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Summary
Podcast

Inside recent chemistry classes taught in Miami
Coral Gables, Kendall, Brickell students take chemistry lessons
Aakriti taught 3 days ago
The student received a trial lesson focusing on organic chemistry concepts, including nucleophilic substitution reactions (SN1, SN2), the Wittig reaction, oxidation-reduction, and Grignard reagents. The tutor guided the student through solving specific problems from their homework assignment, explaining reaction mechanisms and reagents. The session concluded with administrative discussions about scheduling and platform features.
Nucleophilic Substitution Reactions (SN1 & SN2)
Wittig Reaction
Grignard Reagents
HSAB Principle (Hard and Soft Acids and Bases)
Priyanka taught 9 days ago
The tutor and student reviewed concepts related to chemical equilibrium, specifically the reaction quotient (Q) and equilibrium constant (K), and discussed energy diagrams for chemical reactions, including activation energy and the difference between endothermic and exothermic processes. They also briefly touched upon the function of catalysts.
Reaction Quotient (Q) vs. Equilibrium Constant (K)
Energy Diagrams and Activation Energy
Potential Energy Storage in Bonds
Kelechi taught 15 days ago
The Tutor and Student explored SN1, SN2, E1, and E2 reactions in organic chemistry. They analyzed substrate type, nucleophile/base strength, and solvent polarity to predict reaction products and worked through practice problems from a worksheet to apply these concepts.
Substrate Structure: Primary
Secondary
and Tertiary
The Role of Solvents in Reaction Mechanisms
Nucleophiles vs. Bases
SN1
SN2
E1
Simran taught 21 days ago
The Student and Tutor worked through identifying various functional groups using IR spectroscopy, analyzing spectra for aldehydes, ketones, alcohols, carboxylic acids, and alkenes. They also reviewed previous assignment feedback and discussed strategies for tackling timed quizzes in future sessions, with plans to work on quizzes in the next meeting.
IR Spectroscopy: Functional Group Identification
Distinguishing Alcohols and Carboxylic Acids via IR
Identifying Ketones and Alkenes with IR Spectroscopy
Limitations of IR Spectroscopy for Structure Elucidation
Elbright taught 27 days ago
The Tutor and Student reviewed the properties of gases, liquids, and solids, and delved into the concept of pressure, including atmospheric pressure and its measurement using barometers and manometers. They explored the ideal gas law (PV=nRT) and its constituent laws (Boyle's, Charles's, Gay-Lussac's), and discussed Avogadro's Law. The next step planned was to work on homework assignments related to these concepts.
States of Matter & Kinetic Energy
Gas Pressure: Cause and Measurement
The Ideal Gas Law and Its Components
Owen taught about 1 month ago
The Tutor and Student reviewed chemical kinetics, including rate laws, integrated rate laws for zero, first, and second-order reactions, and their graphical representations. They practiced setting up rate expressions for different species and calculating rate constants and activation energies. The session also introduced enzyme kinetics, specifically the Michaelis-Menten equation and the concept of Km, with plans to continue this topic next session.
Enzyme Kinetics and the Michaelis-Menten Model
Activation Energy and the Arrhenius Equation
Integrated Rate Laws and Reaction Order
Rate Laws and Stoichiometry
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Miami's Chemistry Lifeline: Driving Coastal Discovery and Shaping Green Futures

At the forefront of Miami's chemical prowess are its leading academic institutions, diligently fostering a new generation of scientists and spearheading crucial research. Florida International University (FIU), a large public research university, exemplifies this with its highly active Department of Chemistry and Biochemistry. FIU's research is deeply integrated with South Florida's environmental realities; their efforts include extensive studies on water quality in Biscayne Bay and the Everglades, understanding microplastics pollution in marine environments, and analyzing the chemical effects of climate change. Recent faculty discoveries at FIU are particularly impactful, such as innovative methods for detecting emerging contaminants like PFAS ("forever chemicals") in local water systems, directly safeguarding community health. Moreover, their work delves into the chemical mechanisms behind coral reef degradation due to ocean acidification, seeking vital solutions for these imperiled ecosystems. Complementing this, the University of Miami (UM), a prestigious private research university, also hosts a robust Department of Chemistry. Connected to its renowned Rosenstiel School of Marine, Atmospheric, and Earth Science, UM's expertise in marine chemistry and atmospheric chemistry is particularly critical, offering unique research avenues into the chemical processes shaping Miami's coastal and climatic future. Together, these universities provide a dynamic environment for hands-on learning and faculty-mentored research, while Miami Dade College (MDC) offers essential foundational chemistry courses, serving as an accessible entry point for students aspiring to these four-year programs.
In a coastal city facing distinct environmental pressures, chemistry stands as an indispensable tool for preservation and sustainability. Given Miami's reliance on groundwater and its extensive waterways, chemistry underpins critical efforts to ensure environmental health. Local and state agencies, such as the South Florida Water Management District, alongside private environmental consulting firms, heavily rely on chemists for sophisticated pollution monitoring, advanced water treatment processes, and vital Everglades restoration projects. The ongoing battle against saltwater intrusion, a severe consequence of rising sea levels impacting drinking water supplies, fundamentally relies on chemical understanding and innovative solutions. The study of persistent pollutants, nutrient loads, and their impact on marine life in Biscayne Bay and beyond further highlights chemistry’s daily, essential role in protecting Miami's unique natural assets and ensuring the well-being of its population.
For students and parents, a chemistry education in Miami serves as a powerful springboard into a variety of high-demand sectors, offering fulfilling careers where scientific insight makes a real difference. For those passionate about the environment, Miami offers direct pathways; research opportunities at FIU or UM focusing on marine or environmental chemistry can lead to roles with organizations dedicated to protecting the Everglades or improving water quality, with local internships providing invaluable real-world experience. Moreover, Miami’s thriving healthcare sector, anchored by institutions like Jackson Memorial Hospital and the University of Miami Health System, creates strong demand for chemists in clinical laboratories, medical diagnostics, and pharmaceutical support. The city’s growing biomedical industry, including startups in regenerative medicine and medical device development, actively seeks chemists for research and development. Miami's unique coastal position also fosters an emerging marine biotechnology sector, where chemists can find roles developing new compounds from marine organisms for pharmaceuticals or cosmetics, or researching solutions for ocean-related challenges. Lastly, given Miami's pivotal role as a gateway to Latin America, chemistry graduates can explore unique opportunities in international collaborations, especially for public health or environmental issues relevant across the Americas.




