Sarah Kobašlija
About Sarah Kobašlija
Sarah Kobašlija is the Chief of Staff at Lumafield, where she has worked since 2023. She has a strong background in chemistry and renewable energy technologies, with previous roles at various research institutions and companies.
Current Role at Lumafield
Sarah Kobašlija serves as Chief of Staff at Lumafield, a position she has held since 2023. In this role, she oversees various operational aspects of the company, contributing to its strategic initiatives and organizational efficiency. Her leadership is pivotal in aligning team efforts with the company's objectives, ensuring effective communication and collaboration across departments.
Previous Experience in Advanced Materials Science
Prior to her current role, Sarah Kobašlija worked as Materials Lead at Lumafield from 2019 to 2023. In this capacity, she focused on the development and application of advanced materials. Her experience also includes a position as Senior Materials Scientist at QD Vision, Inc. from 2012 to 2014, where she engaged in quantum dot research and product development, emphasizing her expertise in advanced materials science.
Education and Academic Background
Sarah Kobašlija holds a Bachelor of Arts in Chemistry from Wellesley College. She furthered her education at Cornell University, where she completed her Ph.D. in Chemistry and earned a Master of Science degree. Her academic background provides a strong foundation for her work in materials science and chemistry.
Research and Development Contributions
Throughout her career, Sarah Kobašlija has made significant contributions to research and development in various fields. She has worked on dye-sensitized solar cell components, focusing on renewable energy technologies. Additionally, her experience includes leading projects in lithium-ion battery recycling and testing, showcasing her commitment to sustainable energy solutions.
Experience in Microencapsulation and Innovative Engineering
Sarah Kobašlija has expertise in microencapsulation, a technique essential for controlled release applications across multiple industries. She has designed and operated microfluidic reactors, demonstrating her skills in innovative engineering solutions. This experience highlights her ability to apply scientific principles to practical challenges in technology and materials development.