Skip to main content

Utility

  • Current Students
  • Alumni Association
  • Alumni Community

Actions Menu

  • Visit
  • Give
Engage with CMU

Main navigation

  • Get Involved

    • Get Involved
    • Alumni Association
    • Networks
    • Volunteer
    • Mentorship
    • Resources
    • Students
  • Events

    • Events
    • Spring Carnival
    • Reunion Weekend
    • Homecoming Weekend
    • Alumni Awards
    • Tartans on the Rise
    • Online Events
  • Give

    • Give
    • Giving Opportunities
    • Ways to Give
    • Gift Planning
    • Donor Recognition
    • Student Giving
  • News & Stories

    • News & Stories
    • Alumni Hall of Honor
    • Impact of Giving
  • About Advancement

    • About Advancement
    • University Advancement Leadership
    • Center for Business Engagement
    • Foundation Relations
    • Policies/Donors Bill of Rights
    • Working in University Advancement

Utility

  • Current Students
  • Alumni Association
  • Alumni Community

Actions Menu

  • Visit
  • Give

What can we help you find?

Michelle O'Malley

Home / Events / Tartans On The Rise / 2023 Honorees / Michelle O'Malley

Professor of Chemical & Biological Engineering, University of California, Santa Barbara

Creating Wonder from Waste

Michelle O’Malley (ENG 2004) seeks scientific breakthroughs through unique chemical reactions on a microbial frontier where few others dream — or dare — to tread. 

“We’re developing biotechnology from poop,” Michelle says. “Microbes do awesome chemistry in our guts. They produce the enzymes that allow us to break food down, absorb nutrients and produce chemicals that keep us healthy.”

Michelle focuses her chemical engineering and biotech skills on the world of large, grazing animals. Domestic livestock like cows and sheep eat fibrous diets, so they are full of unique enzymes that break down woody plant material. In her lab at UC Santa Barbara, she and her research team uncover the chemical processes in these animals. Then they mimic them to turn waste into products at large scale — possibly unlocking opportunities for new fuels, materials and medicines.

“Because plant waste is abundant all over the world, we want to learn how large herbivores break down that material with the microbes in their gut and recreate the process in a bioreactor,” she says.

It’s important work that’s earned her a Presidential Early Career Award from President Barack Obama as well as numerous other recognitions.

“It’s the ultimate turning trash to treasure, right? Agricultural wastes are typically burned for energy,” Michelle says. “We would rather use enzymes to turn that waste into a fuel, chemical or a bio-based material that's not harmful for the environment.”

Story by Elizabeth Speed

  • View this year's Tartans on the Rise
  • Nominate a Tartan on the Rise

Inspiring Research Possibilities

"I got involved in undergraduate research when I was at Carnegie Mellon and that really ignited a passion in me for trying to solve problems that nobody else had solved,” Michelle says. “It unlocked a completely new path forward for my career, and gave rise to the new research areas that my lab is working in now.”

Connect with Michelle

  • Website

Connect with us

  • Update your information
  • Make a gift
  • Email the Alumni Association

5000 Forbes Avenue 
Pittsburgh, PA 15213  
(412) 268-2000

About CMU

  • Athletics
  • Events Calendar
  • Careers at CMU
  • Maps, Parking & Transportation
  • Health & Safety
  • News

Academics

  • Majors
  • Graduate
  • Undergraduate Admission
  • Graduate Admission
  • International Students
  • Scholarship & Financial Aid

Our Impact

  • Centers & Institutes
  • Business Engagement
  • Global Locations
  • Work That Matters
  • Regional Impact
  • Libraries

Top Tools

  • Office Directory
  • Academic Calendar
  • Bookstore
  • Canvas
  • The HUB
  • Workday
Copyright © 2025 Carnegie Mellon University
  • Title IX
  • Privacy
  • Legal