Mental Health Meets AI: The Journey of Stamina AI
In today's fast-paced world, the need for mental health solutions has never been more pressing. With rising levels of stress, anxiety, and other mental health challenges, finding effective and...
In the dynamic world of marketing, I've always believed in the power of storytelling. Whether it's transforming intricate technical data into compelling narratives at Idaho National Laboratory or strategizing growth avenues for Stamina AI, my journey has been about connecting dots, weaving stories, and driving results.
š¹ Achievements in Numbers: At INL, I formulated 302 IP strategies, crafted 350+ content pieces, and secured 25 strategic alliances, generating over $500K in royalties. My efforts didn't go unnoticed, earning me the 'Early Career Professional of the Year' accolade in 2020.
š¹ Startup Hustle: Transitioning to Stamina AI, I've been at the forefront of shaping its marketing voice. From content overhaul to strategic planning, I've been instrumental in amplifying our brand's digital footprint.
š¹ Lifelong Learner: With a BS in Marketing from Utah Valley University and an MBA from Idaho State University, my academic roots have always fueled my professional endeavors. But learning doesn't stop at formal education for me. Every campaign, every strategy, every content piece is a new lesson.
š¹ Beyond the Desk: When I'm not immersed in marketing strategies, you'll find me with my family, indulging in my love for grilling, or diving deep into the worlds of Star Wars, Lord of the Rings, and more. Audiobooks? They're my constant companions.
š¹ Let's Connect: In this ever-evolving digital age, networking is the key. I'm always open to forging new professional relationships and collaborations. If you resonate with my journey or see a potential synergy, let's chat!
In today's fast-paced world, the need for mental health solutions has never been more pressing. With rising levels of stress, anxiety, and other mental health challenges, finding effective and...
Imagine a world where the weight of mental health stigma no longer rests on our shoulders. A world where seeking help is as natural as sharing a story with a friend. In this digital age, we're not...
The life of a college student is a whirlwind of experiences, emotions, and responsibilities. From attending lectures and participating in extracurricular activities to managing part-time jobs and...
Dive into the transformative role of AI in reshaping mental health care. Discover how AI-driven tools, like Stamina AI, offer personalized, accessible, and stigma-free support, acting as a beacon of hope in today's fast-paced world. Join the revolution and bring mental well-being to the forefront.
Explore the challenges Gen Z faces on social media, from comparison culture to cyberbullying, and how AI therapy platforms like Stamina provide essential support. Learn about the benefits of Cognitive Behavioral Therapy in addressing social media-induced stress and promoting a healthier digital experience.
Kevin Gering's research at INL on the innovative Advanced Electrolyte Model (AEM) is improving battery technology, from cell phones to electric vehicles to...
The Advanced Electrolyte Model (AEM) is a molecular-based computer simulation program created by Dr. Kevin Gering, a Distinguished Staff Scientist at Idaho National Laboratory. It offers comprehensive and accurate theoretical relationships for the properties of complex electrolyte formulations and their influence on battery performance. Battery researchers use AEM to optimize battery electrolyte chemistries quickly and reduce energy storage costs worldwide. By lowering the cost of batteries,...
CCE transforms cybersecurity resilience by protecting critical infrastructure and national assets from advanced cyber threats.
What is Technology Transfer? ā¢ The process of moving technology from research institutions to the commercial sector ā¢ Aims to transfer technology and knowledge to industry for public benefit ā¢ Helps bring innovation to the marketplace
A scientific modeling tool capable of exploring activity at the molecular level to simulate, diagnose and predict electrolyte behaviors.