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About Us

Built by educators who understand how students learn chemistry—and how to help them succeed.

Why We Created REAL CHEM

MAKING CHEMISTRY MEANINGFUL

We help students discover chemistry’s role in their world and recognize their potential to shape it.

CREATING CHEMISTS FOR LIFE

We allow students to see how their lives and careers can be enriched by learning to think like a chemist.

Our Core Principles

RELEVANT

We show students how chemistry connects to careers they never considered, opening doors to opportunities in STEM and beyond.

ENGAGING

Cinematic video of real people and real scenarios, followed by interactive activities with personalized feedback, engages and supports students.

ACTIVE LEARNING

Students participate in interactive activities and applications—building confidence to tackle the next question.

Where Research Meets Innovation

Carnegie Mellon University's Open Learning Initiative

OLI brings decades of learning science research to REAL CHEM, creating proven approaches that drive student success.

Arizona State University's ETX Center

ETX contributes cutting-edge technology to help REAL CHEM reach more students effectively.

Our Journey

2018

ASU and CMU join forces to reimagine chemistry education through learning science

2020

Partner institutions help us refine our approach with extensive classroom testing

2022

REAL CHEM makes its debut with data-driven insights and immersive learning experiences

2024

We expand our impact with an enhanced toolset and new collaborative features

Meet some of the Real People Behind REAL CHEM

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Norman Bier

Executive Director of OLI, Carnegie Mellon University

Norman Bier

I'm the Director of the Open Learning Initiative (OLI) at Carnegie Mellon University. My work sits at the intersection of CMU’s internal educational practice, ongoing learning science research, and external collaboration

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Ariel Anbar

Professor, School of Molecular Sciences Arizona State University

Ariel Anbar

I'm a scientist and educator interested in Earth’s past and future as an inhabited world as well as in the prospects for life beyond.

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Kim Larson

Director of Special Projects, Product Owner - REAL CHEM

Kim Larson

I lead the ETX Chemistry project, applying evidence-based design to develop technology-mediated learning environments and facilitating research that continuously improves the learning experience.

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Dave Yaron

Professor of Chemistry, Carnegie Mellon University

Dave Yaron

My research area is computational chemistry. My current focus is using machine learning to derive quantum chemical models from data.

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Gizelle Sherwood

Director of Undergraduate Studies and Labs Teaching Professor Department of Chemistry Carnegie Mellon University

Gizelle Sherwood

I teach freshmen and sophomores using both traditional and modern methods, emphasizing active learning with real-world applications. I also develop chemistry outreach programs for K-12 through partnerships with the Gelfand Center, PJAS, and the Boy Scouts.

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Josh Hartman

Assistant Professor of Chemistry, UC Riverside

Josh Hartman

After earning my graduate degree in computational chemistry at UC Riverside, I taught general chemistry and worked as a data scientist. I now focus on making chemistry education more engaging through interactive simulations, machine learning, and expanding undergraduate research.

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Mark Blaser

Open Learning Initiative Domain Fellow - Chemistry Carnegie Mellon University

Mark Blaser

I am an OLI Domain Fellow in Chemistry at Carnegie Mellon, working on the REAL CHEM project. With 30+ years in STEM education, I focus on adaptive learning, TEL, and curriculum development, including leading the $1M AHA! Chemistry Project.

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Paulette Vincent-Ruz

Assistant Professor in Chemistry Education Research
Chemistry & Biochemistry Department, New Mexico State University

Paulette Vincent-Ruz

I'm an assistant professor in the Chemistry & Biochemistry department.

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Rod D. Roscoe

Associate Professor Human Systems Engineering, Arizona State University

Rod D. Rosco

I specialize in human systems engineering at the Ira A. Fulton Schools of Engineering. My work focuses on fostering diversity, equity, and inclusion in education and research as the Director of Inclusive Excellence for the Learning Engineering Institute.

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tara Nkrumah

Assistant Professor Mary Lou Fulton College for Teaching and Learning Innovation

tara Nkrumah

I research equitable teaching practices in STEM education at Mary Lou Fulton Teachers College. My work explores anti-oppressive discourse and culturally responsive pedagogy through the theater of the oppressed.

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Hal Turner

Community Manager and Application Support Lead

Hal Turner

As a Customer Success professional with 16+ years of experience in sales and support, I drive sales expansion through customer success by building strong relationships, incorporating user feedback into product improvements, and delivering top-tier training and support tools.

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Sam March

Lead Account Manager

Sam March

As a Learning Consultant, I support educators throughout their REAL CHEM journey ensuring they have the resources needed to enhance student success. I am passionate about advancing REAL CHEM’s mission to create a learning environment where all students thrive and see a future as STEM leaders.

Explore What REAL CHEM Has to Offer

Join educators who believe in making chemistry meaningful for every student.

01

Chemical Kinetics

  • Page: Introduction to Kinetics
  • Module 1: Reaction Rates
  • Module 2: Rate Laws
  • Module 3: Reaction Mechanisms
  • Page: Exploration: Catalyst in the Clouds
  • Page: Unit Key Equations and Key Terms
  • Page: Chemical Kinetics Unit Checkpoint 
02

Chemical Equilibrium

  • Page: Introduction to Chemical Equilibrium
  • Module 4: Concepts of Chemical Equilibrium 
  • Module 5: Le Châtelier’s Principle 
  • Module 6: Equilibrium Calculations
  • Page: Exploration: Let’s Get the Lead Out!
  • Page: Unit Key Equations and Key Terms 
  • Page: Chemical Equilibrium Unit Checkpoint 
03

Acids and Bases

  • Page: Introduction to Acids and Bases
  • Module 7: Defining and Measuring Acids and Bases
  • Module 8: Strong and Weak Acids and Bases
  • Page: Exploration: Proton Power! pH and Protein Structure
  • Page: Unit Key Equations and Key Terms
  • Page: Acids and Bases Unit Checkpoint
04

Applications of Aqueous Equilibrium

  • Page: Introduction to Applications of Aqueous Equilibrium 
  • Module 9: Buffers 
  • Module 10: Titrations
  • Module 11: Solubility and Complex Ion Equilibria
  • Page: Unit Key Equations and Key Terms
  • Page: Applications of Aqueous Equilibrium Unit Checkpoint 
05

Thermodynamics and Energy → What Drives a Reaction?

  • Page: Introduction to Thermodynamics
  • Module 12: The Second Law of Thermodynamics
  • Module 13: Free Energy 
  • Page: Unit Key Equations and Key Terms 
  • Page: Thermodynamics Unit Checkpoint 
06

Electrochemistry

  • Page: Introduction to Electrochemistry
  • Module 14: Foundational Concepts of Electrochemistry
  • Module 15: Galvanic Cells 
  • Module 16: Other Applications of Electrochemistry
  • Page: Unit Key Equations and Key Terms
  • Page: Electrochemistry Unit Checkpoint 
07

Nuclear Chemistry

  • Page: Introduction to Nuclear Chemistry
  • Module 17: Nuclear Reactions and Equations
  • Module 18: Applications of Nuclear Chemistry
  • Page: Unit Key Equations and Key Terms
  • Page: Nuclear Chemistry Unit Checkpoint 
08

Transition Metals and Coordination Chemistry

  • Page: Introduction to Transition Metals and Coordination Chemistry
  • Module 19: Occurrence, Preparation, and Properties of Transition Metals
  • Module 20: Coordination Chemistry of Transition Metals
  • Module 21: Spectroscopic and Magnetic Properties of Coordination Compounds
  • Page: Exploration: Dazzling d-Orbitals
  • Page: Unit Key Equations and Key Terms
  • Page: Transition Metals and Coordination Chemistry Unit Checkpoint
09

Appendix (REAL CHEM II)

  • Page: Specific Heats of Common Substances
  • Page: Solution for Large K
  • Page: Solution for Small K
  • Page: Ka Values of Common Weak Acids
  • Page: Kb Values of Common Weak Bases
  • Page: Solubility Products
  • Page: Titration
  • Page: Acid-Base Chemistry of Butterfly Tea and the Ocean
  • Page: Formation Constants for Complex Ions
  • Page: Standard Reduction Potentials
  • Page: Thermodynamic Properties
10

Appendix : PhET Simulations (REAL CHEM II)

  • Page: Gas Properties PhET Simulation
  • Page: Reactions and Rates PhET Simulation
  • Page: Acid-Base Solutions Introduction PhET Simulation
  • Page: pH Scale PhET Simulation
  • Page: Concentration PhET Simulation
  • Page: Salts and Solubility PhET Simulation
  • Page: Build a Nucleus PhET Simulation
  • Page: Radioactive Dating Game PhET Simulation
11

Glossary (REAL CHEM II)

  • Glossary (REAL CHEM II)
12

Instructor only resources (REAL CHEM II)

  • Page: In-class slide decks
  • Page: In-Class Active Learning Activities
  • Page: Learning objectives by module REAL CHEM II
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01

Unveiling the Power of Matter and Energy

  • Basic Concepts of Matter and Energy
  • Measurements
02

Unit 2: Atoms, Molecules and Ions

  • Atomic Theory and the Periodic Table
  • Compounds and Chemical Formulas
  • Exploration: Do you really want to drink that? The elements of water.
03

Electronic Structure and Periodic Properties

  • Electromagnetic Energy and the Bohr Model of the Atom
  • Quantum Theory
  • Periodic Properties
  • Exploration: What’s the World Made Of? Unlocking Secrets with Spectroscopy
04

Chemical Bonding and Molecular Geometry

  • Ionic and Covalent Bonding
  • Lewis Structures
  • Molecular Structure and Polarity
  • Advanced Theories of Covalent Bonding
  • Exploration: Decoding the Mystery of Greenhouse Molecules
05

Composition
of Substances

  • Mole Calculations
  • Aqueous Solutions
  • Exploration: Is the Town Toxic? Quantifying Concentrations of Lead.
06

Reactions and
Stoichiometry

  • Chemical Reactions and Equations
  • Chemical Reactions Stoichiometry
  • Exploration: Driving Down Greenhouse Emissions
07

Gases

  • Gas Laws
  • Stoichiometry of Gases
  • The Kinetic-Molecular Theory
08

Thermochemistry

  • Introduction to Energy
  • Calorimetry
  • Enthalpy
  • Exploration: What’s Our Next Big Energy Source?
09

Liquids and Solids

  • Intermolecular Forces
  • Phase Changes
  • The Solid State of Matter
10

Solutions

  • Solubility
  • Colligative Properties
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