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Todd Hollingshead

Media Relations Manager/Information Manager
Email: toddh@byu.edu
801-422-8373

Todd's primary roles for BYU include writing feature stories and pitching them to national and local media, serving as a spokesperson and managing one of BYU’s social media accounts. He's also the point of contact for journalists looking for data & information requests or expert sources from our faculty.   

Todd graduated from BYU with a bachelor's degree in communications in 2004 and added a master's degree in communications in 2012. Before coming to BYU, he worked as a news reporter for The Daily Herald and The Salt Lake Tribune. Todd has worked in University Communications since 2007. He teaches an undergraduate public relations class in the Communications Department and loves the chance to be part of the students' lives.   

He loves working with the people in his department and across BYU and counts himself lucky to have witnessed the Jimmer years in person. 

More from this author
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Intellect

BYU researchers sequenced the quinoa genome. Now they’re introducing hybrids of the crop to developing nations

Todd Hollingshead
By Todd Hollingshead
January 11, 2022
As soils across the world become less fertile and more desert-like due to climate change, it’s getting harder for farmers, especially those in developing nations, to grow basic life-preserving crops such as corn, wheat and rice.
2 Min Read
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Intellect

Innovative process helps BYU engineers track icebergs in the South Pole

By Christie Allen
December 20, 2021
"I never imagined I'd be tracking Antarctic icebergs in the middle of Utah," mused BYU junior Scheridan Vorwaller Cloward, reflecting on her three years' work for the Microwave Earth Remote Sensing (MERS) Laboratory.
3 Min Read
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Intellect

BYU research: Higher genetic risk for multiple sclerosis means earlier onset of the disease

Todd Hollingshead
By Todd Hollingshead
December 14, 2021
Scientists at BYU are now zeroing in on a potential clue to unravel how severe a patient’s multiple sclerosis prognosis might look: genetic risk. A new study finds people who have a higher genetic risk for the disease are likely to have accelerated onset of MS.
3 Min Read
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Intellect

Engineers stitch together thousands of drone-captured images to create 3D model of BYU's campus

Todd Hollingshead
By Todd Hollingshead
December 09, 2021
Using more than 80,000 drone-captured and ground images, and applying GPS systems for accuracy, BYU grad student Bryce Berrett has stitched together a comprehensive 3D model of BYU's entire 560-acre campus.


3 Min Read
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Intellect

BYU study: Want to maximize the health outcomes of fasting? Start your fast with exercise

By Christie Allen
November 24, 2021
Exercise at the start of a fast can make a big difference. A BYU study finds when participants exercised, they reached ketosis on average three and a half hours earlier in the fast and produced 43% more the ketone-like chemical BHB.
3 Min Read
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Intellect

Can heat therapy mimic some vascular benefits of exercise? BYU researchers say yes

By Trevor Jones
November 11, 2021
Their research shows that passive heat therapy practically eliminates a near 30% decline in artery health that happens when people, perhaps because due to injury, become less physically active.
3 Min Read
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Intellect

BYU algorithm accurately predicts when teens likely to have suicidal thoughts, behavior

Todd Hollingshead
By Todd Hollingshead
November 03, 2021
Researchers from Brigham Young University, Johns Hopkins and Harvard have created an algorithm that can predict suicidal thoughts and behavior among adolescents with 91% accuracy.


3 Min Read
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Intellect

New personal branding course educating BYU student-athletes on business in the time of NIL

Todd Hollingshead
By Todd Hollingshead
October 26, 2021
Class teaches principles of success for life beyond college athletics
3 Min Read
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Intellect

A megafire induced over a century’s worth of erosion near Utah Lake — but there’s more to the story, say BYU scientists

By Christie Allen
October 22, 2021
In burned watersheds where the wildfire had consumed stabilizing vegetation and leaf litter, the rain had caused massive erosion. There was a 2,000-fold increase in sediment flux compared to unburned areas, creating a plume of ash and soil moving into Utah Lake that was visible from space.
4 Min Read
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