About me

I am a Design Engineering student at the Colorado School of Mines focusing on robotics and project management. I have a strong foundation in mathematics, design, and multidisciplinary collaboration. My academic and project experience has given me hands-on expertise in 3D printing, circuit analysis, and prototyping with a focus in developing user-centered and sustainable engineering solutions. Beyond academics, I bring leadership experience in dynamic work environments, managing diverse teams and creating training programs that foster collaboration, efficiency, and growth.

Many engineering and design efforts prioritize novelty and technical sophistication, often at the expense of usability. My approach is different—I start with the user and treat innovation as a tool, not the goal. I define problems through early-stage outreach and stakeholder engagement, ensuring that constraints and needs are clear before solutions take shape. From there, I use rapid prototyping across all levels of fidelity to test ideas early and often, reducing unnecessary complexity and grounding decisions in real feedback.

Collaboration is central to how I work. I run design reviews where every team member is encouraged to contribute, regardless of experience level, because strong ideas are not tied to seniority. By creating space for diverse perspectives, I consistently see more thoughtful, creative, and effective solutions emerge.

I also approach leadership as a developmental process. I’m committed to mentoring and supporting emerging engineers while contributing to a more inclusive field—particularly as a queer and first-generation student in a traditionally homogeneous industry. My goal is not just to build better products, but to help build teams and environments where unique, high-quality ideas can thrive.

Professional & Technical Skills

  • Leadership & Project Management

    • Project planning and timeline management
    • Task delegation and team coordination
    • Stakeholder and client communication
    • Mentorship and technical training development
  • Problem Solving

    • Iterative and rapid prototyping
    • Root-cause analysis and failure investigation
    • Trade-off analysis and engineering decision making
    • Troubleshooting across hardware and system-level issues
  • Testing & Validation

    • Prototyping and physical testing of subsystems
    • User testing and stakeholder feedback integration
    • Design verification and risk assessment
    • System and subsystem integration testing
  • Electrical & Programming

    • DC / AC analysis and design
    • MATLAB for modeling, simulation, and validation
    • Debugging of electrical systems
  • Design & Fabrication

    • Technical sketching and concept development
    • Rapid prototyping using 3D printing (Bambu Lab, Formlabs, Stratasys)
  • Innovation

    • Data-driven design using simulation and testing
    • Experimental validation of concepts
    • Balancing creativity with engineering constraints
    • Developing efficient, practical solutions from early-stage ideas