
Highly competent Graduate level chemist with background in experimental design and academic research. Proven ability to manage large data sets, conduct complex analysis using instruments, and draw insightful conclusions. Strengths include strong critical thinking abilities, proficiency in statistical software, and advanced knowledge of research methodologies. Notable contributions include streamlining research processes and significantly enhancing the quality of data collection and analysis.
· Developed new methodologies for nitrenium compound synthesis.
· Conducted advanced research on nitrenium compounds, focusing on synthesis and analysis.
· Utilized GC, mass spectrometry, and IR spectroscopy for compound analysis.
· Enhanced student learning by providing personalized instruction and targeted laboratory support.
· Developed tailored teaching methods to meet individual student needs.
· Mentored students in analytical and inorganic chemistry techniques, fostering their practical skills and understanding.
· Supported coursework preparation and conducted laboratory experiments to reinforce theoretical concepts.
Administered anesthesia in collaboration with anesthesiologists and monitored patient vitals.
· Maintained patient comfort and strict adherence to safety protocols throughout procedures.
· Supported patient care during endoscopic procedures by providing anesthesia assistance in a clinical setting.
· Designed and delivered engaging lectures on inorganic chemistry topics.
· Facilitated instruction and laboratory activities in inorganic chemistry courses.
· Supervised laboratory experiments, ensuring safety and learning outcomes.
· Provided academic support and mentorship to students.
· Led weekly recitation sessions, clarifying complex concepts for students.
· Supported undergraduate chemistry courses through recitations, lectures, and laboratory supervision.
· Assisted in laboratory setup, safety protocols, and student assessments.
Participated in curriculum planning meetings, enhancing course structure for general chemistry.
· Developed innovative solutions for copper leakage through electrowinning, extraction, and separation, contributing to improved treatment methodologies.
· Researched copper leakage mitigation using advanced chemistry techniques to enhance water treatment efficacy.
· Analyzed water samples and optimized treatment processes, directly impacting water quality outcomes.
Worked with faculty to assist research findings in water treatment methodologies.