AM

Aidan Miziolek

Building What Comes Next

I thrive on projects that combine technical challenge, real-world purpose, and the potential to create something meaningful.

I’m Aidan Miziolek, an aerospace engineer based in Halifax focused on structural integrity, finite element analysis, certification support, and program execution in regulated environments.

Aerospace Engineer, Builder, and Innovator

My work sits at the intersection of analysis, product development, and execution. I’m strongest when the constraints are real: regulated programs, technical ambiguity, cross-functional coordination, and the need to turn analytical results into practical program decisions.

I bring experience in aerospace structures, additive manufacturing, systems integration, and applied design-for-manufacturability, with a bias toward clear communication and defensible engineering judgment.

Core capabilities.

Structural & Stress Analysis Finite Element Analysis Aerospace Certification Support Safety-Critical Design Requirements Verification Trade Studies CAD-Driven Design Validation Systems Integration Manufacturing Constraints Technical Documentation Program Engineering Support
Technical Stack
Abaqus, CATIA V4/V5, SolidWorks, NASTRAN, MATLAB, VBA, Python, Microsoft Office Suite

Professional work in aerospace environments.

Junior Engineer

NOVA Aerospace, Halifax, NS

Current

Program Chief Engineer Intern

Safran Landing Systems, Ajax, ON

05/2024 - 08/2025
  • Supported in-development military landing gear programs in a safety-critical aerospace environment.
  • Ran structural and stress analyses using hand calculations and finite element analysis for static, operational, and failure-case load conditions.
  • Assisted requirements verification and compliance work to align with safety, performance, and manufacturability expectations.
  • Contributed to technical reviews, design assessments, and certification-readiness activities.
  • Prepared engineering inputs for risk assessments and trade studies to inform program-level decisions.
  • Coordinated across Integrated Product Development Teams to keep engineering execution aligned with leadership priorities.

Built on aerospace fundamentals.

Bachelor of Engineering, Aerospace Engineering

Toronto Metropolitan University

Graduated May 2026 with Distinction
  • Developed strong analytical judgment through applied mathematics, thermodynamics, fluid mechanics, and structural analysis.
  • Used CAD, MATLAB, and simulation tools to model and evaluate aircraft and spacecraft systems.
  • Strengthened teamwork and project coordination skills through collaborative engineering work with deadlines and milestone pressure.

Where the real learning happened.

Wearable robotic arm CAD assembly

01 / 08

Personal Mechanical Design

Wearable Robotic Arm

Constrained-motion mechanical design with compact transmission packaging, detailed section work, and assembly-level integration.

CADMechanismsPackaging
01 / 08

Available for engineering roles, technical teams, and ambitious builds.