Career Basics
Education & Skills
Daily Duties
Canadian Scientist
Impact on Society
100

This career develops technologies that use chemical reactions to produce or store electricity.

Electrochemical engineer

100

This is usually the minimum university degree needed for electrochemical engineering.

Bachelor’s degree

100

Electrochemical engineers may design and test these.

Batteries

100

This Canadian scientist is known for lithium-ion battery research.

Dr. Jeff Dahn

100

Electrochemical engineers help reduce dependence on this energy source.

Fossil fuels

200

Electrochemical engineers commonly work with these energy-storage devices used in EVs.

Lithium-ion batteries

200

These three fields are common study paths for this career.

Chemical engineering, chemistry, and materials engineering

200

Engineers research safer materials to improve this part of battery technology.

Battery safety

200

Dr. Jeff Dahn works at this Canadian university.

Dalhousie University

200

This technology uses improved batteries to reduce emissions from transportation.

Electric vehicles


300

This type of reaction is central to electrochemical engineering.

Redox reaction

300

This higher education level is useful for advanced battery research.

Master’s degree or PhD

300

Electrochemical engineers may develop these systems to reduce battery waste.

Battery recycling systems

300

Dr. Dahn has worked with this electric vehicle company.

Tesla

300

Battery recycling can recover up to this percent of valuable metals like cobalt and nickel.

95%

400

Electrochemical engineers help prevent this process that damages metal pipes and structures.

Corrosion

400

This skill is used when testing batteries and interpreting results.

Data analysis

400

Engineers may analyze this type of damage in pipes and metals.

Corrosion/material damage

400

Dr. Dahn’s research focuses on improving this type of battery.

Lithium-ion batteries

400

Global EV sales exceeded this number in 2023.

14 million vehicles

500

Electrochemical engineers support this type of energy future by improving batteries and storage systems.

Sustainable energy future

500

This training helps engineers safely work with batteries, chemicals, and lab materials.

Battery safety/laboratory safety training

500

Electrochemical engineers improve batteries by increasing efficiency, lifespan, and this ability.

Charging performance

500

Dr. Dahn’s work helps reduce battery waste by improving this battery feature.

Battery lifespan

500

Electrochemical engineers help improve these systems that store solar and wind energy.

Renewable energy storage systems