Alpha Lambda Mu Fraternity

·   Led weekly consultations with emerging colonies to guide their development and resolve operational challenges. Educated them on our fraternity's history and guidelines, emphasizing the importance of compliance.
·   Developed an automated pipeline enabling brothers to submit Google Forms for engineering interviews. Each submission generates a well-formatted Google Doc, incorporating stakeholder input and industry best practices. Resulted in over 40 submissions.
·   Established a Notion-based resource hub, akin to Confluence, for chapters and colonies to access semesterly best practices and resources. Implemented a quality control process to ensure user-friendly and valuable content for current and future members.
·   Leveraged Slack API to create a Python script for scraping member data and formatting it for a new texting service. Utilized this service to effectively inform members and alumni about crucial events year-round.

National Chapters & Colonies Development Department - Projects Chair

Ira A. Fulton Schools of Engineering at Arizona State University

·   Assisted professors in managing and executing the curriculum for an Introduction to Engineering class.
·   Facilitated students' transition from project ideation to implementation, culminating in professional presentations.
·   Connected academic content with real-world engineering contexts to enhance students' understanding and application.
·   Provided support for students working on SOLIDWORKS sketches, ensuring quality and accuracy.
·   Debugged and guided the implementation of Arduino code & MATLAB scripts, helping students solve technical challenges.
·   Led innovation workshops focusing on a variety of soft skills such as resume building and interview techniques, and technical workshops on Python data visualization, power tools, and their guidelines, and various soldering techniques.

Graduate Teaching Assistant

Formation

SWE Fellow

American Express

• A consolidated and comprehensive platform was developed to analyze non-card transactions. It offers a user-friendly interface to access and filter reports for specific days, along with data visualization for summarizing the previous day's data, making it a one-stop shop solution that eliminates the need to use multiple applications.
• Developed front end using JavaScript, CSS, ReactJS, Material UI, Material React Table, and Nivo charts to enhance current solution by providing data visualizations and previews for the user.
• Led team of interns in conceptualizing storyboards and feature mock-ups, driving the design process of the front end.
• Implemented backend using NodeJS/Express which was complemented with Cassandra to create RESTful APIs for CRUD operations, which were then tested via Postman for data validation.
• Initiated the process of implementing the application to production by using Docker and Docker Compose in parallel with a Jenkins CI job.
• Redesigned user interface of already existing internal tool using newly found libraries, facilitating the incorporation of these tools to the business unit.

Software Engineer

Garmin

·   Designed and developed module tests using the MOCK framework in accordance with the DO-178B coding standards for the GMC600 digital autopilot & GAT 28 servo motor, effectively catching bugs and mistakes in the source code. (C, Python)
·   Implemented continuous integration and deployment using Git and Jenkins, while utilizing the bjam build system to efficiently manage complex software dependencies, which ensured code quality across the systems software team.
·   Reviewed and edited source code to ensure compliance with DO-178B requirements, eliminating the risk of obtaining false positives or negatives and increased code coverage by 5-10%. (C, Python, DO-178B)
·   Identified shortcomings in requirements, suggested improvements to the software team, and collaborated with stakeholders to clarify and rewrite requirements in alignment with DO-178B standards, which removed ambiguity and facilitated in efficient module test creation.

Fluke Corporation

·   Simulated a variety of front-end protection circuits via LTSpice and verified functionality across multiple modes of DMM.
·   Developed four different front-end protection circuits for next generation DMMs featuring an increased voltage of CAT III rated 1,500 & 2,000 VDC from previous generation of CAT III rated 1,000 VDC.
·   Communicated and verified IEC standard needs with PCB designers when working on board layout.
·   Assembled boards while working around supply chain issues.
·   Developed and documented 9-10 testing procedures to validate 1,500+ VDC front-end protection circuits.
·   Developed a GUI using PostgreSQL and PyQt5 to give a graphical representation of the performance of calibrators to indicate if there is a deterioration in performance over time.

Hardware Design Engineer

·   Aided 300+ students in EEE 202, Circuits I, EEE 334, Circuits II, and EEE 335, Digital and Analog Circuits.
·   Prepared material, answered questions on discussion board and held review sessions before exams that proved to reinforce their understanding of linear circuit analysis concepts.

Undergraduate Teaching Assistant - EEE 202, 334 and 335

·   Tested new modules, checked for bugs, and provided detailed feedback to ensure a smooth experience for students, which later translated into an increase of about 40% in students’ understanding of new ideas addressed in the course.

Undergraduate Student Researcher - ECEE

Undergraduate Research Assistant

· Served as Teaching Aide to support Fulton faculty instructors with exploratory and collaborative learning activities for ASU 101 engineering freshmen, which individualized experiences according to the students’ interests.
· Provided learning support and management to 30+ students, which encouraged freshmen to apply to UGTA and RA positions which 20% of them later got accepted in.

Section Leader

onsemi

·   Developed bench-testing solutions for high voltage, high power semiconductor module characterization under steady state, dynamic, and thermal load conditions.
·   Generated test reports from raw lab data and presented results for competitive analysis using Excel scripts.
·   Performed customer’s custom test including characterization of ESD product performances for benchmarking.
·   Installed applications and confirmed communication between equipment and semiconductor systems such as B1500 and Surge machine.

Simulation Application Engineer

Intel Corporation

·   Worked towards improvements in reliability, efficiency, process capability, and quality of wafers within the Intel OTF fab.
·   Aided and shadowed technicians to provide results for defects, tool availability, cycle time, and parametric performance.
·   Created an efficient system by collecting FAB processing measurements to ensure elimination of a source of contamination.

Process Engineer

Texas Instruments

·   Performed competitive analysis and market research to understand and develop marketing collateral.
·   Offered product recommendations to both B2B and customers based upon applications and use case specifications.
·   Analyzed sales metrics via Spotfire to identify potential opportunities and maximize product exposure.
·   Answered online customer application questions using internal documentation and cross-team communication through E2E.

Product Marketing Engineer

Innovative Computer Science student with a hardware background in IC design. Committed to working as a collaborative and positive team member, always aiming to utilize learnings and expertise for optimal engineering results. 

My biggest professional goal is to transform the world of engineering one step at a time, whether it be through leadership or technical roles. I am curious about the world and am eager to learn from all opportunities granted to me in the industry. I always strive to be the best at what I do!

I received a Bachelor of Science in Engineering - BSE in Electrical and Electronics Engineering  from Arizona State University -  Ira A. Fulton School of Engineering in the spring of 2022, and currently gearing towards a Master of Science - MS in Computer Science from Arizona State University - Ira A. Fulton School of Engineering (expected to finish by the Fall of 2024).

Taplio

Youssef Serag's Linkedin Analytics

Youssef Serag

Want to drive more opportunities from LinkedIn?

Taplio

.css-1jgreyo{background-image:linear-gradient(284deg, rgba(39,43,72,1) 0%, rgba(33,47,183,1) 100%);color:transparent;-webkit-background-clip:text;background-clip:text;}Youssef Serag's Linkedin Analytics

Youssef Serag

Want to drive more opportunities from LinkedIn?

Youssef Serag's Linkedin Analytics