Engineering tools and software I use for aerospace projects.

As an aerospace engineer, I rely on specialized software and tools for analysis, simulation, and design. Here's what I use for my research, projects, and daily engineering work.

Engineering Software

  • MATLAB & Simulink

    Essential for my aerospace simulations and control systems design. I use MATLAB for orbit simulations, rocket dynamics analysis, and data visualization. Simulink is perfect for control-loop simulations and system modeling for my capstone rocket project.

  • ANSYS

    My go-to for finite element analysis and structural simulations. Used extensively in my masters vibration analysis project where I achieved a 20% reduction in structural stresses through optimized damping element placement.

  • SolidWorks

    Primary CAD software for 3D modeling and mechanical design. Used for designing gimbal components for my self-orienting rocket and creating detailed engineering drawings for manufacturing.

  • AutoCAD & Inventor

    For 2D technical drawings and additional 3D modeling capabilities. AutoCAD is perfect for architectural layouts like my three-story building model for vibration analysis.

Programming & Electronics

  • Arduino IDE

    For programming flight computers and data acquisition systems. Used extensively in my rocket project for tracking position, velocity, and acceleration data during flight tests.

  • Microsoft Excel

    Still one of the most powerful tools for data analysis and numerical verification. I use it to validate MATLAB simulation results and create detailed engineering calculations.

  • Python

    Growing language for aerospace applications, data analysis, and automation of repetitive engineering tasks. Great for post-processing simulation data.

  • C/C++

    Low-level programming for embedded systems and performance-critical applications in aerospace control systems.

Research & Documentation

  • LaTeX

    For writing technical reports, research papers, and documentation. Essential for properly formatting engineering equations and creating professional academic documents.

  • Git & GitHub

    Version control for code projects and collaboration on engineering software. Useful for tracking changes in simulation code and sharing work with research teams.

  • Zotero

    Reference management for academic research. Helps organize papers on structural analysis, orbital mechanics, and aerospace engineering topics.

Gaming & Hobbies

  • Steam

    My go-to platform for gaming when I need to unwind after long engineering sessions. I enjoy strategy games and space simulators that connect to my aerospace interests.

  • Kitchen Tools

    As a passionate home cook, I invest in quality kitchen equipment. Cooking is my creative outlet outside of engineering - it's amazing how precision and attention to detail transfer between aerospace work and culinary arts.

  • Physics Documentaries & Podcasts

    I love nerding out on the latest discoveries in astrophysics and cosmology. Staying curious about the universe keeps me motivated in my aerospace career.