Walther Gonzalez

Designed and refined prompts and chain-of-thought instructions for LLMs in mathematics and physics, reviewed operator-produced training data, and provided structured feedback to improve dataset consistency and model numeric reasoning.

Designed evaluation datasets and STEM question-answer pairs, performed detailed QA of operator-produced training data, corrected errors, and proposed clarifications to improve task instructions and dataset quality.

Developed and refined AI training data for advanced mathematical reasoning, authoring and validating complex math problems to strengthen model reasoning capabilities.

Served as main professor for courses in Oscillations, Waves, Thermodynamics and Acoustics and led associated laboratories to develop student problem-solving and experimental skills.

Taught complementary physics classes focused on problem solving, supported lead professors with exercises, tutorials and assessments to improve student outcomes.

Delivered short courses on Representation Theory as an invited lecturer, teaching advanced mathematical topics to graduate students.

Conducted tutorial sessions and problem-solving workshops in mechanics, thermodynamics and electromagnetism, and supported course assessment during doctoral studies.

Taught Materials Physics as main professor, delivering lectures and laboratory guidance to undergraduate students.

Led courses in Mechanics II, Oscillations and Waves, and Optics, designing lectures and assessments to improve student mastery of advanced physics topics.

Provided one-to-one online tutoring for high-school and university students in mathematics and physics, improving problem-solving skills and course performance.

Activities and societies: Graduate teaching assistantships, tutorial sessions in mechanics/thermodynamics/electromagnetism; research and publications.

Doctoral research in physics culminating in a PhD with a thesis on Kronecker states and multipartite entanglement in quantum information.

Activities and societies: Research activities and coursework in physics.

Completed a Master of Science in Physics focused on advanced topics in physics and research methods.

Activities and societies: Teaching practicums and laboratory instruction experience.

Undergraduate degree preparing for secondary education in mathematics and physics with coursework and teaching practice.