Features – Maine College of Engineering and Computing

Electronics for Extreme Environments: 91�� Pushes Sensors Beyond Limits

Wed, 12 Nov 2025 18:53:00 +0000

ORONO, Maine — Imagine sensors that don’t just survive extreme heat — they turn it into power. 91�� engineers have built a simple wireless circuit that can operate from room temperature to more than 550 degrees Fahrenheit, opening the door to rugged, self-powered monitoring systems in environments such as jet engines, oil wells and spacecraft.

In a breakthrough with sweeping industrial implications, 91�� researchers designed a minimalist oscillator that enables sensors to transmit critical data wirelessly in environments where people, and conventional electronics, cannot survive.

“This work is important because of the potential applications, especially in terms of industrial safety. Not only does constant monitoring in industrial applications allow for more efficient operation with minimal production time loss, but it maximizes safety for human operators by removing the possibility of a surprise failure” said lead author Jude Zanoni, an electrical engineering graduate student and lead author on the study. “By using commercial components, we also demonstrated a potential avenue for cheap development of this technology.”

The research contributes to solving a decades-old problem: how to keep electronics stable in extreme heat without complex biasing, bulky power supplies or fragile components. Traditional silicon devices fail well below 300 degrees, forcing industry to rely on expensive, short-lived or wired systems in high-temperature operations. 91��’s solution is different — a single-supply oscillator built with one silicon carbide transistor, delivering more than 12 dBm of output power to extend detection range and reliability.

“This is about building electronics that don’t just survive the heat, they could make it useful,” Zanoni. “The circuit produces the same amount of power as a pair of Bluetooth earbuds — but it keeps working at more than 570 degrees Fahrenheit.”

By reducing parts and stabilizing operation under uniform high-temperature testing, the 91�� circuit produced up to nine times the power of previous designs at room temperature and nearly doubled at nearly 500 degrees. In practical terms, that’s like turning a walkie-talkie that only works across your yard into one that can reach across your neighborhood. At extreme heat, it still boosts detection range by about 50 percent, meaning problems can be spotted earlier and from farther away. Because the design can be paired with thermoelectric generators, these sensors could power themselves from the very heat they monitor, which eliminates the need for batteries or wires and makes them easier to deploy in remote or dangerous places.

Zanoni, originally from Lubec, Maine, came to 91�� where he participated in a Research Experience for Undergraduates program introducing him to this research. He continued on to complete his undergraduate Honor’s Thesis on this topic and will continue to study high temperature, harsh environment sensing in pursuit of a PhD at 91��.

The research, demonstrating robust modeling and successful fabrication under realistic harsh-environment testing, was recently published in IEEE Access under the title “”

Contact: Taylor Ward, taylor.ward@maine.edu

When engineering, medicine and artificial intelligence see as one, vision takes place

Mon, 20 Oct 2025 21:01:15 +0000

Oct. 17 marked the inaugural meeting of the Society for Artificial Intelligence in Vision and Ophthalmology (SAIVO), a new global organization bringing together leaders in artificial intelligence, vision science and clinical care. During the meeting, the journal entitled Artificial Intelligence in Vision and Ophthalmology (AIVO) — cofounded and edited by Maine College of Engineering and Computing Dean Giovanna Guidoboni — was officially announced as the society’s journal of record, marking an important step in advancing the safe, ethical and effective use of AI in eye and vision research.

AIVO is the first international journal exclusively dedicated to the convergence of AI and vision science. It provides a first-of-its-kind platform for interdisciplinary research spanning ophthalmology, optometry, computer science, physics, clinical science, mathematics, engineering and physiology to improve understanding and treatment of the visual system.

“Over the last decade, AI has moved from a computational curiosity to a clinical necessity, and this journal stands on the front lines leading that transition,” Guidoboni said.

The journal dates back to 2014, when the Journal for Modeling in Ophthalmology (JMO) was founded by Guidoboni; Alon Harris, professor of ophthalmology, professor of artificial intelligence and human health, Co-Director of the Barry Family Center for Ophthalmic Artificial Intelligence & Human Health at Mount Sinai Hospital; and Simon Bakker, managing director of Kugler Publications, to promote mathematical and computational modeling in ophthalmology. Based on the growing relevance and rapidly expanding role of AI in vision science, JMO evolved into Modeling and Artificial Intelligence in Ophthalmology in 2021, then transitioned to its current title, AIVO.

At the time, most mathematical and computational approaches to vision did not neatly fit into existing research or publishing categories. Recognizing that along with the need for a new vision and new mathematics to understand biological and clinical systems, a new venue for these ideas to converge needed to be created. The journal was founded to be a place where research at the crossroads of disciplines could be shared.

“The transformation from JMO to AIVO represents more than a name change. It mirrors the evolution and interdisciplinary nature of our field,” said Guidoboni, who also serves as editor-in-chief.

The formation of SAIVO adds to the momentum. Established independently by researchers and clinicians worldwide, SAIVO encourages collaboration and transparency in AI applications for ocular care. Its partnership with AIVO creates a natural alignment between technology, the people advancing science, research and the platform sharing it, thereby creating a unique environment to move innovation forward.

“This journal and SAIVO were born from the same need to bring together the people researching and the platform needed to share research,” said Harris. “With SAIVO and AIVO now formally aligned, the field has both a home for collaboration and a voice for discovery.”

Published by Kugler Publications under the leadership of Managing Director Simon Bakker, AIVO features an international and interdisciplinary editorial board of leaders in ophthalmology, AI, and computational modeling.

“Our shared goal has always been to elevate the field through quality, but always focusing on accessibility,” said Bakker. “AIVO’s partnership with SAIVO creates a powerful bridge between cutting-edge research and the global community working to apply it. Especially in an inherently interdisciplinary field that didn’t have a natural publishing fit.”

For Guidoboni and Harris, the journal’s interdisciplinary mission reflects their own research philosophy and work using engineering, physics, mathematics and AI to model complex biological systems from the eye to the cardiovascular and urinary systems. Each holds a faculty appointment at the other’s university, reflecting their ongoing interdisciplinary collaboration Their research group was the first to quantify retinal venous susceptibility to collapse due to blood and intraocular pressure, later validated in a population study of nearly 20,000 eyes in Singapore, and to develop digital twins of both the eye and the lower urinary tract.

“The human body is one of the greatest engineers of all,” said Guidoboni. “My passion for research and for inspiring the next generation of scientists comes from seeing how technology, physics, and biology converge to help people. This journal is the ultimate embodiment of this collaborative, cross-disciplinary vision.”

Through her leadership at 91��, Guidoboni continues to expand access to research opportunities for Maine students at all levels, emphasizing the human side of AI and the power of interdisciplinary collaboration including bringing high school students to international conferences — meeting with Harris and other industry leaders. The partnership between AIVO and SAIVO represents a defining moment for the global vision science community—one that unites people, purpose, and innovation to shape the future of artificial intelligence in vision and ophthalmology.

Contact: Taylor Ward, taylor.ward@maine.edu

Nearly $1 million awarded to 21 projects to fuel innovation and growth

Wed, 27 Aug 2025 14:51:53 +0000

The Maine College of Engineering and Computing (MCEC) has awarded $880,000 in funding for 21 new proposals aimed at fostering interdisciplinary research, sparking innovation and strengthening the college’s impact across the state.

The investment, made possible through UMS TRANSFORMS, will support 44 researchers and students spanning engineering and computing programs across the 91�� System. The awards are designed to increase recruitment and retention, developing programming at the , creating interdisciplinary programs in emerging fields, enhancing research, deepening collaboration among 91�� System institutions and strengthening partnerships with industry.

“These awards, made possible by the invaluable support of UMS TRANSFORMS and the Harold Alfond Foundation, highlight the incredible breadth of interdisciplinary work at 91��,” said Giovanna Guidoboni, Dean of MCEC. “From future transportation systems and advanced manufacturing to building sustainability and immersive virtual reality, this wide-ranging focus ensures we are addressing diverse challenges and preparing our students for cutting-edge careers.”

Developing Graduate and Undergraduate Certificate Program in Ocean Engineering and Maritime Digitalization

Amrit Verma, Department of Mechanical Engineering
Andrew Goupee, Department of Mechanical Engineering
Richard Kimball, Department of Mechanical Engineering
Yifeng Zhu, Department of Electrical and Computer Engineering
Masoud Rais-Rohani, Department of Mechanical Engineering

The project aims to create an online undergraduate and graduate certificate program in Ocean Engineering and Maritime Digitalization, with the primary goal of training students and professionals to design, operate, and maintain digitally enhanced maritime systems and ocean infrastructure, including applications of digital twin systems in ocean industries.

Surveying Engineering Technology on campus programming

Will Manion, School of Engineering Technology
Rich Vannozzi, School of Engineering Technology

The primary goal of the project is to increase enrollment of traditional on-campus students, and particularly, Maine resident students, in the Surveying Engineering Technology Program.

Game Design and Development: Multi-Campus Academic Program

Penny Rheingans, School of Computing and Information Science
Joseph Szakas, 91�� at Augusta

This proposal aims to create a new multi-campus Game Design and Development program across the 91�� System. It will combine the expertise of faculty from various institutions to allow students to complete the program at any participating campus, with funding supporting new course development, remote learning initiatives, and necessary hardware.

Integrating Pre-Engineering Students into their Major

Megan Walsh, 91�� at Machias

The Integrating Pre-engineering Students into Their Major project plans to increase the progression of pre-engineering students at 91��’s regional campus, the 91�� at Machias, into the appropriate engineering program at the 91�� by housing an engineering graduate student on the UMM campus to mentor undergraduate pre-engineering students.

Maine Community Colleges to 91�� Pathways in Engineering

Masoud Rais-Rohani, Department of Mechanical Engineering
Christopher Mordaunt, Department of Mechanical Engineering

The project’s primary goal is to establish a viable pathway through the Transfer ME program for Maine community college students to pursue an engineering degree at 91��.

Summer Bridge: Accelerating Community College Transfers in Engineering Through Online C Programming

Yifeng Zhu, Department of Electrical and Computer Engineering

The project aims to accelerate community college transfers in engineering by offering a fully asynchronous online C programming course that bridges curricular gaps and ensures timely progression toward graduation

Developing Asynchronous Online Courses for the Engineering Applications of Artificial Intelligence Certificate

Yifeng Zhu, Department of Electrical and Computer Engineering
Vikas Dhiman, Department of Electrical and Computer Engineering
Xueyu Hou, Department of Electrical and Computer Engineering

To create four asynchronous online courses for the Engineering Applications of AI certificate that expand statewide access, drive enrollment growth, and equip learners and industry professionals with essential, workforce-ready AI skills.

Energize UMS Campus Life with the Concept of Transportation+

Ruijie “Rebecca” Bian, Department of Civil and Environmental Engineering

This project creates an open-forum to engage students in depicting a future picture of on-campus mobility, while connecting UMS students through events and trips to explore future transportation systems and career opportunities in the sector.

Building a Multi-Institutional Community of Practice for Engineering Capstone Project

Ashanthi Maxworth, Department of Engineering (USM)
Wilhelm Friess, Department of Mechanical Engineering
Carolyn Arcand, Muskie School of Public Service (USM)

The goal of this project is to develop a multi-institutional community of practice for the engineering capstone project to share knowledge, experience and resources within a collaborative framework.

Expanding the Human-Centered Technology Design Program: Expanding Access, Interdisciplinary Collaboration, and Workforce Readiness

Nimesha Ranasinghe, School of Computing and Information Science
Aaron Boothroyd, School of Computing and Information Science

The Human-Centered Technology Design (HCTD) Program expansion aims to enhance interdisciplinary collaboration, increase student enrollment and retention, and provide cutting-edge, hands-on learning opportunities in human-centered design across the 91�� System using the mini GEM facility.

Building Energy Monitor Display for Ferland Hall

Justin Lapp, Department of Mechanical Engineering
Nimesha Ranasinghe, School of Computing and Information Science

This project will design, develop, and install a real-time building energy monitoring display in 91��’s Ferland Engineering Education and Design Center.

The MCEC Imaginarium

Richard Corey, VEMI Lab
Ruhammah (Ru) LaGarry, VEMI Lab
RJ Perry, VEMI Lab

The MCEC Imaginarium will serve as an immersive portal to the groundbreaking research at the 91�� System, providing a place for everyone to explore the exciting work happening across our campuses and streamlining collaboration with our industry partners by highlighting areas of active research and development across disciplines.

New CIE Winter Travel Course: Sustainability in the Peruvian Amazon

Reed Miller, Department of Civil and Environmental Engineering | Advanced Structures and Composites Center

A new faculty-led travel course will take undergraduate engineering students to the Peruvian Amazon rainforest to learn hands-on about biodiversity and the conservation challenges posed by increasing infrastructure and development.

MCEC PhD Scholars Fellowship Program

Masoud Rais-Rohani, Department of Mechanical Engineering

The goal of this project is to help establish MCEC PhD Scholars Fellowship Program aimed at attracting high quality domestic PhD students to engineering from US institutions outside of Maine.

Expanding Smart Factory Training for Undergraduate and Graduate Education

Bradley Denholm, Advanced Manufacturing Center
John Belding, Advanced Manufacturing Center

The AMC Bot Loft at 91�� will expand its Smart Factory training system to double student lab capacity and enhance Industry 4.0 education across undergraduate, graduate, and K-12 programs.

MCEC Global — Pilot Development of Online Graduate Aerospace Engineering Certificate

Wilhelm Friess, Department of Mechanical Engineering
Kewei Zu, Department of Mechanical Engineering

The MCEC Global project aims to develop the necessary delivery framework and online course content to offer the Graduate Certificate in Aerospace Engineering in full asynchronous online mode to students in Maine and beyond.

Growing and Strengthening the BME Program via Curricula Modernization and the Development of a Sustainable Eng. Gen-Ed and Project Description

Karissa Tilbury, Department of Chemical and Biomedical Engineering
Lisa Weeks, Department of Chemical and Biomedical Engineering
Ray Kennard, Department of Chemical and Biomedical Engineering
Michael Mason, Department of Chemical and Biomedical Engineering
Andre Khalil, Department of Chemical and Biomedical Engineering
Dave Neivandt, Department of Chemical and Biomedical Engineering
Cailtin Howell, Department of Chemical and Biomedical Engineering
Bob Bowie, Department of Chemical and Biomedical Engineering
Peter Van Walsum, Department of Chemical and Biomedical Engineering

Innovative Biocompatibility Module Gives First-Year Biomedical Engineering Students a Head Start on Industry-Ready Skills.

A Virtual Reality Educational Tool for Understanding PFAS Transport in Soil

Jean MacRea, Department of Civil and Environmental Engineering
Xiaoxiao Zhao, Department of Mechanical Engineering
RJ Perry, VEMI Lab
Manisha Choudhary, Department of Chemical and Biomedical Engineering

Our project aims to develop an interactive virtual reality tool that simulates PFAS transport in soils and to integrate it into STEM curricula to help students visualize and understand these processes, thereby enhancing STEM education across Maine.

Intelligent Manufacturing in Maine (IM2)

Justin Willis, Advanced Structures and Composites Center
Roberto Lopez Anido, Department of Civil and Environmental Engineering
Keith Berube, School of Engineering Technology

This project intends to develop a Research Learning Experience (RLE) in intelligent manufacturing in Maine, to better expose 91�� students to the sustainable, data-driven, and interdisciplinary processes present in current and emerging Industry 4.0 smart factories.

The Maine College of Engineering and Computing is a signature initiative of UMS TRANSFORMS, a $320M investment by the Harold Alfond Foundation to drive the innovations and technical workforce critical to advancing Maine’s economy.

Contact: Taylor Ward, taylor.ward@maine.edu

Distinguished Lecture Series: Dr. Alon Harris

Mon, 21 Jul 2025 13:20:48 +0000

Date: Thursday, September 4th
Time: 1:30-3:00pm
Location: Hill Auditorium, Barrows Hall | Virtual

Building Bridges Across Sciences and Humanities to Preserve Vision

Description: Primary open-angle glaucoma is a leading cause of blindness, yet its underlying mechanisms remain unclear. This lecture explores the role of vascular risk factors in disease onset and progression, introducing novel imaging technologies and hemodynamic biomarkers for diagnosis and monitoring.

The presentation will highlight the integration of mathematical modeling, machine learning (ML), and artificial intelligence (AI) to enhance glaucoma risk prediction and improve diagnostic accuracy. Cutting-edge findings will demonstrate how combining AI and non-invasive imaging tools like optical coherence tomography angiography (OCTA) can revolutionize disease detection and monitoring.

The lecture will also showcase how ocular imaging, paired with AI, serves as a “window to the body,” aiding in early detection of systemic conditions such as diabetes and cardiovascular disease.

Finally, the session will explore the “AI revolution,” featuring pioneering smartphone apps for glaucoma diagnosis and management. These advancements illustrate the transformative potential of AI-driven tools for early detection, personalized medicine, and comprehensive ocular and systemic health monitoring.

Biography:

Alon Harris, MS, PhD, FARVO, is Professor of Ophthalmology, Professor of Artificial Intelligence & Human Health, Vice Chair of International Research and Academic Affairs, Director of Ophthalmic Vascular Diagnostic & Research Program and Co-Director of the Barry Family Center for Ophthalmic Artificial Intelligence & Human Health at Mount Sinai Hospital. He is a leading expert in ocular blood flow and an internationally recognized clinical researcher in glaucoma risk assessment, disease progression monitoring, ocular perfusion, imaging, population studies, and artificial intelligence applications in ophthalmology.

Dr. Harris Leads a world-renowned ocular blood flow research center focusing on glaucoma, diabetic retinopathy, macular degeneration and ischemic optic neuropathy. He has published over 419 peer-reviewed articles, 23 books, 72 chapters, and 662 abstracts, and his Google Scholar h-index is 82. Dr. Harris is the co-founder and co-editor of the journal of Artificial Intelligence in Vision and Ophthalmology (AIVO), the co-founder of the Society for Artificial Intelligence in Vision and Ophthalmology (SAIVO) and is an editor and reviewer for dozens of other journals. Professor Harris serves on the Board of Directors and the Scientific Board of Directors for The Glaucoma Foundation (TGF).

Professor Harris has received numerous national and international awards throughout his storied career, including the “2025 The Glaucoma Foundation (TGF) Award” for excellence and innovation in glaucoma, the Edmund Benjamin Spaeth Oration Award for Outstanding Clinical Research, the Sam Rothberg Glaucoma Award, the William and Mary Greve International Research Scholar Award and the American Academy of Ophthalmology Achievement Award. He has secured over $7 million in research funding from the NIH, NSF, ADA and NEI.

Dr. Harris holds patents on treatments to improve retinal and optic nerve blood flow. A sought-after key opinion leader, Professor Harris has lectured in over 60 countries and on every continent.

2025 Francis Crowe Induction Honors graduates and distinguished engineers

Tue, 20 May 2025 20:16:59 +0000

May 11, 2025 | College of Engineering & Computing

The 2025 Francis Crowe Society Induction Ceremony took place on Sunday, May 11, celebrating the accomplishments of some of the 91��’s most distinguished engineering alumni and over 250 graduating students. Named after Francis Trenholm Crowe, 91�� Class of 1905 and chief engineer of the Hoover Dam, this annual tradition recognizes graduates who have made significant contributions to the engineering profession through research, industry, and education.

Crowe, known for his pioneering work on major water infrastructure projects in the American West, serves as an enduring symbol of 91��’s legacy in engineering excellence. His career was shaped by an early lecture he attended while at 91�� and later led him to innovate dam construction techniques that are still influential today.

The ceremony was hosted by Giovanna Guidoboni, Dean of the Maine College of Engineering and Computing. The Pledge and Preamble was delivered by Mohamad T. Musavi, Associate Dean, and the Fundamentals of Engineering Cord Presentation was given by Brent M. Bridges, PE, Chair of the State Board of Licensure for Professional Engineers.

2025 Distinguished Engineer Inductees

Kevin Libby – Electrical Engineering
A native of Farmington, Maine, Kevin Libby earned his B.S. in Electrical Engineering from 91�� in 1986 and an M.S. in Computer Engineering from UMass Lowell in 1992. Currently a Distinguished Engineer at NVIDIA Corp., Kevin has led innovations in Static Timing Analysis and design methodology for over two decades. He also serves on 91��’s Electrical and Computer Engineering visiting committee and is preparing for retirement while pursuing his interest in vintage pinball machines.

Larry Foster – Mechanical Engineering
Larry Foster brings 38 years of aerospace engineering experience, focusing on composites and structural innovation. His work spans elite organizations like Pratt & Whitney and Wisk Aero. He has 13 patents and has significantly influenced both academic and industrial practices. Larry serves on 91��’s Mechanical Engineering Advisory Board and is passionate about mentoring and next-generation flight systems.

Carrie Enos – Chemical Engineering (B.S. 1999)
As President of the 91�� Pulp and Paper Foundation since 2014, Carrie Enos has expanded employer partnerships and scholarship opportunities. A former business unit manager at Verso Paper, Carrie is a recognized leader and mentor in the pulp and paper industry. She serves on the Board of Directors for TAPPI and continues to champion student success.

Julia O’Neill – Chemical Engineering (B.S. 1981)
With over 30 years of experience in pharmaceuticals and chemicals, Julia O’Neill has made her mark as a statistician and chemical engineer. She played a vital role in Moderna’s Spikevax vaccine development and was named a Fellow of the American Society for Quality. Julia’s interdisciplinary expertise has helped bring life-changing medicines to market.

Matthew Tonello – Civil & Environmental Engineering (B.S. 1994)
Matthew Tonello leads Consigli Construction’s Northern New England operations and has overseen major 91�� infrastructure projects including the Ferland Engineering Education and Design Center. With dual graduate degrees in structural engineering and real estate development, he continues to shape Maine’s built environment and serves on multiple advisory and nonprofit boards.

Outstanding Graduating Students

Zachary Hopp – Mechanical Engineering
From Maple Grove, Minnesota, Zach is the Outstanding Graduating Student in the College. A member of the Men’s Swimming and Diving Team, he has completed multiple internships and contributed to research on sustainable packaging. His work exemplifies the application of engineering in real-world challenges. Zachary was also the inaugural Prashanth Chandrasekar Excellence Award recipient, recognized as the first Chandrasekar Scholar.

Siddhartha Bajracharya – Electrical Engineering
Originally from Kathmandu, Nepal, Siddhartha is recognized as the Outstanding Graduating International Student. His passion for embedded systems was cultivated through national ballooning research collaborations. He plans to pursue a master’s degree in computer engineering at 91��.

The Francis Crowe Induction Ceremony remains a hallmark event celebrating the enduring impact of 91�� engineers. With honorees whose work spans global innovation, community development, and academic mentorship, this year’s celebration reaffirms the 91��’s commitment to excellence in engineering education. As new graduates and seasoned professionals stood together to recite the engineering pledge, the spirit of integrity, service, and innovation that defined Francis Crowe continues to inspire future generations. In addition to the distinguished alumni, over 250 undergraduate graduating seniors were also inducted into the Francis Crowe Society, highlighting the depth and promise of 91��’s engineering legacy.

Tenure-track/Tenured Assistant Professor in New Media

Tue, 19 Sep 2023 17:11:36 +0000

The School of Computing and Information Science at the 91�� seeks applicants for a tenure-track Assistant Professor position in the New Media group, with an anticipated start date of September 3, 2024. A start date of January 1, 2024 may also be possible.

Join New Media if you’re looking to bring insights and energy to an agile program that values creativity and collaboration, read on to see if this job could be right for you.

Please see the full search listing at New Media or apply .

Tenure-track/Tenured Assistant Professor in Spatial Computing

Fri, 15 Sep 2023 22:18:44 +0000

The School of Computing and Information Science at the 91�� seeks applicants for a tenure-track Assistant Professor position in the Spatial Computing group, with an anticipated start date of September 3, 2024. A start date of January 1, 2024 may also be possible.

Our primary target focus is the broad area of , including spatial statistics, GIScience, spatial HCI, spatial data science, and spatial AI, but we will consider qualified candidates in all areas in the spatial domain.

Please see the full search listing .

Remembering Jim Campbell

Sat, 15 Jul 2023 12:54:23 +0000

Dr. James Campbell died on June 21, 2023 of a heart attack. Jim’s PhD work in Spatial Information Science and Engineering was directed at making scientific data more readily accessible to both scientists and the general public. He completed his PhD dissertation titled “Toward a Commons of Geographic Data” in 2015. Yet long before completion of the dissertation he was providing guest lectures in SIE 525 Information Systems Law. He also later served as adjunct professor teaching numerous sections of the campus-wide required course in Responsible Conduct of Research (INT 601). His scholarly writings and talks spanned a full range of issues addressing legal, economic, and technical policies affecting the progress of science, the societal use of technologies, and the advancement of humanity.

While our academic community knew him primarily as a scholar, Jim wore many other hats in service to others. WERU Radio has posted a great . Be certain to listen to Jim’s last interview with Amy Browne on where he summarizes key points made during his recent nine-episode radio series on Artificial Intelligence. There are also some wonderful remembrances about Jim on the .

A potluck celebration of Jim’s life will take place at the Belfast Boathouse on Saturday September 23 from 3-6 pm.

Dr. Giudice Featured in Forbes Article on Autonomous Vehicles

Mon, 19 Apr 2021 21:45:31 +0000

Professor Nicholas Giudice was recently interviewed by Forbes Magazine about autonomous vehicles and the work being accomplished at the 91�� VEMI Lab

The Forbes piece, called How Passengers With Disabilities Can Drive The Autonomous Vehicle Revolution, is at:

How Passengers With Disabilities Can Drive The Autonomous Vehicle Revolution

Praised Information Law and Policy Podcast Series by SCIS Alumnus James Campbell

Fri, 12 Mar 2021 13:49:18 +0000

Jim Campbell received his PhD in Spatial Information Science and Engineering in 2015 with a concentration in Information Law and Policy. He has a continuing keen interest in personal privacy in the digital age. In addition to continuing to publish and make presentations in professional venues, he has produced a short weekly radio program on Community Radio station WERU-FM (89.9 or www.weru.org) for many years focused on the effects of digital technology on our everyday lives for a lay audience.

From explaining how much location based data can reveal about our personal lives to explaining the big to-do about Section 230, “Notes from the Electronic Cottage” tries to make technical information accessible and understandable to non-specialists.

In an article in 2017 entitled “12 Community Radio Podcasts to Hear in 2017,” Ernesto Aguilar wrote “Notes From The Electronic Cottage: Speaking of popular, technology programming (as in podcasting, not Python) is having its day in the spotlight right now. From re/code on down, tons of websites and media groups have tech podcast endeavors. Why is this one great? Well, for starters, it is fluff-free. No idle banter of self-promotional subliminals here. Notes From the Electronic Cottage is a brief, bright news and analysis shot covering privacy, technology, politics and surveillance. It’s very much more wonk than InfoWars, with lots of links and references to help you be more informed about issues sure to be key in the Trump years. WERU, a little community radio firecracker in Maine, plays host.”

New eight minute programs are broadcast and streamed at 7:30 a.m. on Thursday mornings. An archive of hundreds of past programs is available at .