.
Percentage: 80.2%
SSLC (2004)
Govt Boys Higher Secondary School,
Nannilam.
Percentage: 87.6%
PERSONAL INFORMATION:
Name : S.ASARUDEEN
Date of Birth : 28th
Feb, 1989
Father’s Name : K.Sheik Allavudeen
Nationality : Indian
Marital Status : Single
Hobbies : Playing Cricket and Listening music
Languages : English, Tamil
DECLARATION:
I hereby declare that the information furnished above are true to the best of
my knowledge.
Date: Yours Sincerely,
Place: [ASARUDEEN.S]