Aerospace engineering · Second year

Alvik Maharjan

Second-year aerospace engineering student at Toronto Metropolitan University. Passionate about Rockets, UAVs, and Robotics.

Quadcopters, fixed-wing aircraft, VTOLs, rockets, rovers, robotics, and turbomachinery.

About

Background

Alvik Maharjan in a navy suit by the waterfront
Alvik Maharjan · Toronto, ON

I'm a second-year aerospace engineering student at Toronto Metropolitan University. I like building things that fly, crashing them, and re-building them a little better each time.

Open to internships, co-op placements, research positions, and student design teams.

University
Toronto Metropolitan University
Program
BEng, Aerospace Engineering
Year
Second year
Based in
Toronto, ON

Skills

Tools & skills

A practical toolkit built through coursework, prototypes, and flight testing.

Design & simulation

OpenRocket
SolidWorks Parts & Assembly
ANSYS Fluent 2D CFD
MATLAB

Fabrication

FDM 3D printing
Mill & lathe
Welding
Laser cutting

Electronics & avionics

Soldering
Betaflight, iNav & ArduPilot
Arduino, ESP32 & RP2040

Test & documentation

Flight testing
Technical documentation
BOMs & budgeting
Flight logs

Projects

Selected projects

A selection of aerospace, robotics, and fabrication work. Open a card for build details.

Rocketry

Tempest Mk1 — model rocket

Custom-designed, 3D-printed rocket validated in OpenRocket. Reaches 200+ m on an Estes C6-5.

  • OpenRocket
  • PLA printing
  • Estes C6-5

UAV

3D-printed thermal imaging drone

Dual RGB and thermal FPV system for search and rescue, inspection, and low-visibility navigation.

  • Raspberry Pi
  • Thermal imaging
  • LW-PLA

Research

Novel aerodynamics research

Award-winning CFD and prototype research into camber-morphing wings and ground-effect vehicles.

  • ANSYS Fluent
  • FishBAC
  • CFD

UAV

RC plane

Scratch-built foam-board trainer with swappable wings: stable for learning, sportier when you're not.

  • Foam board
  • FlySky
  • Brushless 3S

Robotics

Lunar rolling robot

Spherical robot for the NASA HUNCH challenge — drops 6 ft into sand, then drives by shifting its own weight.

  • NASA HUNCH
  • CAD
  • Arduino

Fabrication

Machining projects

Mill, lathe, welding, and CNC practice — starting with a hammer machined from raw stock.

  • Mill & lathe
  • CNC
  • Welding

Experience

Experience & education

  1. Sept. 2026 – present

    Member

    TMU MACH - Liquid Rocketry

  2. July 2026 – Aug. 2026

    Mechanical Engineering Co-op

    AirMetal

    Contributed to the mechanical design, prototyping, assembly, and testing of next-generation UAV systems in an R&D environment.

  3. Dec. 2025 – Apr. 2026

    Electromechanical Lead

    FAST Lab at Western University

    Led electromechanical development of an open-source recycled-plastic pelletizer with RP2040 control, encoder feedback, E-stop, and filament-runout recovery.

  4. Oct. 2025 – present

    Mechanical Design Contributor

    Launch Canada Turbopump Project

    Gaining experience in the design, fabrication, and experimental testing of a small-scale rocket turbopump.

  5. 2025 – present

    BEng Aerospace Engineering

    Toronto Metropolitan University

    Expected graduation: April 2029.

  6. Sept. 2024 – May 2025

    Build Team Lead

    NASA HUNCH

    Led mechanical design of a spherical lunar imaging robot and advanced from the Critical Design Review in New York to the Final Design Review in Houston.

  7. Aug. 2024 – Aug. 2025

    President & Founder

    Aerospace Club

    Founded and led an aerospace club, organizing a model-rocketry workshop and coordinating a CanSat team that deployed above 1 km with live telemetry.

  8. 2021 – 2025

    IB Diploma & OSSD

    Victoria Park Collegiate Institute

Résumé

Experience, projects, certifications, and technical skills.

Download résumé

Contact

Get in touch

I'm open to internships, co-op placements, research positions, and design-team opportunities — or just talking shop about rockets and drones.

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