Elizabeth Vokac Main

Skills

- Data Analysis & Environmental Modeling: Python, MATLAB, LCA, chemical modeling

- Climate Science & Sustainability: Carbon assessment, renewable energy literacy, environmental education

- Project Leadership: Managing cross-disciplinary teams, global project coordination, strategic planning

- Communication & Technical Writing: Scientific reporting, curriculum development, public speaking

- Software & Tools: Origin, LabView, LaTeX, Gaussian, Excel

About

I’m a science enthusiast with a Master’s in Chemistry and over 15 years of experience in science education, research, and curriculum development. During my academic career, I conducted novel research in chemistry and nanoscience, exploring innovative materials and their potential applications in sustainable technologies. While most of my career has been rooted in education, I’ve always stayed deeply connected to high-level scientific concepts, especially those tied to chemistry, sustainability, and environmental science. My role as Director of Curriculum gave me hands-on experience leading global teams, managing complex projects, and designing STEM-focused educational programs—all skills that translate directly into climate-focused research and analysis.

Achievements:
- Designed and led the development of over 45 STEM-focused academic courses, including environmental science, energy literacy, and sustainability principles.
- Directed global project teams to create interdisciplinary educational programs, achieving a 38% increase in student enrollment and contributing to the expansion of a multi-campus international school.
- Developed interactive digital learning modules that made complex scientific concepts accessible and engaging for diverse audiences.
- Conducted laboratory research in physical and materials chemistry with potential applications in solar energy (photovoltaics).
- Self-driven expansion into climate science and environmental modeling, including hands-on training in Python, LCA (Life Cycle Assessment), and chemical modeling to address climate change challenges.

In the past few years, I’ve expanded my expertise to include data analysis, chemical modeling, and environmental assessment through self-driven learning and targeted training. I’m now diving into climate data science and carbon assessment, where I can blend my background in physical sciences with my passion for sustainable solutions and environmental justice. I’m especially excited about technologies like carbon capture, life cycle analysis (LCA), and renewable energy systems.
I’m driven by the idea that science and data can transform how we understand and fight climate change, and I’m eager to be part of that movement.