First rotation of the TNO Traineeship:Scientist at the Sustainable Process and Energy Systems department

• Spearheaded a series of in-depth experiments to assess the impact of varying sorbent:diluent ratios on lean sorbent specifications, significantly contributing to the enhancement of operational parameters• Took over experimental studies on sorbent oxidative decay, initially assigned to another intern, to provide essential data for validating and refining the startup's research findings.• Developed and implemented a comprehensive experimentation framework, now widely adopted by +5 colleagues. This framework has played a pivotal role in evaluating the operational capabilities and robustness of potential absorbents, resulting in substantial reductions in prototyping time and costs.

• Led an 8-member team to ensure project continuity during the COVID-19 pandemic, transitioning to a hybrid semester.• Enhanced and reconstructed a solar oven for women-owned restaurants in Nicaragua, promoting sustainable energy solutions for underprivileged communities.• Spearheaded an extensive inquiry into recycling and repair techniques for damaged solar panels, diverting 150+ panels from Ithaca landfills, and championing environmental responsibility.

• Managed weekly communications to +600 students, faculty, and alumni via emails and social media, showcasing sustainability projects and enhancing online presence.• Established guidelines for +80 team members, fostering collaboration, and moderated bi-semesterly Q&A sessions for smooth project execution.• Launched Cornell community engagement initiatives, including a bi-monthly alumni newsletter, to promote networking and share updates.

• Contributed to the design and assembly process of a portable and replicable solar generator to be implemented in the Sabana Grande community in Nicaragua• Communicated the results at the Cornell Undergraduate Research Symposium• Developed a foolproof vacuuming system essential for the sealing process of solar cells • Improved upon the solar cell configuration for a project creating solar mobile chargers

Fall 2020 - May 2021•Continued and expanded upon a comprehensive feasibility study initiated on dip pen lithography of quantum dots (QDs) on liquid substrates.•Participated in the analysis of quantum dot solid formations and contributed to the modeling of 2D polymerization as part of nanowire assembly research.•Managed data preparation and organization for inkjet printing of quantum dots (QDs) in support of a scientific paper and future research studies.•Co-authored “Inkjet printing of epitaxially connected nanocrystal superlattices” published in Nano ResearchSummer 2019 - Summer 2020•Conducted a comprehensive feasibility study on dip pen lithography of quantum dots (QDs) on liquid substrates, harnessing their size-dependent properties for potential applications.•Designed and implemented automated transfer and video capture setups within a glove box, significantly streamlining the fabrication process.•Utilized TEM imaging and grayscale image analysis techniques to accurately determine the thicknesses of QDS assemblies, contributing to precise characterization.Fall 2018 - Summer 2019•Optimized the inkjet printing process for the serial printing of colloidal quantum dot solutions, enhancing efficiency and consistency. •Investigated the crystallinity of printed lead selenide (PbSe) on silica substrates using TEM imaging, providing critical insights into material properties.•Explored the synthesis of colloidal PbSe solutions using various organic solvents and documented step-by-step synthesis instructions for fellow undergraduate researchers.•Effectively communicated research progress through presentations and reports, sharing findings with colleagues and mentors.Summer 2018•Prepared X-ray beam for experiments conducted in the Cornell High Energy Synchrotron Source•Studied colloidal nanoparticle spreading and self-assembly behaviors for both in situ and ex situ injection scenarios on ethylene glycol

• Developed and delivered weekly educational presentations to enhance student learning, emphasizing key course material.• Acted as the primary instructor in weekly discussion sections, providing practice problems to improve comprehension and engagement.• Conducted weekly office hours, offering valuable support to students in their coursework, fostering academic success.

• Played a key role in preparing bids for multiple projects in Turkey's 1 GW solar tender, a cornerstone of the national renewable energy program.• Effectively communicated the technical intricacies of photovoltaics and solar module manufacturing processes to non-technical team members and supervisors.• Devised innovative strategies to optimize land acquisition and construction costs, contributing to cost-efficiency across multiple projects.• Established and maintained productive relationships with solar module producers, conducting in-depth assessments of their capabilities and limitations for potential collaborations.• Conducted comprehensive analyses of solar farm investment opportunities, evaluating profitability based on capital equipment quality and technology utilization.

• Advised first-year engineering students to help them navigate their freshman year. • Communicated challenges of managing a healthy work-life balance in college. • Organized social events encouraging students to get to know each other and other peer advisors. • Acted as a bridge between the Engineering Advising office and the students.

• Contributed to personalizing the engineering admissions process by offering a student perspective to prospective applicants and their families, fostering a deeper connection between the institution and aspiring engineers.• Guided and led tour groups of up to 60 individuals, offering a firsthand look into the engineering program and campus life.• Collaborated closely with Engineering Admissions to offer valuable insights into the mindset of applicants, facilitating informed decision-making and enhancing the admissions experience.