MOHANAD RASHAD

512-***-**** adxnqv@r.postjobfree.com

linkedin.com/in/Mohanad Rashad-*US citizen *

EDUCATION (100% Self-Financed)

Bachelor of Science in Electrical Engineering (Concentration on Networks and Communication) Ingram School of Engineering – ABET Accredited Program. Texas State University – (San Marcos, Texas) Dec. 2022 Associates Applied of Science in Engineering Technology Specialization Degree. Austin Community College - Austin, Texas Dec. 2018 Bachelor of Electromechanical Power Engineering

University of Technology - Baghdad, Iraq Aug. 2014 TECHNICAL SKILLS & CERTIFICATION:

• Software: NI Multisim, Visio, Spice, AutoCAD, Microsoft Excel, PowerPoint, Agile, Minitab, Basys2, Mayan and CGA, Easy power, VHDL, Wand Chip Programming, Pro Wand, Pro-Boot, NI Can

• Tools: NI-CAN, Serial Analyzer, J Flash. Dedi Programming, Drive Disk.

• Protocols: CAN BUS, RS232, HDMI, USB, I2C, PCIe, SATA, Display Port, Memory Interfaces (DDR)

• Programming Languages: Python, C++, MATLAB, FBGA, Visual Basic, Arduino.

• Equipment: Oscilloscope, Function Generator, Logic Analyzer, Power Supply, Load Box, Signal Generator, DMM, Isolation Transfer, Omega Thermometer, Tachometer (IR) Thermometer, Differential Probe, Passive Probe.

Certification: Pressure Vapor Deposition (PVD) & Chemical Vapor Deposition (CVD) Chambers for creating wafers. Research Work and Experienced:

Validation Test Engineer at Advance Micro Devices (AMD), Austin, TX Jan. 2023 - Current

• Conduct Display Compliance test plans on CPU, GPU, and APU ASICs, ensuring adherence to industry standards and specifications.

• Possess extensive experience and proficiency in HDMI and DP protocols and settings for optimal display performance.

• Collect, analyze, and interpret compliance data, generating comprehensive customer validation reports to ensure product quality and compliance.

• Perform initial level debugging for both silicon and setup issues, identifying and resolving potential issues promptly.

• Develop and implement test plans for new processor silicon interface features, with a strong focus on AGI (Analog Graphical Interface) and Bus Compliance Testing.

• Execute electrical and functional test plans for client processors using a range of hardware and software validation tools, including oscilloscopes, logic analyzers, and signal generators.

• Diagnose and debug electrical and functional issues for new processors, applying technical expertise to identify and resolve problems effectively.

• Demonstrate extensive experience and technical expertise in the development and execution of platform-level electrical and functional test plans.

• Possess in-depth knowledge and experience in platform-level electrical characterization, particularly with processor I/O interfaces.

• Showcase technical proficiency in debugging processor and PC platform I/O interfaces.

• Utilize a range of tools and applications including oscilloscopes, signal generators, logic analyzers, and familiarity with reading schematics, layout documentation, as well as proficiency in MS Windows and Office applications Electrical Engineer at Smith & Nephew, Austin, TX

Aug. 2022 – Jan. 2023

• Formulating and implementing robust quality procedures to ensure comprehensive safety and process validations for newly developed biomedical devices. This encompasses the creation of meticulous design control documents and the diligent review of schematics.

• Engaging in the design and integration of flex circuits within PCBAs, leveraging expertise in design and manufacturing principles to optimize performance and functionality.

• Offering specialized support to manufacturing operations for biomedical devices, leveraging in-depth knowledge of industry standards and regulations.

• Effectively managing and analyzing testing data for biomedical devices, providing valuable insights and recommendations to facilitate the development and manufacturing processes in alignment with industry standards.

• Conducting thorough verification and testing utilizing power analysis techniques for the K26 microcontroller project, ensuring superior performance and unwavering reliability.

• Performing meticulous testing and validation procedures for PC boards and biomedical devices, such as the Werewolf Controller, guaranteeing adherence to specifications and seamless functionality.

• Implementing intuitive graphical user interfaces (GUI) and firmware applications to enhance the user experience and optimize device performance.

• Programming PCBA using the advanced capabilities of J-Flash Segger Arm, enabling the efficient and dependable operation of the devices.

• Demonstrating proficiency in soldering and desoldering techniques for PCBs, motherboards, and components like the Finger Switch Wand (Flow50, Flow90), ensuring precise connections and facilitating repairs as needed. Final Test Engineer at Applied Materials, Austin, TX Apr. 2019 Aug. 2022

• Executed various electro-mechanical technical functions and activities, including the design, testing, checkout, fabrication, modification, troubleshooting, and assembly of electronics and electro-mechanical systems.

• Applied adaptability and problem-solving skills to interpret and utilize schematics, diagrams, written and verbal instructions, layouts, or plans for routine testing and troubleshooting purposes.

• Demonstrated effective written communication skills in compiling logbooks and documenting test procedures to ensure accurate record-keeping.

• Conducted mechanical, electrical, pneumatic, vacuum, and process testing on AMAT platforms, following Engineering and Manufacturing documentation and specifications.

• Applied fundamental analytical skills and scientific methods to perform technical activities with precision and efficiency.

• Identified and documented nonconforming parts, promptly notifying Quality Functions to maintain product quality and compliance.

• Proficiently operated Testing Platforms such as PVD, Preclear, CVD, Trillium, TXZ, and Chambers, employing analytical techniques and thorough analysis for accurate evaluation.

• Diagnosed and analyzed electrical and pneumatic tools to identify and resolve issues effectively.

• Proficiently utilized Mayan and CGA Software to optimize operational processes and streamline workflow.

• Managed Bill of Materials (BOM) to ensure accurate inventory control and efficient production processes. Electrical Engineering at Yarbrough Solutions Worldwide Sep. 2018 – Apr. 2019

• Proficiently perform the assembly of circuitry and electronic components, adhering to precise engineering instructions and technical manuals.

• Conduct comprehensive inspections of designs to maintain quality control, diligently reporting any identified issues and providing suitable recommendations for improvement.

• Identify and resolve issues related to defective circuitry and electronic components by employing necessary adjustments or replacements as required.

• Collaborate with engineers in the design process by assisting in the creation of basic circuitry and producing detailed sketches to enhance the clarity and accuracy of design documentation, effectively communicating under their expert guidance and direction.

Projects:

Audio Mixer & Public Address (PA) System / Senior Design Project-San Marcos, Tx (Power Subsystem Engineer)

• Designed and developed a sophisticated audio mixer with six channel inputs and integrated amplification, tailored for a PA sound system. The design encompassed crucial elements such as power supply and power amplifier components.

• Implemented a voltage regulator to ensure stable power supply, efficiently converting 12VDC to 5VDC for critical components like the Pre-Amp, Bluetooth module, and Internal Audio Source. This meticulous power management contributed to reliable operation.

• Employed an inverting converter to address specific power requirements. By converting +12VDC to -12VDC, this converter efficiently powered the Isolation and Summing Channel Circuits, ensuring optimal performance and functionality.

• Committed to quality assurance, conducted comprehensive testing across all subsystems. This rigorous testing process allowed for the identification of any issues or areas for improvement, enabling necessary modifications to be made. The goal was to achieve exceptional functionality and minimal distortion throughout the audio Mixer. Arduino Red Board Project/ Microprocessor Class at Austin Community College-Austin, Tx

• Utilized the Arduino Red Board as the central controller to orchestrate multiple components such as LEDs, a speaker, a 7-segment display, and a melody tone generator. The system seamlessly responded to button presses on a Matrix Keypad, generating diverse frequencies for the melody tone.

• Developed a comprehensive program using the Arduino Software to efficiently handle the operation of the Matrix Keypad. This program ensured smooth interaction with the system, guaranteeing flawless functionality and user experience.

Home Appliances Project/ Electronic and Pneumatic Schematic Class at Austin Community College

• Designed a Wireless IR Remote Control system for home appliances, incorporating a receiver for seamless communication. Successfully developed and prototyped the physical system, achieving an impressive communication range of approximately 10m.

• Implemented an operating frequency of 38KHz, ensuring efficient and reliable transmission of signals between the remote control and the receiver. Additionally, integrated the system with a 120 AC power supply to support the operation of home appliances.

Relevant Coursework:

• Circuits 1& 2, Digital Logic, Microprocessors, Communication Network, Communication Systems, Signal & System, Wireless Communication, Solid State Devices, Electronic circuit1&2, Digital Image Processing, Measurement and Devices, Electrical Machines, Control Theory, Power Systems, Electromagnetics

• Thermodynamics and Power plant, Theory of Machine, Theory of Vibration, Engineering Mechanics, Fluid Mechanics and Fluid Machinery.

Leadership & Management:

As the Co-Founder of a non-profit soccer club, I spearheaded the establishment and growth of an organization with the primary objective of identifying and promoting talented expatriate soccer players in the State of Texas. Our ultimate goal was to facilitate their potential selection for the Iraqi National team. Through strategic marketing efforts and targeted scouting, we aimed to create opportunities for these players to showcase their skills and fulfill their aspirations of representing their home country on an international stage. Champion of division 4 in Austin Men’s Soccer Association (AMSA) May. 2020 -Present

National IEEE member Aug.

2020 - Present

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