Professional Development

What is UMaine GRAD?

UMaine GRAD was designed to provide a framework for graduate students to learn and master the skills necessary to succeed in personal and professional opportunities at UMaine and beyond. One of our goals is for our UMaine graduate students to be confident, mindful, attentive, intelligent, and exceptional in all realms of life.

To do this, we created a platform for students to continue to grow, become resilient, strive for advancement, and deliver their ideas and themselves in the most upstanding way.

  • G: Growth – the process of developing
  • R: Resilience – the ability to adapt effectively to adversity or change
  • A: Advancement – the process of promoting and progressing to a higher state
  • D: Delivery – the ability to effectively articulate and present

Upcoming Professional Development Events

Grayson Huston, a candidate for Doctor of Philosophy in Ecology and Environmental Science, will be defending his dissertation titled “The development and application of fish sedimentary DNA for ecosystem restoration.” […]
Elias Pinilla, a candidate for Doctor of Civil and Environmental Engineering, will be defending his dissertation titled “Exchange Flow in Patagonian Fjords”. Zoom meeting: For the Zoom link and password, […]
Tahi Wiggins, a candidate for Master of Science in Earth and Climate Science, will be defending her thesis titled “Tracing meltwater through snow and ice: multi-scale observations and methods at […]
Niya Bond, a candidate for Doctor of Philosophy in Higher Education Program, will be defending her dissertation titled “NEGLECTED NARRATIVES: LISTENING TO THE EXPERIENCES OF ONLINE ADJUNCT WOMEN FACULTY”.   […]
Jeremy Juybari, a candidate for Doctor of Philosophy in Electrical and Computer Engineering, will be defending his  dissertation titled “Improving Accuracy in Image Segmentation and Efficiency in Multiscale Analysis.” Zoom […]
Zachary Applebee, a candidate for Doctor of Philosophy in Biomedical Engineering, will be defending his dissertation titled “Liquid-Infused Silicone Surfaces for Biomedical Applications: Bacterial Antifouling, Physiological Performance, and Drug Delivery”. […]

UMaine GRAD Collaborating Offices