• Conducted weekly one-on-one meetings with students to follow up on their academic progress, providing tailored support and actionable feedback that enhanced their learning outcomes.• Shadowed students in classrooms to observe their engagement and participation, using these insights to develop personalized strategies that addressed individual learning challenges.• Collaborated with coaches and staff members to align support strategies, ensuring a cohesive approach to enhancing student success across the department.• Compiled comprehensive end-of-semester reports detailing student progress, areas for improvement, and recommended interventions, which informed future coaching plans and support strategies.

• Developed a Python script utilizing NumPy, Pandas, and Matplotlib, reducing data processing time by 12% and improving the efficiency of data analysis for CERN particle accelerator research.• Enhanced the clarity of scientific findings by creating visualization graphs that facilitated 15% faster team decision-making during project discussions.• Collaborated with physicists to refine data analysis methodologies, reducing processing time by 12%, enabling more rapid experimentation cycles.• Increased code reusability and maintainability by designing custom Python functions for data preprocessing, leading to a 10% reduction in development time across research projects.

• Led weekly group study sessions for Calculus, reinforcing key concepts and problem-solving techniques, which improved student understanding and exam scores.• Developed and delivered interactive worksheets and practice problems tailored to the course material, helping students to grasp difficult concepts through hands-on learning.• Provided individualized support during office hours, addressing specific student questions and challenges.

• Supported 40+ physics students by clarifying complex topics during lectures and labs, resulting in a 18% improvement in their grasp of fundamental principles, as measured by exam scores.• Designed and implemented engaging physics activities that increased student participation by 15%.• Conducted focused review sessions before exams, targeting difficult topics and improving overall class performance by 10%.