black and white bed linen

Rana Abdelrahman

Senior Aerospace Engineering (Engineering Science) Student @ University of Toronto
Minor in Robotics & Mechatronics Engineering
Minor in Engineering Business

Aerospace Projects

Space Systems Design Capstone

Meet AlouGET. The Satellite Designed to Bring the Alouette-I Home.

Aircraft Design Capstone

The Design, Build, and Flight of Anchor, an RC Conventional Aircraft.

Simulation of Lunar Regolith Physics and Regolith Containment Units for Lunar Construction

Undergraduate Thesis Supervised by Professor M.R. Emami @ University of Toronto.

What is AlouGET?
How was AlouGET designed?
Results

AlouGET is a satellite designed to retrieve the Alouette-I satellite from low Earth orbit and return it to Earth in a preserved, museum-like condition. It was developed in response to a Request for Proposal issued by MDA Space.

The design process began with interpreting mission-level requirements, which were then refined into system-level and subsystem-specific requirements across mechanical, electrical, and controls disciplines. Key subsystems included Return, Capture, Sensing, Command and Data Handling, Communications, Attitude Control, Orbital Control, Electrical Power, Structure, and Thermal. Each subsystem underwent trade studies and requirement definition, supported by detailed error, mass, volume, power, and link budgets.

The proposed system met all mission and system-level requirements outlined in the RFP. Please see the final report here for more details.

What is Anchor?
How was Anchor designed?
Results

Anchor is an RC conventional aircraft designed, built, and flown as part of the Aircraft Design Capstone at the University of Toronto.

Anchor placed first in the flyoff competition and demonstrated aerobatic performance. The aircraft achieved a cruise speed of 47.9 km/h with a power consumption of only 46 W, highlighting its aerodynamic efficiency.

Thesis Background
Research Methods & Approach
Results

This thesis investigates and compares five distinct methods of transporting lunar regolith into Regolith Containment Units (RCUs) to support in-situ resource utilization (ISRU) for lunar construction.

This study utilized physics-based simulations in AGX Dynamics, AGX Momentum, and ANSYS to model and analyze the transport of lunar regolith into RCUs. Five transportation mechanisms were evaluated:

1. Angled Plate
2. Horizontal Vibrating Plate
3. Angled Vibrating Plate
4. Screw Conveyor
5. Piston Conveyor

Simulation results were validated against existing experimental studies for each transportation method. The Angled Vibrating Plate consistently achieved the highest mass flow rate, outperforming all other designs.

A high-level overview

Anchor features a 1.4m wingspan, an aspect ratio of 6.5, and a structure primarily built from balsa and plywood, with foam control surfaces. The design process included XFOIL and XFLR5 for aerodynamic and control analysis, as well as SolidWorks for CAD modelling.

See build and flight footage here

Get in touch

Work Experience

Here are my top three engineering projects showcasing my skills and experience.

Engineering Project Highlights

Portfolio

Featured Engineering Projects

Top Projects

August 2023

These projects highlight my practical skills in aerospace engineering during my studies.

More Projects

Additional Work

June 2022

Showcasing more of my hands-on experience in aerospace-related projects and designs.

A young man stands in front of a small propeller aircraft inside a hangar. The hangar has high ceilings with exposed beams and several windows. The man is wearing a white shirt and a lanyard with an ID card. The aircraft has a shiny propeller and is predominantly white with red accents.
A young man stands in front of a small propeller aircraft inside a hangar. The hangar has high ceilings with exposed beams and several windows. The man is wearing a white shirt and a lanyard with an ID card. The aircraft has a shiny propeller and is predominantly white with red accents.

Welcome to My Aerospace Engineering Portfolio

Explore my top three projects showcasing my skills and passion for aerospace engineering during my undergraduate studies. Each project reflects my dedication to innovation and excellence in the field.

A lineup of five rocket components is displayed vertically against a dark background. Each component shows different stages or sections of a rocket, including what appear to be nose cones and booster stages. The components have a sleek, metallic surface with minimalistic detailing.
A lineup of five rocket components is displayed vertically against a dark background. Each component shows different stages or sections of a rocket, including what appear to be nose cones and booster stages. The components have a sleek, metallic surface with minimalistic detailing.
Innovative, skilled, and passionate engineer.

Rana Abdelrahman

"
Discover
A workspace setup on a wooden desk featuring a laptop displaying a webpage with an image of an airplane wing against a sunset sky. Black headphones rest on the laptop keyboard. Nearby, a black coffee mug with gold and white text sits next to a notebook opened to a checklist and some handwritten notes. Two pink candles are placed symmetrically on either side.
A workspace setup on a wooden desk featuring a laptop displaying a webpage with an image of an airplane wing against a sunset sky. Black headphones rest on the laptop keyboard. Nearby, a black coffee mug with gold and white text sits next to a notebook opened to a checklist and some handwritten notes. Two pink candles are placed symmetrically on either side.

Gallery

Explore my top projects from my aerospace engineering journey.

An airplane wing and engine are visible against a vast sky, with a clear blue gradient extending upward. Below, a layer of clouds adds texture to the expansive view, offering a sense of altitude and open space.
An airplane wing and engine are visible against a vast sky, with a clear blue gradient extending upward. Below, a layer of clouds adds texture to the expansive view, offering a sense of altitude and open space.
The image features the vertical stabilizer of an aircraft, prominently displaying a large letter 'A' against a dark background. The structure appears metallic with visible rivets, set against a partly cloudy sky.
The image features the vertical stabilizer of an aircraft, prominently displaying a large letter 'A' against a dark background. The structure appears metallic with visible rivets, set against a partly cloudy sky.
The intricate interior of an aircraft landing gear compartment, featuring a complex network of wires, pipes, and mechanical components surrounding a large wheel. The lighting and metallic surfaces create a technical and industrial feel.
The intricate interior of an aircraft landing gear compartment, featuring a complex network of wires, pipes, and mechanical components surrounding a large wheel. The lighting and metallic surfaces create a technical and industrial feel.