New Media


Technology-driven creativity for real-world impact

Undergraduate
Graduate
Research
Faculty

Preparing students to lead in the fast-evolving digital landscape. By blending technology and creativity, the program equips graduates with skills to design, code, and innovate while solving real-world problems.

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Program Offerings 

Undergraduate Offerings:

New Media Overview

The University of Maine’s New Media Program is where creative minds meet cutting-edge technology to tackle the challenges of the 21st century. In this innovative major, students gain a deep understanding of the social and economic impact of emerging technologies, from artificial intelligence to augmented reality, while developing the technical and creative skills needed to thrive in today’s digital-first industries.

With a hands-on, project-based curriculum, New Media students collaborate on real-world problems, design interactive experiences, and master a range of tools—from coding and digital design to video production and wearable tech development. The program emphasizes versatility, preparing graduates for diverse career opportunities in technology, media, and beyond.

Whether you’re interested in creating immersive apps, crafting compelling stories, or coding groundbreaking solutions, New Media fosters the skills, curiosity, and leadership needed to navigate and shape a rapidly changing world. A year-long capstone project crowns the experience, ensuring students graduate with a portfolio that showcases their ability to innovate, collaborate, and make a difference.

Department Information

Department Chair: Penny Rheingans

School of Computing and Information Science
5711 Boardman Hall, Room 348
Orono, ME 04469
Tel: 207.581.2188
Fax: 207.581.2206
kkidder@maine.edu

School of Computing and Information Science

As technology continues to evolve rapidly, the need for skilled professionals in computing and information science has never been greater. The future of business and society in Maine and beyond will be shaped by technological advancements, global competition, and increasingly complex, interconnected markets. These changes will require experts who can design, develop, and implement innovative systems, manage complex data, and collaborate across diverse teams. At the School of Computing and Information Science, we prepare students to lead in this dynamic landscape—equipping them with the technical expertise and communication skills needed to drive progress and solve real-world challenges.

Explore our cutting-edge undergraduate and graduate programs in Computer Science, Human-Centered Technology Design, New Media, and Information Science to be part of the technological revolution.

School of Computing and Information Science Research


Computer Science research is organized around several laboratories, each run by one or more professors. The labs allow students working on related research to interact closely with each other and with their advisors. At the time of writing, there are laboratories focusing on: artificial intelligence (multiagent systems, intelligent agent control, interagent communication, and computational ecology); high-performance computing; databases (autonomous and semistructured databases); software engineering; computational modeling; learning tools and environments for K-12; cybersecurity and homeland security.

Artificial Intelligence & Intelligent Systems

This group focuses on creating and enhancing intelligent systems and robots, with applications ranging from cooperation between robots to specialized autonomous vehicles, such as intelligent undersea vehicles. The goal is to advance the capabilities of machines to function in complex, dynamic environments.


Research Areas:

  • Artificial Intelligence
  • Cooperating Robots
  • Creating Intelligent Robots
  • Intelligent Undersea Vehicles

Computational Ecology & Climate Studies

Topics in this category involve using computational methods to address ecological and environmental challenges, including climate change. “Green supercomputing” emphasizes environmentally friendly computing practices, while tools like “Exploring Climate Change Data” aim to analyze and understand environmental data.


Research Areas:

  • Computational Ecology
  • Exploring Climate Change Data: P301dx
  • Green Supercomputing

Computational Tools & Techniques

This group includes various advanced computing methods and tools for problem-solving, visualization, and programming. It covers topics like miscreant agents, high-performance computing (HPC) visualization, and educational programming techniques, such as literate programming and introducing programming concepts in elementary schools. These topics focus on improving computational efficiency and accessibility.


Research Areas:

  • Dealing with Miscreant Agents
  • HPC Visualization
  • IceReader: Sharing ITASE Data
  • Literate Programming in LISP
  • Programming in Elementary Schools

Our Faculty and Staff

At MCEC, our faculty is the heartbeat of our academic community. Dedicated, inspiring, and deeply knowledgeable, our professors go beyond the traditional classroom experience to foster real-world skills and a passion for learning. Whether mentoring, leading innovative research, or providing personalized support, our faculty members are committed to empowering students to achieve their highest potential

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