Capability Statement Boot Camppowered by the APEX Accelerator at UCFA capability statement is a popular piece of marketing collateral in government contracting. It a one-page summary of the business much like a 'company resume' and can be a great tool to introduce your business. A capability statement will not be the only piece of marketing collateral that you use in government contracting, but it can be a great first step.The APEX Accelerator at UCF will present a detailed introduction to the capability statement and how it can be used in government contracting. Highlights will include:* An Overview of the Capability Statement * A Review of Key Components of a Capability Statement: Core Competencies, Differentiators, Past Performance * The Importance of Customizing Your Capability StatementOur speaker will also review some example capability statements as part of this discussion, and the hope is that there will be at least one or two clients who are willing to have their capability statements reviewed in front of the audience as well.Join us for this training session focused on the cornerstone of your government contracting marketing effort!This event is sponsored by the Florida SBDC at UCF.Virtual Location URL: https://events.blackthorn.io/en/6g3Q8Wa7/g/x4W8BcsAj4/capability-statement-boot-camp-5a1eVO6iUi5 Registration Link: https://events.blackthorn.io/en/6g3Q8Wa7/g/x4W8BcsAj4/capability-statement-boot-camp-5a1eVO6iUi5

In today's competitive business landscape, outstanding customer service isn't just an advantage, it's a necessity. This engaging and interactive session explores the vital role customer service plays in building brand loyalty, driving revenue and fostering long-term business success. Whether you're in sales, support or leadership, understanding how to create exceptional customer experiences can set you apart and elevate your organization. We'll discuss real-world examples of companies that have mastered the art of service and analyze how their approaches drive customer satisfaction and loyalty. Additionally, we'll discuss some creative ideas on how you can separate yourself from the competition.Be sure to [RSVP](https://ucf.startuptree.co/event/s/nLwFA6BYGLqfgdiW4RHJtt/The-Art-of-Creating-Loyal-Customers)!

The UCF School of Visual Arts and Design is proud to welcome artist Noelle Mason as part of the SVAD Distinguished Artist Series on April 8. The SVAD Distinguished Artist Series is an initiative that introduces the UCF students and community to professional and emerging contemporary artists in various fields of study.Artist Biography:Noelle Mason is a multi-disciplinary artist whose work is about the subtle seductiveness of power facilitated by systems of visual and institutional control. Noelle has shown nationally and internationally in a variety of non-traditional spaces, galleries, and institutions including the National Museum of Mexican Art, Orlando Museum of Art and the Whitney Museum of American Art. She is the recipient of a Joan Mitchell Foundation Artist Grant, Jerome fellowship, Santo Foundation Individual Artist Grant, the Florida Prize for Contemporary Art and the Southern Prize. In 2004 Noelle was a resident at the Skowhegan school of Painting and Sculpture. She holds a BA in both theatre and fine arts from the University of California, Irvine and received her MFA from the School of the Art Institute of Chicago. Noelle currently holds the position of Associate Professor of Art at the University of South Florida and is the Founding Director and Curator of Parallelogram Gallery in Tampa, FL.

Title: AI-Enhanced Photonic SensingAbstract: The fusion of AI and photonic sensing is transforming how we detect, analyze, and interpret optical signals, with applications spanning biomedical diagnostics, environmental monitoring, and industrial automation. In this talk, I will present my research on AI-enhanced photonic sensors, demonstrating how machine learning algorithms can significantly improve sensitivity, selectivity, and unlock new sensing capabilities. I will discuss key innovations in AI-enhanced photonic sensing, including optical resonance barcodes, AI-driven multiparameter sensing, and cavity-enhanced photoacoustic detection, leveraging whispering-gallery-mode (WGM) microresonators as a sensing platform. These resonators, with their ultrahigh quality factors and strong light-matter interactions, enable ultra-sensitive, label-free detection. Beyond enhancing sensing performance, AI-enhanced sensors unlock capabilities beyond conventional sensors, enabling adaptive, real-time detection in dynamic and complex environments with enhanced robustness and precision. The techniques developed for WGM-based sensors provide a transferable framework that can be adapted to other sensing systems. Looking ahead, I will outline future research directions that integrate AI, photonics, and microfabrication to develop intelligent sensors with broad applications in healthcare, manufacturing, and security.About the Speaker: Jie Liao is currently a Postdoctoral Research Associate at Washington University in St. Louis. He obtained his Ph.D. in Electrical Engineering from Washington University in St. Louis in 2023. He received his M.S. and B.S. in Optics and Photonics from Fudan University, China, in 2017. His research focuses on AI-enhanced photonic sensing techniques and systems, with a particular emphasis on their applications in biosensing and diagnostics. He is a recipient of the Danforth Scholar recognition at Washington University in St. Louis.Virtual Location URL: https://ucf.zoom.us/j/96981631939

Host: UCF SIAM Graduate Student Chapter What: Weekly Seminar on Topics in Math or Applied Math When: 11 a.m. - Noon, Wednesdays Where: MSB 318Speakers vary by week

[Mathematics Biology Seminar](https://sciences.ucf.edu/math/mathbio/mathematical-biology-seminar/) 2-3 p.m., Wednesday, April 2, 2025 MSB 318Speaker: [Christen Fleming, Ph.D.](https://sciences.ucf.edu/biology/person/christen-fleming/) Department of Biology University of Central FloridaTitle: Resource selection and habitat suitability in animal movement and species distributionAbstract: There is currently a divide between mathematical and applied models of animal movement in the context of spatial covariates, where individuals move in a way to select resources and avoid risks. Whereas mathematical biologists tend to consider animal movement as advection-diffusion equations, applied ecologists tend to consider animal movement in a discrete choice framework. While advection diffusion-equations provide continuous-time mathematical descriptions of movement, they generally require unrealistic assumptions regarding the continuity of spatial covariates. On the other hand, while discrete choice models can be easily fit to data, their discrete-time structure limits inferential capabilities. This seminar will explore integrating these approaches to enhance our understanding of resource selection and habitat suitability. By constructing continuous-time models of resource selection, we aim to develop a comprehensive framework that can accurately predict resource utilization patterns and inform conservation and management strategies.