Find out how optogenetics is providing new ways to control cells, allowing researchers to move away from the limitations and challenges of molecular inputs. 

Hear why these four researchers were drawn to optogenetics and find out about the enormous scientific potential each thinks the field offers.

Go beyond the basic job search and get the information you need to research and plan a fulfilling career path in chemical engineering.

The initiative’s interactive modules bring real-world engineering concepts into the classroom, demystify chemical engineering and inspiring the next generation of problem-solvers.

Ali is being recognized for his work with micro- and nano-engineered biomaterials in regenerative medicine, medical devices, and organs-on-a-chip systems.

Voting is now open, so cast your ballot either electronically or on paper to play a role in shaping AIChE’s future.

Find out how Kathy found her way into process safety, learn how mentors helped her to throughout her career, and hear about the major events that shaped her career.

Join us as we chart a course for the chemical engineering profession’s future at the 2024 AIChE Annual Meeting in San Diego, CA, Oct. 27–31, and the Annual Student Conference Oct. 25–28.

Employers and engineers: Make connections at the upcoming Virtual Career Fair, whether you're looking for a job or hiring.

Compete with your peers by sharing your vision for the future of chemical engineering with a video that explores how AI is changing the field.

Diao is being recognized for work that fuses molecular assembly with surface science, as well as for innovations in scalable printing methods for nanomaterials.