Leandro Silva Rosa Rocha

Develop and deliver advanced coursework in chemical and materials engineering, integrating cutting-edge research and industry trends for undergraduate and graduate students.

Conduct independent research in non-metallic materials and advanced nanostructures, securing funding and publishing findings in high-impact scientific journals.

Serve as the Department's Communications Representative, enhancing external visibility and internal engagement through strategic outreach and content development initiatives.

Mentor and supervise student research projects, guiding experimental design, data analysis, and scientific report writing to cultivate next-generation researchers.

Designed and implemented a transdisciplinary engineering curriculum, integrating diverse scientific backgrounds to enhance students' interdisciplinary skills in materials science.

Mentored and guided students in advanced materials concepts, bridging theoretical knowledge with practical applications and problem-solving methodologies.

Contributed to departmental academic initiatives, improving pedagogical approaches and student learning outcomes through innovative teaching methods and curriculum enhancements.

Developed novel renewable rare-earth-based hybrid nanomaterials for energy-related applications using microwave-assisted hydrothermal routes, advancing sustainable energy material research.

Executed comprehensive data analysis and compiled high-level reports on experimental synthesis and materials analysis, integrating statistical methods for impactful research dissemination.

Utilized advanced material characterization techniques including FT-IR, UV-Vis, FE-SEM, and CIS to thoroughly analyze nanostructure properties and material performance.

Managed complex laboratory instruments, including high vacuum systems and handling of organics/solvents, ensuring precision and adherence to rigorous safety protocols.

Conducted independent research in materials physics, contributing to the development of new experimental techniques and theoretical models.

Analyzed complex material structures and properties using advanced characterization methods to generate insightful scientific data and conclusions.

Collaborated effectively with a multidisciplinary team to advance research projects, ensuring rigorous scientific inquiry and data integrity.

Prepared and presented research findings for internal seminars and potential publication, enhancing the institute's scientific output and knowledge base.