Solyana Biadglegne

• Collaborating with a team to design and build a 4-channel RC plane, incorporating principles of aerodynamics, electrical systems, and mechanical engineering.
• Leading the effort to CAD (Computer-Aided Design) and 3D print key components of the plane, ensuring precision and functionality in the final product.
• Contributing to hands-on assembly and testing, gaining experience with flight control systems, motors, and troubleshooting.

• Currently researching and developing a portable, low-cost water purification system aimed at providing clean drinking water for underserved communities with limited access to safe water in Ethiopia.
• Exploring sustainable filtration materials and methods to create an efficient, easy-to-use solution that can be easily maintained in remote areas.

• Awarded the prestigious AOPA Flight Training Scholarship as one of 150 recipients selected from over 5,000 applicants, based on strong academic achievements and commitment to the aviation community.
• Currently undergoing professional flight training, gaining hands-on experience and advancing knowledge in piloting, aviation safety, and technical operations.
• Engaging in continuous learning through AOPA resources, mentorship, and flight hours, with the goal of achieving full certification as a private pilot.

Founded and led a tutoring initiative. We were able to bring education to children aged 10 to 18, and support their families. Built three small local libraries; 2,000+ book donations. Tutor 450+ students in poverty in rural villages/slums of Ethiopia, 62% don't attend school. 65+ volunteers, adults, and pupils. Provide school gear. Received over $16,000 in summer 2022 donations.

• Referred by faculty to participate in the Pass the Torch Program, a peer tutoring initiative aimed at helping students succeed in challenging subjects.
• Tutoring fellow students in math, reinforcing core concepts, and assisting in problem-solving techniques to improve their academic performance.

• Instructed students in playing traditional Ethiopian instruments, such as Begena, Krar, and Masenqo.
• Perform at weddings and funerals under the Ethiopian Orthodox Tewahedo Church (EOTC), accompanying the Priest in religious ceremonies.
• Lead the Church Band, coordinating musical performances and ensuring smooth execution of all musical components.

• Teach students of various proficiency levels in languages including Ethiopic (Ge'ez), Amharic, Oromo, Tigrinya, German, Wolayyta, and Sidamo.
• Develop and implement lesson plans to enhance students' understanding of grammar, vocabulary, and pronunciation.
• Create engaging activities and exercises to promote language acquisition and fluency.
• Provide personalized instruction and feedback to help students meet language proficiency goals.

• Supervise and lead a team of servers, ensuring efficient and high-quality service.
• Train and mentor new staff, maintaining a high standard of customer service.
• Handle billing, process payments, and ensure a smooth checkout experience for guests.

• Created lesson plans and chose supporting materials to promote positive learning experiences.
• Met with administrators and department team members to work on curriculum planning and assessment methods.
• Participated in parent-teacher conferences to discuss children's development and progress.
• Created and enforced child-based, hands-on curriculum to promote student interest and receptive learning.
• Performed student background reviews to ascertain learning deficiencies and strengths to develop tailored lessons based on student needs.

• Founded and organized the Game Theory Club to promote critical thinking, strategic decision-making, and collaboration through the study and application of game theory principles.
• Developed and led weekly meetings, engaging members in discussions, problem-solving exercises, and simulations of classic game theory scenarios (e.g., prisoner's dilemma, Nash equilibrium).
• Designed and coordinated events, including guest speakers, tournaments, and team-based challenges to deepen understanding and foster a competitive yet collaborative environment.

• Leading the design and development of a competitive battle bot, focused on creating a functional, durable robot for upcoming competitions.
• Utilizing CAD software to design the robot’s structure, components, and mechanical systems, ensuring efficient functionality and strength.