top of page

Organic Chemistry Education


After decades of research, developing teaching devices, and using different methodologies, I found a method which produced excellent results, was not overly burdensome for me, and was enjoyed by students. My method was suitable for the very large class size (hundreds), as well as small class size. The method used a "flipped class" technique, filmed lectures which students watched before class, and hundreds of multiple choice questions worked in class, which students enjoyed.  Thus, students were offered three ways to study organic chemistry: (1) read the textbook, (2) watch Dr. Nelson’s lecture videos, (3) use the Socratic method to work, answer, and discuss problems in class.

She researched the influences of attitude and personality upon learning and performance in the classroom. Students’ beliefs about their ability to improve their intelligence (known as mindset) have more impact on their academic outcomes in challenging learning environments, such as organic chemistry courses. Because little work has been done on the influence of mindset or personality upon performance in these courses, Dr. Nelson’s research determined the impacts of these characteristics by using the corresponding surveys. By comparing pre-course versus post-course survey scores, the impact of course content could be discerned and compared across courses.

In Fall 2023, students enrolled in my Organic Chemistry 1 section created a petition asking that I teach "all sections" of Organic Chemistry 2, so they would be certain to have me and this teaching method for their Organic Chemistry 2. This petition was signed by almost 100 students. It is unusual to have such a petition created, which indicates that they enjoyed the unusual teaching methodology used in this course.

DJN_NOW_Woman_of_Courage_Award_2004.jpg

The following filmed lectures are based on David Klein: Organic Chemistry 3rd Edition. (Posted on YouTube)

Organic Chemistry 1

Chapter 1
Introduction

V1 V2 V3

Chapter 2
Molecular Representations

V1 V2 V3

Chapter 3
Acids and Bases

Chapter 4
Alkanes and Cycloalkanes

V1 V2 V3

Chapter 5
Stereoisomerism

Chapter 6
Chemical Reactivity and Mechanism

V1 V2 V3

Chapter 7
Nucleophilic Substitution and Elimination

V1 V2 V3 V4

Chapter 8
Additional Reactions of Alkenes

V1 V2 V3

Chapter 9
Alkynes

Chapter 10
Radical Reactions

V1 V2 V3 V4

Chapter 11
Synthesis

Chapter 12
Alcohols and Phenols

V1 V2 V3 V4

Organic Chemistry 2

Chapter 13 
Ethers and Epoxides

V1 V2 V3 V4

Chapter 16
Conjugated Pi Systems and Pericyclic Reactions

V1 V2 V3

Chapter 17
Aromatic Compounds

Chapter 18
Aromatic Substitution

V1 V2 V3 V4

Chapter 19
Aldehydes and Ketones

V1 V2 V3 V4

Chapter 20
Carboxylic Acids and Their Derivatives

V1 V2 V3 V4 V5

Chapter 21
Alpha Carbon Chemistry

Chapter 22
Amines

In Fall 2023, students enrolled in my Organic Chemistry 1 section created a petition asking that I teach "all sections" of Organic Chemistry 2, so they would be certain to have me and this teaching method for their Organic Chemistry 2. This petition was signed by almost 100 students. It is unusual to have such a petition created, which indicates that they enjoyed the unusual teaching methodology used in this course.

Student Petition

Petition from DJNelson's Org1 class_Page_1.jpg
Petition from DJNelson's Org1 class_Page_2.jpg
Petition from DJNelson's Org1 class_Page_3.jpg
Petition from DJNelson's Org1 class_Page_4.jpg

Examples of Dr. Nelson's Organic Chemistry Publications 

Comparing Nucleophilic Substitutions Versus Elimination Reactions in Comprehensive Introductory Organic Chemistry Textbooks

Comparing Atomic versus Molecular Orbitals in Comprehensive Introductory Organic Chemistry Textbooks

bottom of page