Sign up for a helpful crash course on organic chemistry—taught to you by a UCLA bioengineering student! This can seem like a daunting subject if you do not know what to expect. However, I am here to demystify this class by guiding you through the big subjects—from electric structure to different types of reactions! My goal is to not only give you a solid foundation, but to also inspire your interest in organic chemistry! The class structure will consist of 45 minutes of lecture, where I’ll guide you through all the major units—breaking down the big ideas, core concepts, and commonly seen practice problems. By learning the foundations now, you will walk into your class with confidence, making all the difference. This is not meant for an in depth lesson, but a helpful insight.

- Essay review

- only join if you are the specified learner

- Only join if you are the specified learner

- Please only join if you are the specified learner

college help

This is a 1:1 session with Jemimah

Welcome everyone! College is such an exciting page in your life but it can also be stressful if you do not know what to expect. As a UCLA bioengineering student, I understand the value of having a mentor guiding you along the way. I believe that overall the most important goal is to put your best foot forward, because that could be the mots important step of your life. Every student has a unique story, and I want to help you highlight yours in a way that stands out to admissions officers. Along the way, I'll also share insights and recommend colleges that may be a strong fit for you and your goals. In this course, each session will focus on a key aspect of the college journey--from applications and essays to college life and beyond. I will have mini lessons prepared, but will encourage more open conversations. I will also have handouts prepared for your reference because I know it can be a lot. and while this is a given, feel free to message me over Schoolhouse for additional support. We'll wrap up with an open Q&A session, where you can ask me anything about college, applications, or what it's really like to be an engineering student at UCLA Course description 1. College Application Overview 2. Choosing the Best Colleges 3. Personal Statement and Supplemental Essays 4. Everything Else LOL (Showcasing Achievements, LOR, Test Scores) 5. Financial Aid and Scholarships 6. What to Expect Your First Year of College 7. Ask Me Anything! (engineering, UCLA, premed/predent, etc) I look forward to meeting you all!

Sign up for a helpful crash course on organic chemistry—taught to you by a UCLA bioengineering student! This can seem like a daunting subject if you do not know what to expect. However, I am here to demystify this class by guiding you through the big subjects—from electric structure to different types of reactions! My goal is to not only give you a solid foundation, but to also inspire your interest in organic chemistry! The class structure will consist of 45 minutes of lecture, where I’ll guide you through all the major units—breaking down the big ideas, core concepts, and commonly seen practice problems. By learning the foundations now, you will walk into your class with confidence, making all the difference. This is not meant for an in depth lesson, but a helpful insight.

Sign up for a helpful crash course on AP physics—taught to you by a UCLA engineering student! Mechanics can seem like a daunting subject if you do not know what to expect. However, I am here to demystify this class by guiding you through the big subjects—from kinematics to oscillations. My goal is to not only give you a solid foundation, but to also inspire your interest in physics! I’ll guide you through all the major units—breaking down the big ideas, core concepts, and commonly seen practice problems. By learning the foundations now, you will walk into your physics class with confidence, making all the difference. The class structure will consist of 30 minutes of lecture and 30 minutes of practice problems. You are welcome to leave during the second half of the class if you would like to work on the problems yourself. Additionally, you may rejoin if you have any questions as long as it is still within class time.