How Philadelphia Eagles' head coach achieves Super success with 'Ted Lasso' management style

Feb 3, 2025

2 min

Kyle Emich


Not long after Nick Sirianni was hired by the Philadelphia Eagles in 2021, fans started noticing similarities between the head coach and TV’s Ted Lasso. The University of Delaware's Kyle Emich can discuss how Sirianni's team approach compares to the more top-down structure favored by Kansas City Chiefs coach Andy Reid.


Like Lasso – a high school football coach on the Apple TV show of the same name who takes over an English soccer club with no prior experience – Sirianni is responsible for the culture, first and foremost. He relies on his coordinators, who call the plays. In essence, he is a more collaborative leader. By contrast, Reid is a top-down coach who currently calls the plays and always has, dating back to his time as coach of the Eagles. Philadelphia fans became more than a little weary of him saying "that's on me" at post-game press conferences following disappointing losses. With back-to-back Super Bowl titles under his belt with the Chiefs, it's difficult to argue with the success of Reid's style now.


This could be fodder for sports talk radio, but it's also something Emich, a professor of management, can discuss from an academic perspective. The professor says there's advantages and disadvantages to both:


• "The main advantages for the top-down approach are speed of decision-making and extreme novelty (you can do whatever pops into your head). The advantages of the coordinator approach are a larger information base to draw from and specialized knowledge."


• "The more team-based approach has a lot of potential, but is difficult to execute well because it requires coordination."


Emich, who has discussed management and sports teams several times in the past (including Super Bowl LII, when the Eagles defeated the New England Patriots), is available for interviews.

Connect with:
Kyle Emich

Kyle Emich

Associate Professor, Management

Prof. Emich's research explores the role of individual attributes in team dynamics and other collective environments.

Cognitive ProcessingLeadershipOrganizational BehaviorTeam DynamicsGroup Dynamics
Powered by

You might also like...

Check out some other posts from University of Delaware

Post-earthquake crisis in Venezuela: University of Delaware experts available to discuss public health, infrastructure and relief featured image

1 min

Post-earthquake crisis in Venezuela: University of Delaware experts available to discuss public health, infrastructure and relief

Faculty from the University of Delaware’s renowned Disaster Research Center are available to comment on the back-to-back earthquakes in Venezuela. These experts can discuss critical infrastructure failures, public health threats, emergency logistics and community-led response efforts in the region. Available experts include: From what I’ve seen, it looks like the earthquake occurred on the boundary of the Caribbean and South American plate. A strike-slip fault similar to the San Andreas. There have been a lot of nonductile reinforced concrete frame building collapses. There may be an effect of soil given that a lot of the damage has been near the coast. Jennifer Horney (Professor of Epidemiology) Focus: Public health impacts, post-disaster waterborne/vector-borne disease outbreaks and the breakdown of healthcare delivery due to damaged roads and disrupted communication networks. Tricia Wachtendorf (Co-director, Disaster Research Center) Focus: Disaster response logistics, community improvisation, neighbors as first responders and how to donate effectively to maximize impact. Sarah DeYoung (Associate Professor, Sociology and Criminal Justice) Focus: Maternal and infant health/feeding in emergencies, pet and companion animal evacuations and community-level crisis decision-making. To contact these experts directly and arrange an interview, visit their ExpertFile page and click on the contact button. Interested reporters can also email MediaRelations@udel.edu.

Covering the World Cup? University of Delaware Experts are Here to Help with Your Coverage featured image

2 min

Covering the World Cup? University of Delaware Experts are Here to Help with Your Coverage

As the 2026 FIFA World Cup captures attention across North America and around the world, University of Delaware experts are available to help media examine the larger stories connected to the tournament, from player safety and youth soccer to tourism, sports analytics, playing surfaces and the shared experience of watching the game. University of Delaware's World Cup Experts Hub brings together faculty and specialists who can provide timely commentary on the health, business, social and scientific issues shaping one of the world’s most watched sporting events. Featured Topics The Business of Youth Soccer Youth sports participation, community impact, the business of soccer and how a major global tournament can influence local programs, families and the next generation of players. Player Safety and Concussions Head injuries, concussion prevention, heading guidelines, athlete health and how evolving safety standards are changing the way soccer is played and taught. Tourism and Global Impact How mega-events drive tourism, economic activity, host-city visibility and broader cultural connection across countries, communities and fans. Youth Development and Fan Engagement How family traditions, school programs and shared sports experiences shape youth identity, social development and interest in physical activity. Sports Analytics in Action The rise of data-driven performance, real-time game analysis and how students and practitioners are applying analytics to elite global competition. The Science of Playing Surfaces Natural grass requirements, turfgrass systems, stadium preparation and the science behind maintaining world-class fields for international play. Why Watching Together Matters The psychology of shared experiences, happiness, social connection and why gathering for World Cup matches can be meaningful far beyond the final score. Media can visit the University of Delaware’s World Cup Experts Hub to explore available experts and connect directly with the right source for their story.

Decoding epilepsy, one brainwave at a time featured image

3 min

Decoding epilepsy, one brainwave at a time

Epilepsy isn’t always easy to diagnose. Seizures often don't occur during routine brain-wave recordings, leaving doctors without the direct observation they need to make a clear diagnosis. In a proof-of-concept study in mice, University of Delaware researchers and collaborators showed that using artificial intelligence to detect early warning signs hidden in the brain's electrical rhythms can identify subtle EEG differences linked to a genetic form of epilepsy, even when no visible seizures occurred. The findings, published in the Journal of Neural Engineering, set the stage for the next phase of the research, which will test the method on EEGs from children being evaluated for epilepsy at Nemours Children's Health. A dictionary of brain waves Neurologists often use EEGs to help diagnose epilepsy, but routine recordings offer only about a 20-minute snapshot of brain activity. Without a seizure captured during that window, clinicians must look for far subtler clues that can be difficult to detect visually. That's where AI comes in. “Our machine-learning approach lets the algorithm learn the brain’s ‘language’ of waveforms, spotting subtle patterns humans might miss during manual review,” said Austin Brockmeier, assistant professor in electrical and computer engineering and computer and information sciences. Starting small with a mouse model When Brockmeier presented his computational neuroscience research at a seminar, he caught the attention of Amanda Hernan, an affiliated associate professor of psychological and brain sciences and biomedical engineering at UD and senior research scientist at Nemours Children’s Health. Hernan studies how variations in brain activity affect thinking and learning in children with epilepsy. The two decided to put machine learning to the test using EEGs from mice with epilepsy-causing variations in the TSC1 gene. The researchers used a panel of more than 40 mice, including animals with and without the gene variation, across three different genetic backgrounds, or strains. They extracted EEG segments from five days of recordings from each mouse for analysis. Because the EEG segments contained no seizure activity, the algorithm had to detect differences in the brain's baseline activity alone. It was able to distinguish between the mouse strains and to detect the TSC1 gene variation with high accuracy in two of the three strains. “These results show that EEG patterns contain measurable signals of neurological differences, even without visible seizures,” Hernan said. Taking it to the clinic Now, Brockmeier and Hernan will next apply their approach to EEG recordings from children being evaluated for epilepsy at Nemours Children's Health. Pediatric EEGs are shorter than the multi-day recordings used in the mouse study, and children present with many different types of epilepsy. But the researchers are optimistic. “The goal is to identify biomarkers that flag underlying changes in the brain’s electrical activity before seizures occur,” Hernan said. Earlier detection could lead to earlier treatment and less uncertainty for families. That uncertainty, Hernan said, takes a toll. “Seizures follow natural cycles, but without a way to know where you are in that cycle, the anticipation can be incredibly anxiety-provoking,” she explained. Better pattern recognition could also improve treatment decisions. For example, if a new medication is introduced during a natural lull in seizure activity, its benefits could be overestimated. Looking further ahead, the researchers envision a future where wearable EEG devices allow continuous, real-time monitoring for those with high risk of seizures. Similar approaches could eventually be applied to other neurological conditions, including autism and ADHD. "This is a step toward precision medicine," Brockmeier said. "Brain-wave typing could help identify which interventions will work best for a given patient." For families navigating the daily uncertainty of epilepsy, that kind of precision could make a huge difference. To speak with Brockmeier and Hernan, please reach out to mediarelations@udel.edu.

View all posts