I have a thorough knowledge and understanding of first year organic chemistry based on core principles, I know how to explain it in ways you’ll understand, and I know how to give you a structure that will result in success if you do your part.
But probably most importantly, I have already helped hundreds of students (thousands if I include all the students who have been in classrooms of mine over the years but weren't private students of mine) achieve higher levels of success in the course than they would have without me.
I’ve been tutoring organic chemistry full-time since 2004 and have helped hundreds of students dramatically improve their grades at several different universities and colleges.
If you’re familiar with the Malcolm Gladstone book Outliers: The Story of Success, you know what he says about the 10,000-hour rule to become a phenom. While debate may rage over whether his claim is accurate, I have done over 16,000 hours of private tutoring in organic chemistry. I’d like to think with all this experience, I’ve learned something about how to help you.
- Regarding my formal education, I graduated in 1991 from UMass Amherst with a B.S. in food science and a minor in chemistry (I’ve completed 42 credits of chemistry).
- In addition to tutoring organic chemistry full-time, I taught organic chemistry for The Princeton Review for 10 years, and I also trained their new organic chemistry instructors.
- Additionally, I was on staff at Harvard for a year as a teaching fellow for the Harvard Chem 17 course in the fall of 2015, and was the head teaching fellow for the Harvard Chem 20 course in the spring of 2016.
I’ve been involved in teaching both private sessions and groups in various subject matter since 1988, and I am obsessed with organic chemistry and continue to increase my own understanding of it while constantly developing techniques, methods, and study materials to better present it to students.
Teaching and tutoring organic chemistry is my version of a dream come true. I love what I do and am passionate about the material. You will see the difference, and you will benefit from my dedication.
I also have a t-shirt that says "organic chemistry", so maybe that also helps improve my superpowers.
We can do the tutoring sessions remotely using Zoom as the platform. We'll be able to see each another, and you will be able to see my desktop and everything I'm writing. We can switch over to your screen as well. We can mark up pdfs you send me and/or documents I provide, and I'll put all the annotated notes into our shared folder after the session.
I'm very flexible. We can meet days, nights, weekdays, weekends . . . pretty much anytime. That being said, I do try to minimize sessions starting before 11am.
In-person sessions take place near Harvard University. Right now with Covid, everything is online.
Payment is due at the conclusion of sessions.
Online payments can be handled with Zelle, Venmo or PayPal only. Mailing a check to me is not an option, I've been BURNED on that too many times.
In-person payments can be handled with cash, Zelle, Venmo, PayPal, or check.
Please read my webpage Will We Click? to be sure we have a shared educational philosophy before you contact me for the first time.
When we do meet for our sessions, please be prepared with a game-plan. Ideally, you have done problems beforehand and are bringing in specific questions that have arisen from your efforts. You can put files into our shared folder and that will make it easier for us to access them on demand.
Also, be prepared to handle the payment for the session after we conclude.
What we do in the session is tailored to what you want/need.
Most sessions feature students bringing in specific questions they want answered that have arisen through working on problems. I can answer the questions you have regarding anything you don't understand and I will give you a deeper understanding of what you think you already know. Almost always, when a student is asking about one question, they are going to hear me explain how the principles required to answer that one question are applied to other similar questions and situations. This is me trying to help you see the unifying principles, and how the concepts are repetitively applied.
We can also work proactively on getting you ahead. For students who would like to learn the material before they get it in class, we can do that too.
No matter what we do, you will be working on problems as we go through the session as a way for us to ensure that you are able to solve problems using the information we are covering together.
After the session, I will save anything I've written into a shared folder of ours.
Yes, we can work on your homework together, but I prefer that you have tried it on your own before we meet. Even if you get every single question wrong on your own, but you at least honestly tried to do the problems and you can then discuss with me why you did what you did, why you thought what you thought, you will learn way more when we do it together.
You will learn more because you will have a frame of reference for what stumped you and gave you trouble as well as what you thought was correct even if it wasn't. Then when we're discussing the areas needing attention and why what you thought was correct was actually incorrect, you will have an easier time making the adjustments you need to make to improve and progress.
But if you haven't even looked at the homework before the session and you come in saying "Eddie, I just didn't have time to do it, and it's due tomorrow. Can you just show me how to do every problem?" (and usually, this is followed by, "I promise, this will never happen again" until it happens again the next week) . . . well . . . am I wrong for calling into question your commitment to the course?
Yeah, I know I can do your homework. The key question is, can YOU do your homework? Homework is a critical tool for building the skills you need to succeed on exams. If you don't put in the necessary effort on the homework problems before we look at them together, then you will probably increase your chances of being the flaming dumpster fire on exam day.
We both want our tutoring sessions to be as productive as possible. In my opinion, 1.5 or 2 hours is the optimal session length.
That said, I am not saying 1.5 or 2 hours is a requirement. Most sessions are either 1, 1.5, or 2 hours. It is your responsibility to let me know in advance how much time you'd like to meet for.
Some students can handle sessions longer than 2 hours, but thanks to "distraction overload", those students are becoming rarer than sightings of Sasquatch.
Going beyond two hours is an invitation for fatigue and "zoning out" to occur. We don't want that.
In special cases I will allow the session to go beyond two hours; however, if only your physical carcass is present while your mind is goofing off, I will suggest we wrap up for the day.
Organic chemistry cannot be learned and mastered overnight, so the ideal situation is a student be consistent and steady with their training. Cramming for two days before each test will (predictably) result in an outcome that won't please you (think flaming dumpster fire).
I believe the ideal scenario is for a student to meet with me at least once a week (and at least twice a week for summer programs).
Much of that will depend on whether you do effective work on your own between tutoring sessions.
In order to make noteworthy progress, you have to spend time without me by your side practicing problems, struggling with mechanisms, and wrapping your mind around synthesis. "You can't become a master without first being a disaster."
You have to sit with a challenging concepts and reasoning problem and try to solve it on your own without giving up too soon. You have to develop an "organic chemistry rhythm" that is necessary for time management during exams.
If the only thing you do is see me once a week, then don't put in the needed time working on problems between sessions . . . well, that's like doing one set of ab crunches each week and then wondering why you still don't have a 6-pac.
As soon as possible, hopefully BEFORE you encounter trouble.
Ideal situation: we start BEFORE your course begins.
In the idealized situation, you and I team up BEFORE your course begins. One of the BEST steps you can take in ensuring a smooth (and enjoyable) experience is to "front-end load" some of the crucial concepts before the duress of the course (and your other courses) begins.
Almost every student who begins working with me for maybe 5 or 6 sessions BEFORE their course begins not only goes on to get an A, but they do so in commanding fashion. These are my students who are wondering why everyone talks trash about organic chemistry.
When we start before the course begins, the work that then needs to be done over the next 16 weeks of a regular school semester will actually make sense. You'll be able to apply a framework of understanding to the new material as it rolls in each week.
You will understand what is happening. That's very different from how most students go through the course.
And you will probably need less tutoring overall. Instead of the tutoring becoming a "save my ass" Herculean effort where there's scrambling, there's trying to unlearn bad habits, trying to catch up, etc., the tutoring becomes proactive.
Proactive tutoring: I'm your trainer more than your rescuer.
The proactive version of us working together is a process that looks more like this:
See, I'm describing a very different tutoring experience than what most students end up doing. I'm describing a picture where my role is more of a trainer, not a rescuer. I get you in the pilot seat and you go in and enjoy the class because it makes sense.
When you follow along with what is happening in the course and why it happens, you end up having a completely different experience from what most students have. You do not join the masses who go away bad-mouthing organic chemistry and saying how bad it sucks, how it's all memorization, how it's a nightmare, daymare, etc.
Organic chemistry is a cool class when you understand what is happening. But when you don't follow the logic, the course frickin' sucks!
Unfortunately, the usual scenario is the student needs to be air-lifted out of the ditch, and then there's lots of backtracking along with keeping up with the incoming new material. Because organic chemistry is so dependent on all that came before, the student who fakes their way through the first half of the semester is on a collision-course with disaster.
We build chemistry and familiarity with each other
Another benefit of us starting before the course begins is it gives us time to get to know each other in a more relaxed environment. A big part of how effective you will be in working with me will depend on how we interact.
It's like how a sports team made up of all new players takes some time to gel as they figure out how to be a great team. In professional sports, the individual players are the best in the world at their craft, yet they still need time to get used to working with each other. Us maxing out the ochem experience together is no different.
Avoid the "streetlight effect"
When a student waits too long before seeking help, it can be very difficult to get them to modify their flawed approach to the course. It can become a situation of the “Streetlight Effect."
The longer you wait and fall behind, the more difficult it will be to catch up. In fact, if you wait too long, I may not take you on. I am not interested in playing the role of a hospice aide where all I can do is minimize the agony of your certain demise. Experience has taught me that there comes a point where it's just too late in the process for a student to make appreciable gains, and I'm not in the business of running a fool's errand.
Did I say start early?
So in summary, START EARLY! Many students put in a lot of hours with organic chemistry only to still do poorly; most likely, they approached the class with a flawed approach because they didn't know how to learn ochem and study effectively. Your final grade will be a reflection of how effective you were with your approach, not necessarily how many hours you pumped into the course, and starting early gives you the chance to learn how to be effective BEFORE you get into trouble.
One of my students made the observation that students will most likely succeed in organic chemistry if they approach the course with a strategy similar to approaching a math class rather than a science class. I thought that was a brilliant observation.
You don't memorize answers to individual math problems and then hope you see the exact same math problems on your exam so you can simply regurgitate a memorized response. No, you learn a principle/concept of math and you learn how to recognize and apply it to any math problem needing the principle.
When we learned that the area of a rectangle is the squared units of multiplying length by width, we worked on many problems that required us to apply that concept. We went into our exam knowing this formula, and knowing how to read a word problem and recognize when it was asking us to solve the area of a rectangle.
We were empowered to solve any problem that required solving for the area of a rectangle.
What we DIDN'T do is read a word problem that asked us to solve the area of a rectangular room that was 20 feet by 15 feet and then hope the exam asked us that exact same question verbatim.
The key is to learn a principle, work on many problems that require us to recognize the principle is being applied and give us practice solving with that principle, and then get so solid on solving this type of problem that you can't NOT do it.
Another student shared this webpage with me, and it sums up exactly this cross-over between organic chemistry and learning math. Even though it is an article about math (and happens to mention organic chemistry), the principles discussed in the article are the exact same for organic chemistry. Students who think memorizing is the answer are the students who cannot really solve problems with authority.
No. I only tutor organic chemistry. I am an organic chemistry specialist and devote all my time to this wondrously fascinating subject.
Yes, I love organic chemistry and helping students; no, I don't get sick or tired of talking about it. In fact, my love for teaching this topic has GROWN over the years!
I believe the attitude of the teacher makes a big difference in how effectively they work with students. Many peer tutors, TAs, and TFs are tutoring and teaching because they have to, not because they want to. This is going to affect your learning experience. Here is one of my favorite quotes regarding the importance of attitude:
"The longer I live, the more I realize the impact of attitude on life. Attitude to me, is more important than facts. It is more important than the past, than education, than money, than circumstances, than failures, than successes, than what other people think or say or do. It is more important than appearance, giftedness, or skill. It will make or break a company, a church, a home.
—Charles R. Swindol