AIChE Member Rafael Verduzco, AJ Hartsook Professor at Rice University, shares how AIChE has shaped his career and offers advice for students and early-career professionals.
Biomanufacturing is evolving with the help of automation, data integration, and high-throughput tools. In this post, Beckman Coulter Life Sciences shares how their technologies are helping researchers accelerate DBTL cycles, improve scalability, and support sustainability.
Nearly 125 attendees from academia, industry, and the public sector gathered to discuss work at the forefront of regenerative engineering, medical biotechnology, genomics and genetics, computational and systems biology, and more.
Find out how young chemical engineers at the University of Houston and the students they work with are both benefiting from their experience with the Bee a ChemE program.
This issue, a look at automation and process control standards, understanding U.S. environmental laws and regulations for the chemical industry, self-assembling prodrugs, and much more.
EPA rules should significantly reduce greenhouse gas emissions from coal-burning power plants, but progress could be lost under the current administration.
Learn about how the Center for Chemical Process Safety began, its accomplishments over the past 40 years, and about its vision for the future of process safety.
Hear from the longstanding AIChE St. Louis Local Section about what it takes to build a strong and thriving community that keeps people coming back for more.
Learn how this AIChE Foundation team member is helping advance AIChE's goals, how efforts are transforming chemical engineering, and read about trends in STEM philanthropy.
Learn about the work that led to the award, and hear from Hal about what he's expecting from the ME16 conference, where he'll deliver the award lecture in June.
Nelson Barton, EVP and CTO at Geno, looks at biomanufacturing trends for cost-competitiveness, sustainability, shorter development timelines, and more.
Learn what the Environmental Division is doing and find out how everyone, from students and early-stage chemical engineers to the most experienced engineers, can get involved.
As a start-up, Gingko applied the concept of chemical engineering unit operations to genetic engineering to automate and expedite biotechnology labs' trial-and-error approach.
This issue, a special section on fuel switching—including a look at hydrogen burner commercialization, ammonia as fuel, and other subjects—plus a feature on high-resolution bioprinting, and much more.
“Energy to Spare” was created for high school and college students and can be used as a starting point for discussions on batteries, renewable energy, and more.
This series highlights the learning that new ChE professionals need that isn’t taught in school. They’ll describe the types of responsibilities they've had in their work to date, as well as the skills or expertise they needed or had to learn that go beyond what they learned as students. You’ll also hear from their mentor or a senior person offering their perspective on the skills or expertise that new professionals must learn.
