Engineering • Systems • Disciplined Technical Growth

Ahmed Ezeldin

Engineering Transfer Student at the University of Lethbridge

Built with discipline and focused on engineering design, technical foundations, and practical problem solving — developing the skills, mindset, and experience needed for larger opportunities ahead.

Explore Experience View Resume
About

Focused on building the right foundation.

I’m an engineering transfer student currently studying at the University of Lethbridge. My focus is on developing the technical foundation, discipline, and practical mindset needed to grow into larger engineering opportunities over time.

I’m especially interested in engineering design, infrastructure, and technology, with a strong emphasis on learning by doing. Through coursework, team projects, and structured work experience, I’m continuing to build skills in communication, collaboration, analysis, and problem solving.

Education

Current academic path.

University of Lethbridge
Pre-Professional Engineering Transfer Program
Lethbridge, Alberta • September 2025 – Present

Currently completing engineering transfer studies while building a foundation in mathematics, physics, chemistry, programming, engineering mechanics, design, and technical communication.

Expected transfer to the University of Alberta Faculty of Engineering: Fall 2026

Relevant Coursework

Engineering Design Engineering Mechanics (Statics) Accelerated Calculus I & II General Chemistry I & II Fundamentals of Programming I Waves, Optics and Sound Writing for Engineering Students
Featured Project

Medicine Cooler

A portable temperature-controlled medication storage concept designed to support safer transport and storage of temperature-sensitive medication such as insulin.

Problem

Many medications must remain within a controlled temperature range to preserve effectiveness. This project addresses the risk of unsafe temperature exposure during travel, storage, and everyday use.

Design Goal

Create a lightweight, practical, and more budget-friendly alternative to traditional systems while maintaining a target storage range of 2°C to 8°C for medical-grade storage.

System Thinking

The concept combines cooling, control, power, and structural components — including a thermoelectric cooler, ESP32-based control logic, temperature sensing, display feedback, insulation, and rechargeable power.

My Contribution

Contributed to design system development, enclosure and insulation planning, mechanical layout decisions, and the overall technical structure of the concept as part of a team-based engineering design project.

What It Demonstrates

Engineering design process, systems thinking, practical problem solving, technical planning, and the ability to translate a real-world need into a structured concept with clear functional requirements.

Experience

Work experience that built discipline.

The Home Depot Canada
Sales Associate
Calgary, Alberta • April 2025 – July 2025
  • Worked in a fast-paced retail environment supporting daily floor operations.
  • Assisted customers with product navigation and general inquiries.
  • Contributed to stocking, organization, and maintaining a strong customer experience.
  • Strengthened communication, teamwork, adaptability, and problem solving under pressure.
Skills

Core strengths.

Engineering Design Technical Communication Problem Solving Team Collaboration Systems Thinking Technical Reporting Research & Analysis Presentation Skills Microsoft Office Adaptability
Contact

Connect.

I’m continuing to build my engineering foundation through coursework, projects, and meaningful opportunities. You can reach me through the links below.

Email Resume LinkedIn