niusha heshmati

• Developed scalable thin-film fabrication processes using screen printing and printed electronics. • Translated R&D results into recommendations for leadership and product decisions. • Helped establish a new R&D laboratory, including workflows, HSE practices, and documentation. • Supported patent preparation and technical documentation with management and legal teams

• Served as a delegate to the President's Council of Student Advisors (PCSA) • Organized multiple workshops, invited lectures, and scientific events

• Led a multi-year R&D project on perovskite thin films for solar-cell and LED applications. • Coordinated and mentored 15+ undergraduate and graduate researchers. • Collaborated with international research groups on joint projects, proposals, and publications. • Developed sustainable thin-film processing approaches and applied advanced materials characterization. • Contributed to grant proposals, peer-reviewed publications, and international conference presentations.

Development of high bandgap solar cells is underway as a collaborative project within the research group Prof. Dr. Thomas Kirchartz at IEK-5.

Center For Advanced Materials (CAM), Heidelberg Graduate School for physics. Optimizing the processing conditions of thin-film metal-ferroelectric-metal (MFM) capacitor devices.

Department of Physics, Sharif University of Technology. Processes for stable and scalable perovskite solar cells fabrication and module development.

Department of Materials Science and Engineering Physical Metallurgy Lab (Metallography) for undergraduate students. Preparing and presenting weekly educational sessions related to the experiment’s subject/ Creating and grading assignments and final exams.

Thesis: Low-cost air-stable perovskite solar cells by incorporating inorganic materials