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Senior Video Engineer Resume

Title

Senior Video Engineer

Primary Skills

Experience in RF technology, broadcast and broadband, digital and analog television

Location
US-CA-Los Angeles (will consider relocating)

Posted
Nov-17-12

RESUME DETAILS

OBJECTIVE AND CAREER SPECIFIC PROFESSIONAL SKILLS

I am looking to perform in Engineering/Application Engineering, pre and/or post Sales, Project or Product Management, in Entertainment/Electronics/Satellite/Telecommunications industries. I have relevant experience in RF technology, broadcast and broadband, digital and analog television, MPEG2/4 standards, encoding and compression, video and internet data (IP) signal processing and protocol enhancement, satellite communication, system integration & design, cable networking, media and other field related areas.

EMPLOYMENT HISTORY AND RELEVANT EXPERIENCE

2011 - Present - NBC Universal - Staff Engineer III
Duties/Domain: Engineering Broadcast and Integration

* Integrate in interoperability broadcast and video processing studio specific equipment (Leitch, and AJA frame synchronizers, entire Evertz product line, Miranda ITX, Omneon, Harris, Seachange, CISCO/Sc Atlanta, Tandberg/Ericsson), RF and IP based systems
* Research and evaluate various encoding, transcoding platforms such as MPEG2, MPEG4 part 10 - AVC, AVC-Intra, DVCPRO HD by Panasonic, with focus on all compression algorithms, video formats, standards
* Build systemic routes for 'live' events, while ensuring correct video delivery from satellite and fiber optics to postproduction and cable, use specialty equipment to QC and analyze video and audio signals, such as Tectonics, Wohler, Dektec, etc
* Design and document (using Visio) system blocks and circuitry, other engineering flows, write Standard Operating Procedures (SOP) for various internal engineering processes
* Troubleshoot and maintain all existing equipment from transmission to master control and post production
* Perform software upgrades, light repairs and engineering testing on all equipment available
* Doing second level support for other technical staff, operators

2011 - 2011 - Hurst USA - Uplink Engineer - freelance/consulting
Duties/Domain: Engineering video content contribution (Sports and News gathering)

* Uplink in Ku and C bands microwave links using satellite communication
* Operate and setup MPEG/MPEG4 Encoders, HPAs, Up converters, Modulators, fiber optics, IP content and various other monitoring systems
* Coordinating content delivery with local engineering crews

2009 - 2010 - DirecTv - Staff Engineer III
Duties/Domain: Engineering Video on Demand Asset preparation

* Create procedures to ensure transmission of cleanest and clearest picture and sound in conformance with company quality standards, mainly focusing on high bit-rate SD/HD mpeg2 mezzanine files, mpeg4 AVC
* Using special play-out file-based equipment (ITX, DAL), SD and HD VTR players by Sony, Panasonic, and part of available hardware platform including but not limited to routing equipment (NVISION, Leitch, Probell) other service routers for video content deployment (i.e. The BigBand Broadband Multimedia-Service Router) passing/receiving various video and audio formats to/from compression equipment
* Ensuring content and asset management through dedicated subsystems for encoding, encryption, distribution (CMS, AMS, WFS, VTPS, CDS)
* Investigating and troubleshooting broadcast quality issues related to DIRECTV's on Demand channels (Tektronix WFM, Wohler Audio monitoring, etc)
* Gathering detailed information and provide second level support based on customer feedback and problem reports on Video on Demand content delivery
* Assessing status of broadcast equipment and video compression systems, which includes video/audio encoders (Tandberg, Harmonics, ATEME), receiver-decoders (Sencore, CISCO, Scientific Atlanta, Motorola)
* Monitoring digital signals performing real-time data captures in the broadcast stream using transport stream monitors, analyzers, and other tools
* Analyzing and troubleshooting Metadata XML scripts, errors and log files to pinpoint the source of the problem
* Coordinating with other engineering groups to resolve broadcast quality issues related to software and/or hardware anomalies in the DIRECTV On Demand signal chain, mainly focusing on Tandberg systems
* Quality assurance of DIRECTV on Demand systems (software and hardware) to verify stability and reliability prior to going on-air using both objective and subjective methods

2008 - 2009 - San Diego Teleproduction - Truck Broadcast Engineer - freelance
Duties/Domain: Engineering an Uplink, production mobile lab - content distribution

* Multi-camera production (MPEG SD and HD video/audio)
* Uplink in Ku using satellite communication
* Operate and setup MPEG2 video Contribution Encoders, Power Amplifiers, Up converters, QPSK/QAM Modulators
* Postproduction (editing/montage)

2004 -2008 - Tiernan Radyne ComStream Inc, San Diego, Ca - Testing Design and Quality Assurance Engineer; Technical Support/Field Service Engineer
Duties/Domain: Support video products and systems

* Design and develop Test Procedures and Plans for MPEG2 and MPEG4-AVC video Encoders (Tiernan) and Decoders (Tiernan, Sencore)
* Extensive software product technical evaluations, analysis, testing and verification
* Complex System configuration and integration (including third party equipment such as Sencore MRD decoders, Motorola Statistical Mux-Cherrypicker, Smart Stream Encryptor/Modulator (SEM), etc
* Technical Support for standard and high definition video processing products in MPEG2, PAL/NTSC norms, DVB/ATSC compliant, SMPTE standards
* Dealing with RF and video integrated systems built on various transmission medium such as cable, fiber optics, Ku, C and L band links, QPSK, 8PSK, QAM modulation, ATM interfaces, etc
* Troubleshooting Broadcast Equipment, implementing and solve potential interoperability issues in high complexity test systems, manage encryption methods (Tiernan proprietary, ATSC), modulation, up-conversion
* Video compression knowledge, TCP/IP, ATM and OC-3 standards, networking and routing technical expertise
* Using Telephone, Email and performing Field support while working under little or no supervision with key customers and other major broadcasters around the Globe
* Debugging engineering design and soft issues, writing reports and work with developers for addressing them, open action requests as a result of customer's feedback and/or own testing
* Using MPEG Analyzers (for measuring and analyzing TS and ES) and other RF and Video Instrumentation for testing and measurement purposes
* Using dedicated Databases such as Microsoft SQL Server (Forth Shift), Clientele, Microsoft Access's IntellDCN (Document Change Management System), etc

2001 - 2004 - IGP Ltd. Timisoara, Romania - Manager own 'small size' company
Duties/Domain: Managing a computer and electronics reseller company
* Architect, customize and resell commercial personal computer for home and business
* Integrate, test and resale satellite TV receive cards as part of the PC systems
* Manage up to five employees

2002 - 2003 - Project Developer (Engineering/Telecommunication Department) - Romkatel-Kathrein (Kathrein Werke Germany-Eastern European Headquarters), Rosenheim, Germany
Duties/Domain: Managing and developing the project called VSAT (Very Small Aperture Terminal),
Bi-directional internet via satellite link

* Working in a team environment and providing technical expertise in data communication, RF and satellite topics
* Performing a complete worldwide marketing campaign and direct negotiation (product and service) with foreign providers
* Orchestrating and obtaining all necessary paperwork such as: local technical authorizations for the purpose of becoming an Internet Service Provider and doing foreign Hi-Tech Communication Equipment import.
* Installing, operating, testing and integrating the Equipment
* Performing a pre and post-sale activity through a formal technical product advertise and system capability demonstration

2000 - 2001 - Logic Innovations, Inc., San Diego, Ca, USA - Technical Support Engineer
Duties/Domain: Broadband/data processing techniques/network protocols

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Objective: To secure a promising position that offers both a challenge and a good opportunity for growth.
Personal Data:Date of Birth: March 26, 1975
Place of Birth: Qatana, Syria
Nationality: Syrian & Lebanese
Marital Status: Single Male
Education:
Bachelor of Science in Electronics Engineering, Concentration of Telecommunication Engineering (2000), Damascus University. Damascus, Syria.
Note: Ranked second among the graduates of the academic year 1999 -2000.

Master of Engineering, Computer and Communications Engineering (CCE). Thesis in Digital Image Processing. Date of graduation: June 2004, American University of Beirut A.U.B. Beirut, Lebanon.

Related Skills:

Hardware: Z80 Microprocessor, Intel 8085 Microprocessor, Analog Design, Digital Design, RF Design, Digital signal processing, Digital image processing.

Design Tools: Function generator, oscilloscope, Digital voltmeters, and logic analyzer.

Computer: Operating System: MSDOS, Microsoft Windows, Windows NT.
Design: PSPICE, MATLAB, and MATHEMATICA
Programming Language: FORTRAN, PASCAL, Assembly
General:Visio Technical

Language:
Fluent in Arabic and English.

Undergraduate Projects:

Function generator design: Generating sinusoidal, triangular and rectangular small signals using digital techniques.

Ultrasonic guiding device for the Blind: The device used ultrasonic transmitters and receivers aided with the 8031 Intel processor to perform a desired algorithm. The program was written in assembly language and stored in an external EPROM chip. The project provided a clear path for the user by producing an audible signal.

Graduate Projects:
Digital signal processing: Musical sound processing: Designing filters and doing all the needed simulations using MATLAB to see the frequency response, gain response and the pole-zero plot of these filters. The aim of this project is to design filters able to generate single echo, multiple echoes or infinite number of echoes for the original direct sound (input of the filter). The project included also all the needed simulations for designing comb filters, teeth filters, first order filters and shelving filters, second order filters and equalizers and high order equalizers.
Digital Image Processing: Designed an algorithm to trace the boundary of an object in a digital image, using MATLAB and then displaying the contour.
Thesis: Boundary Extraction Methods for Segmentation, Representation and Description in Digital Image Processing. The research concentrated on showing the advantages of the four-neighbor connectivity approach, which is used to trace the contour of objects, over the eight-neighbor connectivity approach in terms of the chain code's efficiency and the compression ratio that can be achieved. Another boundary extraction method using morphological operations was developed in the research.
Experience:

Graduate Assistant	American University of Beirut	Beirut, Lebanon	2003 - 2004
· Assisted a professor in the computer simulation of digital circuits (RC Integrators) using both PSPICE and MATLAB. · Assisted an instructor in the area of electromagnetic fields and radar systems. · Worked as an instructor in the Microprocessor Lab: Duties included teaching the students, correcting their reports and assisting in the assembly of electronic circuits. · Programmed microprocessors based on the Z80 and the Intel 8085 using Assembly language. Worked as an instructor in the physics dept/AUB (Electricity and Magnetism Lab.) Working as a research assistant with a professor in the area of digital image processing: The work includes investigating the properties of a new edge detecting technique with a smoothing effect.

Teaching	American University of Beirut	Beirut, Lebanon	2002 - 2003
Worked as an instructor in the physics dept/AUB (Electricity and Magnetism Lab.) Worked as an instructor in the physics dept/AUB (Electronics Lab.)

Hardware/Software Engineer	Allied System Group	Beirut, Lebanon	2000 - 2002
Duties included the installation and maintenance of software and hardware related products.

Maintenance engineer

Arabic Computer Center

Damascus, Syria.

1999 - 2000

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Candidate's Name FLAT NO:D 414 MARATHA HALLI BANGALORE EMAIL:E-mail Address Contact no: Phone Number CAREER OBJECTIVE: Seeking a position to utilize my skills and abilities in the multimedia industry that offers security and professional growth while being resourceful, innovative and flexible. CAREER SUMMARY: . Working in R&D wing of TCS as an Algorithm developer . 2.7+ years of experience in image/video processing domain . Involved in design, implementation, optimization, debugging and integration of various image processing projects. . Experience in image processing tools such as OpenCV,ITK,VTK,FLTK . Filed US and Indian patent for "AUTOMOBILE ASSISTANCE SYSTEM FOR OBJECT DETECTION AND TRACKING" as a developer. . Worked in automotive image processing domain and Medical image processing domain. SKILL SET: . Programming Languages:C,familiar with C++ . Software Development and Tools: OpenCV 1.1 and 2.1, Visual Studio 2005 and 2008,Insight Tool Kit(ITK),Visual Tool Kit(VTK),Fast Light Tool Kit(FLTK). . Development Platforms/OS: Windows XP EDUCATIONAL QUALIFICATION: . B.TECH in Electronics and Communication Engineering from Govt.Model Engineering College, Kerala Key Projects Handled at TCS: Project Title : Speed Limit and traffic signal recognition system Environment : GCC Compiler, Pentium-4 Intel Processor, Free Scale IMX-51 Tool : Microsoft visual studio 2005,Open CV 2.1,Ubuntu 10.04 Description Speed Limit and traffic signal recognition system is a project that can be used to detect and recognize speed limit signs and traffic signal on both side of the road. A camera need to be placed on the dash board of car. Speed Limit Recognition System will scan through the frames which is captured by camera,and detect the speed limit and traffic signal and recognize the speed limit and alert the driver accordingly. Key Responsibilities: . Algorithm development of Speed Limit recognition System . Testing and verified the algorithm. Project Title : Lane Departure warning And Sign Detection System Environment : GCC Compiler, Pentium-4 Intel Processor, Free Scale IMX-51 Tool : Microsoft visual studio 2005,Open CV 2.1,Ubuntu 10.04 Description Lane detection and sign detection are part of ADAS (Advanced Driver Assist System). It involves the detection of lane on the road and alerts the driver when moving out of the lane. A camera need to be fixed on dash board of a car. The output of camera is given to Lane Departure Warning Algorithm. The lane detection system scans over the image and detects lines present on the road and picks two proper lines as lanes and display the distance of left and right lane. If no lane is detected, then the algorithm will predict actual lane position based on previous frame output. Sign detection on the road is the extension of the Lane detection system. It is performed using the template matching over the edge detected output. Key Responsibilities: . Implementation of lane detection algorithm for ADAS. . Testing and verified the algorithm. . Developed an automated tool to check the accuracy of Lane Departure Warning and Sign Detection System. . Integrated Lane Departure warning algorithm with Vehicle detection algorithm and make it as a single product. Project Title : Forward Vehicle Collision Detection Environment : GCC Compiler, Pentium-4 Intel Processor,Free Scale IMX-51 Tool : Microsoft visual studio 2005,Open CV 2.1,Ubuntu 10.04 Description ADAS (Advanced Driver Assistance System) is based on computer vision and image processing in order to alert the driver to prevent the collision. This project involved detection of vehicles captured by a camera mounted on dash board of a car. Histogram of Gradients (HOG) algorithm along with the SVM classifier is used to detect the forward vehicle. The detected vehicles are tracked further using adaptive block matching algorithm. Key Responsibilities: . Involved in design, porting, implementation, optimization, debugging and integration of ADAS. . Developed an automated tool for SVM training that reduced the training time by ¾ th. . Training of images . Developed concepts such as multiple vectors for different features, adaptive thresholding etc . Developed an automated tool to check accuracy of Forward Collision Detection System. Project Title : Implementation of ITK Goldstein Phase Unwrapping . Filter Environment : Pentium 4 Intel Processor Tool : Insight Tool Kit (ITK), FLTK Description Goldstein Filter implementation is a POC successfully executed by TCS to demonstrate TCS image processing capabilities and grab customer project. The system consists of a FLTK based GUI module and ITK Compliant Goldstein Filter module. The GUI shall Interface with the User and shall get necessary inputs from user. The FLTK based GUI is integrated with ITK framework. The ITK Compliant Goldstein filter module shall unwrap the phase data of the input Image file and shall store the output files in predefined location. Key Responsibilities: . Involved in creating System Requirement Specification document, Design document . Developed source code for Filter and Test driver . Interaction with client . Tested and verified the functionality of the tool. Project Title : People counting application Environment : GCC Compiler, Pentium-4 Intel Processor,Free Scale IMX-51 Tool : Microsoft visual studio 2005, Open CV 2.1, Ubuntu 10.04 Description An application that can be used to detect pedestrians passing through road or count number of people that passing through a corresponding area.HOG algorithm are using to detect pedestrians/people here. Application will count the detection and display average number of people in given time. Key Responsibilities: . Modified HOG algorithm according to requirement. . Training of Pedestrian images Project Title : Patient Specific Instrument Surgeon Tool Environment : Pentium 4 Intel Processor Tool : Visual Tool Kit (VTK), FLTK Description Development of a 3D tool that can be useful for surgeon during knee replacement surgery. Knee replacement is a surgical procedure to replace the weight-bearing surfaces of the knee joint to relieve the pain. The surgery consists of replacing the diseased or damaged joint surfaces of the knee with metal and plastic components shaped to allow continued motion of the knee. Tool will display front, side and bottom view of Fermer and Tibia bones. Surgeon can visualize the abnormality by rotating 3D scanned images of the same and can plan the angle of cut, depth of cut they have to do for surgery. The tool enables the surgeon to choose appropriate Metal plate to replace damaged surfaces of bone. Key Responsibilities: Analyzing the business requirements Creating GUI using FLTK Development of tool using VTK PERSONAL PROFILE: |Date Of Birth |19-10-1986 | |Nationality |Indian | |Sex |Male | | |Kallely House | |Permanent Address and|Pariyaram P.O | |phone number |Kerala | | |680721 | | |Ph:8095796208 | |Designation |Systems Engineer |

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