System Controller Pcb

Muhammad Ali Imran

Islamabad, Pakistan, ***** +92-333*******

ads061@r.postjobfree.com

High Speed PCB DESIGN AND FPGA ENGINEER

Signal/Power Integrity-Schematics design-layout & routing- FPGA – Mechanical enclosures- Embedded systems-Troubleshooting/Failure Cause Analysis Profile: Energetic, result-driven engineering professional and Graduate with 11 years of professional experience in finalization of specifications, design, development (FPGA), optimization, testing, integration, packaging, configuration management and qualification of the wireless communication products according to ISO 9002 standards.

PROFESSIONAL EXPERIENCE

National Engineering & Scientific Commission (NESCOM/RTC), Pakistan – Senior Manager (High-Speed Board Design) Radar Signal Processing Department (Dec 2017- Till Date) Involved in High speed PCB designing, VHDL programming, System Integration and Hardware Troubleshooting

Managed a team of Engineers.

Finalization of user specifications.

Implemented Signal and Power Integrity Simulations and did troubleshooting on different SDR kits(Indigenous)

Design and developed High Speed data acquisition and processing cards

C, MATLAB coding for the lab simulations of processes, transitioning to VHDL coding.

Used Xilinx ISE, Vivado for the design, synthesis, IP cores, and bit file generation of the FPGA. Using Verilog and VHDL for asynchronous and synchronous programming of the hardware architecture (Xilinx FPGA's). Used memory interface like DDR3/SRAM etc.

Signal debugging using chip-scope/logic analyser.

Functional Verification of design and test bench development.

Hardware interfaces PCIe, UART, SPI, I2C etc.

Configuration management of the project.

Working closely with the quality department for the qualification of the final product according to the ISO 9001/9002 standards.

Vibration and Thermal Testing. (MIL-STD-810G)

EMI/EMC testing and qualification. (MIL-STD-461G)

Lab/Field Testing.

Extensive use of equipment: Agilent Spectrum Analyzer-N1996A – Key-sight Network Analyzer-N5242A – Agilent Infinium Oscilloscope DSO – Agilent Signal Generator-N1996– Siglent -SDS6000A National Engineering & Scientific Commission (NESCOM/RTC), Pakistan – Asst. Manager (Technical) Hardware Design & Development (Jun 2012-Dec 2017)

Involved in the design, development and Integration of High Speed PCB

High Speed RF/ Digital Boards Design and Development including schematic design, layout and routing.

Signal Integrity and Power Integrity Analysis

APIs Development for Testing and evaluation of the Designed Board using Xilinx tools (VHDL)

Packaging, Environmental Qualification and Integration of Line Replaceable Unit (LRU) with the field systems

(Airborne and Ground platforms)

Pakistan Revenue Automation Limited (PRAL), Islamabad (Pakistan) – Embedded Software Developer

(1 Jun 2011–25 Jun 2012)

Embedded Hardware Design and Programming. Worked on different commercial projects such as GPRS based electricity billing system and its automation, smart measurement system controller based.

Completed Projects

Design and developed 4-Channel 1.3GSPs 16-bits resolution JESD204B(AD9695) data acquisition and processing board including Zynq 7100 as a processing device with high speed clocking scheme and 8x GTP transceivers

Design and developed 6-channel 105 Mhz 16-Bits resolution (AD9650) data acquisition and processing board including Artix XC7A200T as processing device with high speed clock generation scheme and 4X GTP transceivers.

Designed RF front end and digital High Speed 16 Bits 130MHz (AD9461) IF sampling Analog to Converter with LVDS and CMOS compatible output for FPGA.

Narrow Band Pass Filter Design with Fc 390 MHz IF channel for communication system’s SDR kit.

Design and Developed Quad Channel Embedded Hardware Data acquisition Card to meet the signal processing needs of modern communication and radar applications. The high-resolution A/D conversion technology enables Analog signal input directly to the FPGA for processing. The processing resources provided by the on-board Xilinx Spartan-6 FPGA can be used to implement complex algorithms such as FFTs, digital down conversion and filtering in real-time along with High speed devices and interfaces e.g. DDR3 RAM and Ethernet. API’s Implemented in Xilinx ISE & Microblaze.

Design and Developed Quad Channel Embedded Hardware Data acquisition Card with High Speed USB3.0 interface for Ultra-fast communication of FPGA with the HOST.

Design and Developed Zynq based board with DDR3, QSPI Flash, ETHERNET and USB interface for different communication based projects.

Developed a complete ruggedized digital signal processing unit for multiple application i.e. Wireless communication and Radar Signal Processing projects for both Aerial and Ground platform. Consisting ZYNQ FPGA based daughter card, Spartan-6 and high speed ADC based data acquisition motherboard along with Clock distribution, waveform generation (AD9914) and Control card.

Design and developed High switching DC-DC Converters (OEM Texas Instrument, Analog devices and Renesas electronics). Power supply modules for RF, Digital and Analog electronics. Capable of monitoring System health and also used as a power sequencer for 7 series FPGA’s. Details Regarding Projects Execution and Responsibilities: Digital/ RF Electronics and Embedded systems Engineer Creative problem solver who has consistently completed projects on time and within budget. Technical proficiencies include Digital Signal Processing, Communication systems and extensive knowledge of Mixed Signal Board design. Finely-tuned analytical skills with a dedication to expanding subject knowledge and workplace competencies through continuing research and training; willingly assume extra responsibility to ensure optimal and timely project execution.

The above projects were completed using the following strategy by carefully achieving every objective based on projects timelines.

1) Finalization of User Specifications.

-Resource Required

-Operating frequency.

-Physical dimensions for the finished product.

-Application Information/ environment conditions

-Mechanical enclosure and Operating Temperature Range. 2) Simulation/development.

- The design phase start with free-form schematics simulations, using ADS for filters and VSWR calculations for Analog part of the hardware (IF any). Then based on the scale of the PCB and its components either Altium or ORCADE CIS is used for schematics. Pre- layout simulations are then executed using Hyperlynx. Afterwards Polar Instrument is used for stack-Up design and then finally layout and routing is initiated. Once the layout and routing is done. Post layout simulations are done that includes crosstalk and PDN verification using Hyperlynx BoardSim. 3) Integration and Testing

-After the Successful CAD design the necessary files for manufacturing i.e. Gerbers, NC drill etc. are sent to manufacturer and meanwhile the mechanical cavity/ assembly or enclosure is design using SolidWorks software. And the drawings are sent to machine shop after simulation of heat conduction is done using cadence Celsius. The connectors for best isolation and vibration compatibility are also decided while the mechanical design.

-Once the physical aspects of the hardware are met. The software or firmware part is initiated. Since the most of the PCBs I designed were based on Xilinx FPGA’s so I write the Firmware for testing in VHDL to verify the boards functionality, that includes all the interfaces e.g. ADC, DAC, DDS, UART, SPI, Ethernet, IO modules etc. 4) Qualification Tests

-Thermal qualification of the product from -40C to +85C.

-Vibration cycle of 6G's

-EMC/EMI testing

5) Field Testing

-The Field trials includes the testing and integration of boards with the rest of the system related to Communication and Radars in actual operational environment. The Firmware I write for the boards has API test module which shows the system health i.e. Temperature, Current, Voltage etc. 6) Quality and Configuration management Documentation

-During the whole process, worked in parallel with the Quality department and the CM department to ensure the quality of the final product.

EDUCATION

COMSATS INSTITUTE OF TECHNOLOGY, Islamabad, Pakistan – Bachelor of Science in Electronics

(2006-2010)

Final Dissertation: RFID based Security System with Video Monitoring Developed a real time embedded system based on radio frequency identification and can be implemented in number of applications. But this project is dedicated for security reasons to allow specific vehicles or people to pass through the entrance without any physical contact with the gate also that place is monitored through an IR camera. System also generates a specific user ID and sends it to the computer which can be used to access and display the data of the person entering the Building, which is already stored in the computer. PROFESSIONAL CERTIFICATION

Mentor Graphics (Siemens Business), Singapore (Singapore) – Hyperlynx Signal Integrity Analysis (Oct 2017) Mentor Graphics (Siemens Business), Singapore (Singapore) – Hyperlynx Power Integrity Analysis (Oct 2017) MicroPak (PVT) Ltd., Islamabad (Pakistan) – 3D PCB Design using Altium Designer (June 2014) SKILLS AND EXPERTISE

Software: Altium Designer– Siemens Hyperlynx– Cadence Allegro– MATLAB – Xilinx –Chip scope

–Logic analyzer –Vivado–System Generator –SolidWorks–Microsoft Office

Hardware: – Agilent Spectrum Analyzer-N1996A – Key-sight Network Analyzer-N5242A – Agilent Infinium Oscilloscope DSO – Agilent Signal Generator-N1996, Siglent -SDS6000A– Extreme DSP by Nallatek virtex6 (ML605)– Digilent ZedBoard–Analog Devices AD9914 DDS

Programming Languages: C++ – Visual C – VHDL

PR – Communication: – Negotiation – Interpersonal Skills – Teamwork – Critical Thinking

Languages: English – Fluent; Urdu – Fluent; Chinese – HSK-II.

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