Pezhvak moghadasi

Created and evaluated prompts across various STEM fields, including organic, analytical, inorganic, and physical chemistry, as well as physics, math, and statistics. Designed and reviewed conversational datasets for RLHF, ensuring factual accuracy and clarity.

Offered expert beauty consultations with personalized product recommendations, consistently exceeding sales targets through relationship-based selling. Collaborated with vendors to stay current on emerging beauty trends and oversaw inventory control for optimal customer engagement.

Delivered personalized one-on-one online tutoring sessions in Math, Statistics, Physics, and Chemistry to high-school and undergraduate students across North America. Designed customized lesson plans that consistently raised student grades by an average of one full letter grade.

Provided on-demand chat-based tutoring in math, chemistry, and physics to diverse K-12 learners, managing multiple simultaneous student sessions effectively. Contributed to an internal knowledge base of walkthrough solutions and tutoring best practices.

Led engaging tutorial sessions for CHEM 201 and CHEM 203, providing students with targeted problem-solving strategies and conceptual clarification. Evaluated assignments, exams, and lab reports while meticulously monitoring exams to uphold academic integrity.

Conducted extensive research on carbon-based catalysts for electrocatalysis and CO utilization, significantly contributing to fuel cell and electrolyzer applications. Performed advanced DFT calculations on platinum-based materials to enhance catalytic performance in PEMFCs.

Performed standard operating procedures including leak tests, shot & net analysis, and pH testing on pharmaceutical products to ensure quality. Operated and maintained GC instrumentation for quality verification, interpreting analytical data to ensure product consistency and compliance.

Conducted research on the development and characterization of catalysts for fuel cell and CO electrolyzer applications. Thesis focused on carbon-based catalysts for electrocatalysis and CO utilization, including DFT calculations on platinum-based materials for PEMFCs. Utilized various analytical techniques such as XRD, Raman, XPS, and BET/BJH analyses to characterize catalyst structure and electro

Grade: 16.16/20.0 (3.36/4.00 via WES)

Completed a Bachelor of Science in Applied Chemistry, covering a broad range of chemical principles and applications. Achieved a cumulative GPA of 16.16/20.0, equivalent to 3.36/4.00 via WES, over 141 credits.