Skip to main content

Utility

  • Current Students
  • Faculty & Staff
  • Alumni
  • Office Directory

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
  • Faculty & Staff
  • Alumni
  • Office Directory

Actions Menu

  • Visit
  • Give

What can we help you find?

Emily Newman

Home / Events / Tartans On The Rise / 2024 Honorees / Emily Newman

Software Engineer and Rover Planner, NASA Jet Propulsion Lab

Programming Collaborative Space Robots

Emily Newman (SCS 2019) develops software and works in surface operations for projects at the NASA Jet Propulsion Lab.

She plays a hands-on role in commanding the Curiosity Mars Rover and deciding how it will traverse unexplored territory. This processing is critical to landing a spacecraft on the red planet — and sending astronauts there as NASA hopes to do as early as the 2030s.

“Working on Curiosity contributes to scientific study on Mars and beyond,” Emily says. “We’re in charge of keeping the rover safe and operational, so more discoveries can come out of the data we can keep collecting.”

She also works on collaborative autonomy projects for future lunar rovers, planning for three robots that will land on the moon and collaborate to gather information. She uses Python to develop telemetry processing, as well as other software that supports the overall mission.

The challenge? She must program the rovers to handle themselves and meet goals collectively without humans overseeing every step because it takes a long time to communicate directions from Earth.

“Getting more autonomy into space robotics will help us expand our reach and do more effective science, particularly on outer planets and their moons,” she says.

Story by Elizabeth Speed

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

Robot Intuition

“My CMU robotics classes are directly applicable to what I do today in rover planning,” Emily says. “A kinematics class developed the intuition I need to work with rovers and how to predict where the rover’s arm rotates in relation to its terrain. My classes helped me a lot.”

Connect with Emily

  • LinkedIn
  • X
  • Instagram

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