ALI EL HADI EL-SEYED
MSc Candidate in Software Engineering for Technical Computing
London, UK.About
Highly motivated MSc candidate in Computational and Software Techniques in Engineering, specializing in Software Engineering for Technical Computing, with a proven track record in developing autonomous systems and leading technical projects. Demonstrated strong analytical, leadership, and problem-solving abilities, highlighted by founding and leading a Formula Student team to a top-half business plan finish and securing £25,000 in sponsorship. Proficient in Python, C++, MATLAB, and ROS2, seeking to leverage technical expertise and strategic vision to drive innovation in complex engineering environments.
Work
London, England, UK
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Summary
Provided exceptional customer service and leveraged problem-solving skills to enhance customer satisfaction and operational efficiency within a fast-paced retail environment.
Highlights
Achieved above-target Net Promoter Scores by consistently delivering exceptional customer service and proactive problem-solving.
Resolved complex customer issues efficiently through empathetic communication, ensuring positive experiences and fostering brand loyalty.
Developed robust communication and interpersonal skills in a dynamic retail setting, enhancing customer engagement and team collaboration.
London, England, UK
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Summary
Led the establishment and development of KCL Racing, a student-led Formula Student team, overseeing technical design, project management, and securing significant sponsorship.
Highlights
Founded and scaled the Formula Student Team at King's College London, recruiting and leading a diverse team of over 12 active members.
Secured £25,000 in sponsorship from Autodesk, enabling critical project development and operational funding.
Directed the design and implementation of the Formula Student racing car simulation, ensuring strict adherence to competition guidelines and project timelines.
Achieved a top-half finish in the business plan presentation during the team's inaugural competition season, demonstrating strong strategic planning and execution.
Mentored junior team members in simulation tools, engineering concepts, and project workflows, significantly enhancing team capability and technical depth.
London, England, UK
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Summary
Conducted advanced research as a KURF Fellow, developing and validating autonomous driving algorithms for vehicle systems using Python and ROS 2.
Highlights
Awarded a competitive King's Undergraduate Research Fellowship (KURF) to develop core racing algorithms for autonomous racing.
Developed and designed multiple autonomous driving algorithms using Python and ROS 2 on both F1TENTH ROS-based simulator and physical platforms.
Enhanced software reliability and performance by conducting iterative testing and validation under real-time conditions, achieving higher speeds and stability.
Collaborated effectively within an interdisciplinary team to advance autonomous vehicle system research.
London, England, UK
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Summary
Analyzed and redesigned client user interfaces, collaborating with stakeholders to deliver strategic recommendations to senior management within a technology consultancy.
Highlights
Revamped client user experience by conducting comprehensive analysis to identify critical issues within existing user interfaces.
Collaborated with key stakeholders to gather and translate requirements into a redesigned user interface, improving usability and functionality.
Presented strategic findings and actionable recommendations to the senior management team, influencing product development decisions.
Gained in-depth insight into asset finance and technology consultancy through participation in expert-led workshops and presentations.
Volunteer
IntoUniversity
|University Student Mentor
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Summary
Provided academic and career support to students from disadvantaged backgrounds, creating personalized plans to help them achieve educational and career goals.
Highlights
Mentored students from disadvantaged backgrounds, providing academic and career support to overcome obstacles.
Developed personalized plans to guide students towards achieving their educational and career aspirations.
Fostered a supportive learning environment, enhancing student confidence and engagement.
Education
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MSc
Computational and Software Techniques in Engineering
Courses
Software Engineering for Technical Computing
C++ Programming
Management for Technology
Computational Methods
Visualisation
Requirements Analysis and System Design
Software Testing and Quality Assurance
Small-Scale Parallel Programming
Cloud Computing
High Performance Technical Computing
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BEng
Electronic Engineering
Courses
Logic Design (74%)
Mathematics for Engineers (81%)
Physical Computing (67%)
Individual Thesis: The Use of NeuroEvolutionary of Augmenting Topologies (NEAT) Algorithm in Developing Driver Demand Torque Maps (DDTM)
Individual Coursework: Designing an Arithmetic Logic Unit with VHDL
Languages
English
Arabic
Skills
Programming Languages
Python, C++, VHDL, MATLAB.
Software & Tools
ROS 2, Simulink, Git, Microsoft Word, Microsoft Excel.
Engineering & Technical Concepts
Software Engineering, Technical Computing, Autonomous Driving Algorithms, System Design, Software Testing, Quality Assurance, Computational Methods, Visualisation, Requirements Analysis, Cloud Computing, High Performance Technical Computing, Logic Design, Physical Computing.
Project Management & Leadership
Team Leadership, Project Management, Interdisciplinary Collaboration, Mentorship, Strategic Planning, Timeline Management.
Analytical & Problem-Solving
Problem-Solving, Analytical Skills, Iterative Testing, Data Analysis, User Experience (UX) Design.
Communication & Interpersonal
Communication, Stakeholder Engagement, Presentations, Customer Service, Team Collaboration.