Award-Winning IB Chemistry Tutors
serving Memphis, TN

IB Chemistry's internal assessment and data-analysis questions demand more than content knowledge — they require scientific reasoning and clear written explanations. Fay digs into both the conceptual side (energetics, bonding, redox) and the practical skills like error analysis and graph interpretation that IB examiners specifically look for in HL and SL responses.

IB Chemistry's internal assessment and data-analysis questions ask students to think like working scientists — designing experiments, propagating uncertainty, and drawing conclusions from imperfect data. Devin's engineering lab experience at NC State gives him a practical handle on these skills, and he connects IB topics like energetics and bonding to the quantitative chemistry he studies daily.

IB Chemistry's internal assessment alone demands a level of experimental design and data analysis that most high school courses never require. Andrew earned his PhD in Inorganic Chemistry, so he tackles HL topics like transition metal chemistry, spectroscopic analysis, and energetics with firsthand research knowledge. He also walks students through the structured paper formats and multi-step calculation problems that IB exams are known for.

Completing premed requirements at UPenn meant Jessi spent serious time with general and organic chemistry — the same foundational concepts that IB Chemistry tests through stoichiometry, bonding theory, and energetics. She approaches IB-specific challenges like Paper 3 options and internal assessments with firsthand knowledge of the program's structure from her own IB diploma. Students get someone who can connect abstract chemical principles to the exact way IB examiners phrase their questions.

I'm a current medical student at VCU School of Medicine, and a graduate of Johns Hopkins University. I received my Bachelor of Science in Molecular and Cellular Biology. I've had the pleasure of tutoring a diverse range of students for 5 years; while I tutor a broad set of subjects, I'm most passionate about biology, psychology, and chemistry. I'm a big proponent of ensuring understanding over memorization and teaching concepts that last for years to come (particularly for other students interested in medicine!) In my free time, I love to write poetry, edit essays, and gush about game writing with friends.

Holding a Doctor of Science in Chemistry, Subashini has the depth to teach IB Chemistry's most demanding HL content — from thermodynamics and equilibrium to organic mechanisms — with genuine fluency rather than surface-level coverage. She also teaches physics and environmental science, which means she can bridge the cross-disciplinary connections IB examiners increasingly test in data-based and application questions. Rated 4.7 by students.

The IB Chemistry syllabus packs in everything from stoichiometry to organic reaction mechanisms, and the IA adds a layer of independent research most students haven't encountered before. Jay teaches science in a rigorous New York City charter school environment, so he knows how to pace complex material and coach students through lab-based assessments without overwhelming them.

A Cornell Chemistry & Chemical Biology graduate (magna cum laude), Michael has the depth to tackle IB Chemistry's trickiest areas — from periodicity trends and molecular geometry at SL to the HL organic synthesis and equilibrium problems that demand real conceptual fluency. He also tutors organic chemistry and AP Chemistry, so he's used to scaling explanations up or down depending on what the syllabus actually requires. Rated 5.0 by students.

IB Chemistry's higher-level topics — energetics, equilibrium, redox — demand the kind of quantitative reasoning Brian sharpened through his Caltech science and engineering training. He approaches the IB curriculum by connecting chemical concepts to their underlying math, so students can tackle both the structured problems and the data-analysis questions the IB loves to include.

IB Chemistry's breadth — from stoichiometry and bonding to organic reaction mechanisms and energetics — can overwhelm students who try to study each topic in isolation. Zach approaches the syllabus by building connections between units, showing how equilibrium concepts reappear in acid-base chemistry and electrochemistry. His daily lab work at MIT keeps these principles concrete and current.

Stoichiometry, equilibrium, and thermodynamics form the backbone of IB Chemistry, and each one requires a slightly different problem-solving mindset. Sidharth tackles these by walking through the logic behind each calculation step so students can self-correct on exam day instead of relying on memorized setups.

Lab work at Columbia has Matthew performing titrations, analyzing reaction yields, and troubleshooting chemical protocols on a regular basis — exactly the kind of applied chemistry knowledge that strengthens IB exam performance. He digs into stoichiometry, periodicity, and organic chemistry with an emphasis on understanding why reactions behave the way they do, which makes IA lab reports and data-analysis questions far more manageable.

As a biomedical engineering student, Nymisha tackles chemistry through the lens of real-world applications — how stoichiometry governs drug dosing, or why molecular polarity determines whether a compound can cross a cell membrane. That engineering mindset translates well to IB Chemistry's data-based questions, where pulling quantitative meaning out of graphs and tables matters more than memorizing definitions.