Who Actually Runs The Organic Chemistry Tutor
The channel is run by a guy known online as The Organic Chemistry Tutor, real name Robert Taggart. He posts on YouTube and has a website at th organicchemistrytutor dot com. He went to university in the United States, studied chemical engineering, and built the channel around solving problems on camera rather than lecturing from slides. That is the core of his credential story, not some fancy academic title. He does not have a PhD posted on his page. He does not list a university affiliation in any formal way. What he has is a catalog of solved problems spanning general chemistry, organic chemistry, physics, algebra, and calculus. That is why students keep finding him, and that is also why the whole "credentials" question comes up repeatedly on forums when people are trying to decide whether to trust his explanations.
The Organic Chemistry Tutor Credentials: What Actually Exists
Looking at what is publicly available, the credential picture looks like this. He states that he has a degree in chemical engineering. He has been uploading consistently since around 2017. His YouTube channel has tens of millions of views and over a million subscribers across multiple videos. He runs a Patreon where paying subscribers get access to additional problem sets and worksheets. He has a website with downloadable PDFs organized by topic. That is the full public record. Nothing more, nothing less. Some people treat the lack of an academic title as a red flag. I understand why that reaction exists. When you are struggling with a test question at 11pm, you want to know the person explaining it actually knows what they are talking about. But in this case, the proof is in the problem solving. I watched his mechanism explanations while I was working through my own organic chemistry problems, and the steps matched what my professor wrote on the board, just explained slower and with more intermediate drawings. That is a different kind of credibility. It is practical credibility. One edge case I ran into recently was when his nomenclature video used a slightly older IUPAC convention for naming a polyfunctional molecule. The numbering sequence he chose was correct under the 1993 recommendations, but a lot of current textbooks follow the 2013 update, which flips the priority order in cases like this. I almost posted a corrected comment before I checked my own work. It turned out his example molecule was actually fine under the newer rules too, and I had misread the substituent list. The point is that even when someone has broad expertise, old videos can accidentally drift out of alignment with the latest convention your course is using. Always cross check a specific naming or thermodynamic constant against your textbook, not against the upload date on the video.
How His Teaching Style Actually Works in Practice
The videos are long. A single video can easily run thirty to sixty minutes because he solves multiple problems back to back without cutting out the setup or the arithmetic. This is useful if you need to see the full process, including the part where he checks units or rewrites an equation. It is annoying if you just want a quick refresher on one step. His pace is deliberately slow. He writes out every arrow push, every unit conversion, every intermediate value. For someone who already understands the underlying concept, this can feel repetitive. For someone who is lost, it is usually the only thing that works. I found that watching at 0.75x speed made the difference between following a reaction mechanism and actually copying it correctly onto paper. The audio quality is consistent, which sounds trivial until you realize how many educators skip mic setup. His camera angle shows both his face and his writing surface, and the handwriting is legible. He uses a digital pen on a tablet, not scanned paper. This means no blurry photos of messy notebooks. It also means there is a slight delay between his voice and the ink appearing, which catches some people off guard on first watch.
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What People Miss About Using His Materials
Most students treat his videos as replacements for lectures. That is backwards. His videos work best as practice companions. He does not give you a structured course. He gives you solved problems. If you use his videos as a substitute for attending your actual class or reading your textbook, you will hit a wall when your professor asks a question that requires a different framing than his examples. I saw this happen repeatedly in discussion threads when students took his default approach to equilibrium problems and got stuck on questions involving nonideal behavior or activity coefficients. His videos stay in the ideal domain by design, which is honest but limiting. Another thing people overlook is the file organization on his website. The PDFs are grouped by subject, but the naming conventions are inconsistent. Some files are labeled by topic, others by difficulty, and a few are just numbered. If you are trying to build a review pack before an exam, you will spend more time hunting for files than studying. I ended up making my own folder structure based on the course syllabus instead of using his layout.
Where the Method Falls Apart
The channel does not cover every subtopic that appears in a standard undergraduate chemistry curriculum. Advanced physical chemistry topics like statistical thermodynamics derivations, quantum chemistry wavefunction problems, and modern spectroscopy interpretation get very thin treatment. If your course goes past the standard general and organic boundaries, you will need another resource. His physics videos are more thorough, but even there, upper level electromagnetism and modern physics are spotty. The Patreon content is useful, but it is not free. Some of the detailed worked examples are behind a subscription. You can survive without it, but the volume of extra practice drops significantly. I found that the free videos gave me enough understanding to pass my midterm, but I still needed additional problem sources for the final. I ended up using textbook end of chapter problems alongside his videos rather than relying on one or the other. There is also the issue of error correction. Like any solo creator producing hundreds of videos, mistakes slip through. A sign error in a kinetic equation here, a mislabeled carbon number there. They are rare, but they exist. The workaround is simple: verify your answer against an independent source before you commit the method to memory. If his result disagrees with your textbook or a solution manual, do not assume he is wrong automatically, but do not assume he is right either. Check the algebra yourself.
A Practical Way to Use His Content Without Losing Time
Identify the specific topic you are struggling with. Search for that exact phrase on his channel rather than browsing broadly. Watch one video at a time, pausing before each calculation step and attempting it yourself first. Write down the problem, the given values, and the target variable before you watch him solve it. After watching, redo the same type of problem from your textbook or assignment sheet without looking at the video. If you get the same answer, the method is working for you. If not, rewatch the relevant section at slower speed and note exactly where your process diverged. Use his downloadables as supplemental practice, not as a primary curriculum. Treat them like extra drill sets, similar to what you would get from a worksheet your professor distributes. Do not treat his videos as a complete course replacement unless your class is poorly taught and you have no other material available. The Organic Chemistry Tutor credentials are not impressive on paper if you are looking for academic titles. They are impressive in practice if you care about whether a method actually produces the right answer. Most students who succeed with his channel are the ones who treat him as a problem solving reference, not a gospel source. That distinction matters more than anything else listed on his about page.
