256
3D Molecule Modeling w/ Chemdoodle 3D, a Pro Chemistry Software Program! (STEM)
Completed by 9 learners
Ages 10-15
Live Group Class
Live video meetings
1x per week, 8 weeks
3-10 learners per class
50 min
What’s included
8 live meetings
6 hrs 40 mins in-class hoursClass Experience
US Grade 5 - 8
In this 8-session course, students learn how to use a powerful 3D chemistry modeling software called ChemDoodle3D! ChemDoodle3D is used by science professionals to create high-quality molecular models and graphics for research papers. In this software program, students will have access to unlimited atoms and a molecule library to build complex molecular structures. No more running out of atoms parts when building molecule models! Learners will also be able to save and output their 3D molecule graphics as printable pages. The course starts off gradually to help learners acclimate to the software program, and then proceeds to explore complex molecules including proteins, carbohydrates, RNA and DNA. This course complements and moves beyond the Hands-on Molecule Building courses that we offer, since the software has more built-in resources and advanced features. Learn more about the ChemDoodle3D software here: https://www.chemdoodle.com/3d Please Note: Students will use the ChemDoodle3D software during this course, which can be downloaded and used for $18/month during the duration of the course (2 months, total cost $36). The software program can be downloaded for either Mac or Windows/PC computers. There is also a free 14-day trial available. Please see purchase info in the Supply List section for more details. This course has a Flexible Age Range. If a learner under the age of 10 has previously taken our Hands-on Molecule Building courses, and feels comfortable using a computer independently, then they may take this course. Class Schedule: Session 1: Introduction to ChemDoodle Interface - Setting up Chem Doodle 3 for our sessions - Molecules Made: Water, Alkanes (methane, ethane), Ethanethiol, Alkenes and Alkynes - Topics covered: The structure of atoms - protons, neutrons and electrons, types of Covalent Bonds, learn about chains of carbon atoms called alkanes, alkynes and alkenes Session 2: Atom Orbitals and Molecule Shapes - Molecules Made: Carbon dioxide, Methane, Carbonate ion, Chlorine Trifluoride, Sulfur Hexafluoride - Topics covered: Electron orbitals, make orbitals using Chem Doodle widget, learn about VSEPR (Valence Shell Electron Pair Repulsion Theory) used to predict molecule shapes Session 3: Functional Groups - Molecules Made: Formaldehyde, Citric Acid, Aspirin - Topics Covered: Aldehyde and Acid functional groups in organic chemistry Session 4: Proteins - Molecules Made: Amino acid template, Methionine (needed for break down of fat to release energy), Lysine (calcium absorption) - Topics Covered: Amino acids as building blocks of protein, protein structures (ribbon and backbone) and bringing in protein structures using the database in Chem Doodle Session 5: Carbohydrates - Molecules Made: Glucose, Amylose (linear glucose chain in starch), Fructose, Sucrose and Stearic Acid - Topics Covered: Idea of biomolecules, what are carbs, polysaccharides, lipids and how soap works with a fatty acid, concepts of hydrophobic and hydrophilic molecules Session 6: Nucleic Acid Structures - Molecules Made: Deoxyribose, phosphate group and nitrogenous base Adenine - Topics Covered: What are nucleic acids, what is a nucleotide and the structure of a nucleotide Session 7: Nucleic Acids, DNA and RNA continued - Molecules Made: Guanine and Thymine; turn them into Nucleotides - Topics Covered: Continue exploring nucleic acids, nucleotides and the structure of a nucleotide Session 8: Nucleic Acids, DNA and RNA continued - Molecules Made: Cytosine and a simplified model structure of DNA - Topics Covered: Continue exploring nucleic acids, nucleotides and the structure of a nucleotide
Learning Goals
Learning Goals for each class session are listed below:
Session 1: Introduction to ChemDoodle Interface
- Setting up Chem Doodle 3 for our sessions
- Molecules Made: Water, Alkanes (methane, ethane), Ethanethiol, Alkenes and Alkynes
- Topics covered: The structure of atoms - protons, neutrons and electrons, types of Covalent Bonds, learn about chains of carbon atoms called alkanes, alkynes and alkenes
Session 2: Atom Orbitals and Molecule Shapes
- Molecules Made: Carbon dioxide, Methane, Carbonate ion, Chlorine Trifluoride, Sulfur Hexafluoride
- Topics covered: Electron orbitals, make orbitals using Chem Doodle widget, learn about VSEPR (Valence Shell Electron Pair Repulsion Theory) used to predict molecule shapes
Session 3: Functional Groups
- Molecules Made: Formaldehyde, Citric Acid, Aspirin
- Topics Covered: Aldehyde and Acid functional groups in organic chemistry
Session 04: Proteins
- Molecules Made: Amino acid template, Methionine (needed for break down of fat to release energy), Lysine (calcium absorption)
- Topics Covered: Amino acids as building blocks of protein, protein structures (ribbon and backbone) and bringing in protein structures using the database in Chem Doodle
Session 05: Carbohydrates
- Molecules Made: Glucose, Amylose (linear glucose chain in starch), Fructose, Sucrose and Stearic Acid
- Topics Covered: Idea of biomolecules, what are carbs, polysaccharides, lipids and how soap works with a fatty acid, concepts of hydrophobic and hydrophilic molecules
Session 06: Nucleic Acid Structures
- Molecules Made: Deoxyribose, phosphate group and nitrogenous base Adenine
- Topics Covered: What are nucleic acids, what is a nucleotide and the structure of a nucleotide
Session 07: Nucleic Acids, DNA and RNA continued
- Molecules Made: Guanine and Thymine; turn them into Nucleotides
- Topics Covered: Continue exploring nucleic acids, nucleotides and the structure of a nucleotide
Session 08: Nucleic Acids, DNA and RNA continued
- Molecules Made: Cytosine and a simplified model structure of DNA
- Topics Covered: Continue exploring nucleic acids, nucleotides and the structure of a nucleotide
Other Details
Parental Guidance
Please Note: Students will use the ChemDoodle3D software during this course to build a wide variety of molecule models. This software can be downloaded and used for $18/month during the duration of the course (2 months, total cost $36). The software program can be downloaded for either Mac or Windows/PC computers.
An account is not needed to download the software. The monthly subscription can be cancelled by the parent after the course is completed. There is also a free 14-day trial available for the software, which we recommend starting with to begin the course. The free trial can be accessed at this link: https://www.chemdoodle.com/3d#trial
Supply List
Students will use the ChemDoodle3D software (listed under External Resources) during this course, which can be downloaded and used for $18/month during the duration of the course (total cost $36 for 2 months of use). The software program can be downloaded for either Mac or Windows/PC computers. There is also a free 14-day trial available. The monthly subscription can be cancelled by the parent after the course is completed. We will send detailed instructions on how to purchase a license 2 weeks before the class begins. We recommend starting with the 14-day trial, and then after the trial, upgrading to a monthly license for 2 months, so that your child can access the software for a total of 10 weeks. The software can be downloaded from this link: https://www.chemdoodle.com/3d#trial Throughout this course, we'll guide students through the process of learning the ChemDoodle3D interface and provide step-by-step instruction for building a wide variety of complex molecule models! For more details about the software, please visit: https://www.chemdoodle.com/3d
External Resources
In addition to the Outschool classroom, this class uses:
Offered by
Teacher expertise and credentials
2 teachers have teaching certificates
Illinois Teaching Certificate in Elementary Education
California Teaching Certificate in Science
6 teachers have a Graduate degree
Master’s Degree in Film/Cinema/Video Studies from University of Southern California
Master’s Degree in Science from Central CT State University
Master’s Degree in Art and Design from Brown University and Rhode Island School of Design
Master’s Degree from American College of Education
Master’s Degree in Physics from university of California Berkeley
Master’s Degree in Education from Western Governors University
6 teachers have a Bachelor’s degree
Bachelor’s Degree in Biochemistry from University of Michigan
Bachelor’s Degree in American Studies from Stanford University
Bachelor’s Degree in Physics from Western CT State University
Bachelor’s Degree in Art and Design from California College of the Arts
Bachelor’s Degree in Elementary Education from Loyola University of Chicago
Bachelor’s Degree in Biology/Biological Sciences from University of Chicago
Quantum Physics for Kids is dedicated to introducing young students to the amazing world of quantum physics, invention & science research! We've been offering STEAM (Science, Technology, Engineering, Art & Math) classes and creating educational materials for students of all ages for over 15 years. We're excited to share this course content with more students through Outschool.
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