Heather Hassan

Physics graduate with research and engineering experience in electromagnetics, nanophotonics, optical systems, and nanoscale technologies. Experienced in analyzing and modeling complex physical systems using electromagnetic theory, Fresnel equations, wavevector analysis, and scientific computing. Conducted simulations and experiments involving photonic crystal waveguides, surface plasmon phenomena, optical materials, and device-level applications.

Strong technical foundation in physics, mathematics, and programming, with hands-on experience in optical systems, spectroscopy, thin-film preparation, instrumentation, and data analysis. Skilled at interpreting complex technical concepts, solving problems systematically, and communicating technical information clearly.

Nanophotonics Final Project: Topologically Protected Edge States for Photonic Crystal Waveguide Applications at UC San Diego – Department of Electrical Engineering (2025-05 – 2025-06)

• Simulated reflection, transmission, and surface plasmon resonance in multilayer nanoscale systems using Fresnel equations and wavevector analysis.
• Investigated topological edge states in photonic crystal waveguides for potential device applications.
• Modeled dielectric and plasmonic interfaces, linking fundamental physics to device-level design.

Capstone: Carbon Nanotube Filtration for Semiconductor Applications at CU Denver – Department of Physics (2023-09 – 2024-05)

• Developed cost-effective methods for separating metallic vs. semiconducting SWCNTs for sensing applications.
• Utilized optical scattering and spectroscopy to evaluate material purity and light–matter interaction behavior.
• Prepared thin-film samples and conducted optical alignment and data acquisition for material characterization.
• Presented results at RaCAS 2024, emphasizing applications in nanoscale sensor integration.

Learning Assistant – PHYS 2711 (Vibrations & Waves) at University of Colorado Denver (2024-01 – 2024-05)

• Supported instruction on wave mechanics, interference, and resonance.
• Developed in-class demos and worksheets to illustrate key concepts.
• Led small-group discussions on harmonic motion and wave equations.
• Collaborated with the professor to refine lecture pacing and class reinforcement methods.

Optical Systems Technician at University of Colorado Denver (2023-12 – 2024-05)

• Constructed and aligned optical systems for light scattering experiments using lasers, PMTs, and oscilloscopes.
• Conducted test measurements and data analysis for scattering-based materials characterization.
• Reviewed scientific literature to inform experimental design and troubleshoot instrumentation challenges.
• Collaborated with faculty and peers to interpret signal behavior and improve instrumentation precision.

Learning Assistant – PHYS 2331 General Physics II (Calculus-Based) at University of Colorado Denver (2022-09 – 2023-12)

• Supported instruction in electromagnetism, circuits, and optics for calculus-based physics students.
• Held weekly help sessions and recitations to reinforce lecture content and problem-solving techniques.
• Assisted students in developing fluency with Maxwell's equations, wave interference, and practical applications of E&M.

Math Tutor at Independent Tutoring (2020-09 – 2020-12)

• Tutored undergraduates in calculus (I–III), linear algebra, and differential equations.
• Designed individualized learning strategies to support students with diverse academic backgrounds.
• Strengthened communication and analytical skills through one-on-one instruction and conceptual review.

Graduate Coursework in NanoEngineering – University of California, San Diego (2024-08 – 2026-03)

BS in Physics: Pure & Applied – University of Colorado, Denver (2019-05 – 2024-05)