• Developed weekly peer-assisted sessions for college algebra students to improve student retention and success in historically difficult courses.• Facilitated three group learning sessions a week to supplement math concepts taught in class.• Developed visual aids, practice problems, review guides, and group activities daily for students to understand challenging concepts.• Communicated with course instructor and each student to identify confusing topics to tailor sessions accordingly.• Improved average course grade by one letter grade and course retention compared to non- supplemental instruction lead courses.

• Tutored subjects of mathematics, economics, and computer science.• Adapted teaching techniques to different learning needs of the student.• Improved tutees’ critical thinking skills by applying concepts to real life applications.• Praised the tutee to aspire confidence for independent learning.• Cultivated an engaging learning environment which encouraged questions and discussions.

• Lead and managed the research team efficiently and on schedule.• Communicated effectively with the team to achieve our goal of Implementing Parallel Processing on Desktop Clusters.• Installed Linux Mint onto eleven HP PC's to utilize the computational efficiency of the operating system.• Programmed basic Linux commands onto eleven HP PC's to allow computers to communicate in parallel with each other.• Constructed three AutoCAD drafts to design an enclosure for a portable supercomputer.• Operated an industrial laser cutter to construct a cast acrylic enclosure for a portable supercomputer.• Conducted a successful research project and recorded results within a published research paper.

• Communicated effectively with the team to achieve our goal of Implementing Parallel Processing on a Raspberry Pi Beowulf Cluster.• Coded in C++ to run communication diagnostics on five (5) single-board computers.• Operated an industrial laser cutter to construct a cast acrylic enclosure for a portable supercomputer.• Constructed AutoCAD drafts to design an enclosure for a Raspberry Pi Beowulf portable supercomputer.• Operated an industrial laser cutter to construct a cast acrylic enclosure for a portable supercomputer.• Programmed single-board computers to communicate with each other in parallel to increase processing efficiency.• Conducted a successful research project and recorded results within a published research paper• Managed time effectively to achieve daily set goals and to be punctual in attendance

• Provided organized and accurate notes from Calculus and Discrete Mathematics courses to students with learning disabilities who are unable to take their own notes.• Captured mathematical proofs, concepts, and problem-solving steps using diagrams, pictures, and simple language to increase the student’s digestion of information.• Communicated effectively with each student to identify what note taking technique works best to maximize learning accessibility to the student.• Demonstrated punctuality by delivering highly detailed and accessible notes to students in a timely manner.