What to Study

Interested in pursuing a chemical engineering career? Here are some helpful suggestions to get you started.

Elementary School

  • What to Study:
  • Math: Develop a strong foundation in basic arithmetic, number sense, and early math concepts like fractions and decimals.
  • Science: Explore life and physical sciences through engaging activities, exploring topics like the environment, weather, human body, and simple machines.
  • Technology: Get familiar with foundational computer skills like typing, internet navigation, and responsible digital citizenship practices.
  • Activities:
  • Participate in hands-on science experiments using simple machines and materials.
  • Build models and structures using blocks, Legos, Play-Doh, and more.
  • Learn basic programming skills by coding with blocks.
  • Read children’s books that delve into science and technology themes.
  • Visit zoos, aquariums, or science museums with interactive exhibits.
  • Check out fun STEM modules appropriate for elementary students available on AIChEs K-12 page.

Middle School

  • What to Study:
  • Math: Transition to pre-algebra and introductory algebra, learning basic equations, variables, and problem-solving strategies.
  • Science: Deepen understanding of physical and life sciences, covering topics like atoms, molecules, chemical reactions, cell biology, and basic physics principles.
  • Technology: Explore introductory coding concepts and age-appropriate software (e.g., Scratch, Python) to understand computational thinking.
  • Activities:
  • Join a school science club or team, participate in science fairs.
  • Participate in STEM challenges and competitions and/or after-school programs focused on problem-solving.
  • Encourage students to develop coding and programming skills by working on coding projects.
  • Seek out opportunities to meet professionals in science and technology fields.
  • Check out fun STEM modules appropriate for middle students available on AIChE’s K-12 page.

High School

  • What to Study:
  • Math: Master algebra, geometry, and trigonometry. Take more advanced courses like pre-calculus and calculus (if offered) to strengthen your foundation.
  • Science: Focus on chemistry, physics, and biology, delving into complex chemical reactions, mechanics, thermodynamics, and biological processes.
  • Technology: Learn more advanced programming languages (e.g., Python, C++).
  • Activities:
  • Take AP Science and Math courses for college credit and preparation.
  • Participate in engineering summer programs or workshops offered by universities or professional organizations.
  • Join engineering clubs or teams like FIRST Robotics or Science Olympiad.
  • Check out fun STEM modules appropriate for high school students available on AIChEs K-12 page.

College

  • What to Study:
  • Pursue a Bachelor of Science degree in Chemical Engineering.
  • Core courses cover thermodynamics, fluid mechanics, reaction kinetics, process design, heat and mass transfer, and more.
  • Consider specializing in areas like materials science, biotechnology, environmental engineering, or computational chemical engineering based on your specific interests.
  • Activities:
  • Join professional organizations like AIChE (American Institute of Chemical Engineers) or specific sub-organizations related to your area of interest.
  • Contribute to ongoing research projects in university labs or through internship programs.
  • Network with professionals, attend industry conferences, and compete in competitions and challenges related to your STEM path like AIChE Chem-E-Car Competition.
  • Additional Tips:
  • Hone your communication and writing skills, as chemical engineers need to effectively convey technical information.
  • Cultivate teamwork and collaboration skills, as chemical engineers often work in project-based environments.
  • Embrace a learning mindset and approach challenges with curiosity and a problem-solving attitude.
  • Continuously update your knowledge and skills through professional development opportunities and stay informed about advancements in the field.