Awesome
Prof. Shelton is a wonderful prof who really cares about his students. Attendance really matters in his class because you will really have to answer questions online for participation. He also gives a textbook that isn't necessary to use because lectures are based on it. For each test, he gives a practice exam as well. Overall, he made the class enjoyable for everyone.
Shasta College - Chemistry
Graduate Student
Researcher in solar energy conversion, nanomaterials, photoelectrochemistry, water splitting.
Chemistry Instructor
Teaching introductory chemistry to a diverse student population using evidence based practices, primarily using active learning techniques for student engagement.
Teaching Assistant Consultant
- Provided consultations to teaching assistants to improve their teaching effectiveness based on video analysis, student surveys and interviews, and reviewing teaching-related documents.
- Worked as part of a team of 10 TACs to design and execute workshop series in Fall '14 ( Demonstrating “Teaching Excellence” - The Teaching Portfolio) and Winter '15 (Student, Classroom, Instructor: Strategies for aligning teaching with learning)
- Helped design and execute TA Orientation workshops for all incoming UC Davis teaching assistants with emphasis on classroom diversity, active learning strategies, and using technology in the classroom.
Bachelor of Science - BS
Chemistry
Doctor of Philosophy (Ph.D.)
Inorganic Chemistry
Received Outstanding Teaching Assistant Award in General Chemistry (2014, 2016). Undergraduate Research Mentor for six students in research methods, data analysis, problem solving, and career path exploration. Member of UC Davis Chemical Education Research community.
Graduate Student
Researcher in solar energy conversion, nanomaterials, photoelectrochemistry, water splitting.
Associate’s Degree
Social and Behavioral Sciences
Journal of Photonics for Energy
Journal of Photonics for Energy
Applied Catalysis A: General
Observing photochemical charge separation and oxidation reactions on iron oxide nanowire arrays using surface photovoltage spectroscopy (SPS).
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