RIT offers new master’s degrees in chemical engineering, biomedical engineering, and project management
RIT is offering three new master’s degrees designed to meet industry needs.
Chemical engineering and biomedical engineering programs in the Kate Gleason College of Engineering will include new master’s degrees as part of the engineering portfolio this year to meet demands in increasing renewable energies, personalized healthcare technologies, and diagnostic system improvements.
National trends indicate a growing need for graduates with the combined skills in engineering and in the chemical and biological sciences, engineering processes, and ‘smart’ technologies.
The graduate programs will have a mix of students from the established undergraduate programs, as well as new-to-RIT students from regional, national, and international chemical engineering programs seeking advanced degrees. With the flexibility of the degree program, the department also is seeing interest and enrollments from students from other science disciplines such as physics, said Patricia Taboada-Serrano, Graduate Programs Director.
“This will be achieved through a bridge program designed to provide the appropriate engineering background required for successful completion of an advanced degree in chemical engineering,” she said.
A dozen students have been accepted for the new program and will begin chemical engineering courses this fall. There are also eight BS/MS students enrolled in the program who are completing undergraduate work.
There will be several emphasis areas: chemical and mechanical engineering applications; microelectronic focus on semiconductors, photovoltaics, microfabrication; microsystems and quantum level systems; materials science; and advanced mathematics and simulation.
“The strength of our program is the design of its curriculum, as we are able to provide depth in content and advanced skills in one year of studies in the case of full-time students,” said Taboada-Serrano, associate professor of chemical engineering. “The timeline of the completion of the graduate degree enables our MS graduates to rejoin the workforce quickly if they delayed or interrupted careers to obtain a graduate degree. The compactness of our curriculum also enables working professionals to pursue our MS degree and complete it in two to three years.”
Similar to chemical engineering, the biomedical engineering program has grown substantially since it began 10 years ago. Today, 15 students in biomedical engineering (BME) are being integrated into graduate study through the BS/MS options. There are five new students in the stand alone master's program. It is a one-year, course-based program that features a Capstone design sequence.
Biomedical engineers combine knowledge of engineering with biology, anatomy, and physiology to create devices and systems to address the need for sophisticated diagnostic and therapeutic equipment and solutions.
In addition to the advanced engineering degrees, 10 RIT students this semester are the first to enroll in classes for a project management master’s degree.
The 30-credit degree is approved for both in-person and online delivery.
Project management is a process for managing the successful execution of new initiatives within an organization for the sake of expanding the breadth of capabilities, services, and products offered.
“You can use this discipline in almost any field,” said Peter Boyd, senior lecturer and graduate programs director for RIT’s School of Individualized Study, which is overseeing the program. “It’s akin to software engineering in that you could work in numerous industries, from IT to construction to aviation or health care.”
“Project management is a growing discipline. There’s a growing demand in a wide range of industries,” Boyd said.
A RITx MicroMasters in Project Management, offered by SOIS on the edX.org platform, is an additional pathway into the program that allows students to earn RIT course credit at a reduced cost, that can be applied toward the requirements for the MS in project management.
RIT’s master’s degree in project management differs from others across the country because he said RIT developed a curriculum “that is responsive to a wide range of student academic and professional needs, employs non-traditional teaching models that place a greater emphasis on project-based learning, and similar active learning experiences.” RIT’s degree also promotes strong student/faculty mentor-mentee relationships and brings project management to industries that would benefit from it but have otherwise not traditionally embraced the discipline.
The degree program allows students to customize their courses for their degrees, providing a natural path of interdisciplinary study. This allows students the ability to better specialize to their specific interests, giving them a competitive edge in their field of interest and making them more valuable to an employer.
Of the 10 courses required to earn the MS degree, four are elective, so students may use advanced certificates or other courses already offered at RIT. The remaining six classes focus on the core topics of the project management discipline and align with the standards set by the Project Management Institute, the governing body for the field.
One of those students is Dana Harp, who is taking the classes online from her home in Lewes, Del. She does clinical research remotely for Pfizer.
She received her edX project management MicroMasters in 2020 and transferred those credits toward a project management advanced certificate with RIT in 2021. She took a couple of years off from education and was pleasantly surprised when she learned RIT now offers a master’s in project management.
“I was always interested in getting my master’s degree,” Harp said. “My company has a great program to reimburse for education, so I have the opportunity to continue learning without having to pay for it all myself. And it will definitely open up more opportunities for promotion by having that degree. It will give me a leg up for the trajectory I want to be on. This is going to help me moving forward.”
Harp hopes to receive her master’s degree in the spring or next fall, and she’s excited to be one of the first students receiving the RIT degree.
“I’m lucky all of my earlier classes transferred over, and it’s really cool to see that some of the professors I’ve had in previous classes are teaching in this program as well,” she said. “I think it’s going to be really fun.”
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- AI brain-computer interface expert and former Oxford University professor joins RITFormer Oxford University professor Newton Howard is fueled by his fascination with quantum biology and neuroscience. He believes there is a future where we can not only understand the brain at a deeper level but unlock new ways to enhance cognitive function and treat neurological disorders. This fall, Howard will bring his enthusiasm and expertise to Rochester Institute of Technology’s School of Individualized Study as a professor of practice. Howard is the founder of ni2o, Inc., an organization dedicated to enhancing cognitive and athletic performance for those affected by neurological conditions. His career has spanned academia, the U.S. military, and the private sector, and he is known for transforming research into real-world applications, including having roles in developing technologies such as wireless hotspots, Google Earth, and Google Translate. He has several U.S. patents, presented at national and international conference, and has published journal articles, papers, and textbooks. As a former professor at Oxford, where he is still a member of the university’s congregation, MIT, and Georgetown University, Howard founded and directed multiple laboratories, including the Computational Neurosciences Lab at Oxford and the Synthetic Intelligence Lab at MIT. He is also the founder of The Howard Brain Sciences Foundation and C4ADS (Center for Advanced Defense Studies), a think-tank dedicated to data-driven analysis of global conflicts and transnational security threats. “RIT is a university on the cutting-edge of technology, the arts, and design, and Newton Howard is a perfect representation of our mission and aspirational thinking,” said James Hall, dean of RIT University Studies and executive director of the School of Individualized Study. “We are thrilled that Dr. Howard will share his spirit of innovation and entrepreneurship with our students who are always on the lookout for ways to pursue opportunities to make a positive difference in the world.” RIT’s Professor of Practice designation recognizes industry professionals with extensive experience in their fields who bring real-world knowledge and expertise into the classroom. This fall, Howard will be supporting RIT partnerships with alumni in the private and public sectors while continuing to conduct research that advances understanding of the brain and the development of neural prosthetics to treat brain and neurological diseases. As he looks ahead to interacting with students and faculty this fall, Howard says, “As we work together at RIT, we are not just shaping minds, but shaping the future. The greatest discoveries happen when we embrace the diversity of thought, challenge our assumptions, and learn from one another. I look forward to contributing to a community where both faculty and students are partners in the pursuit of knowledge. It is through genuine interaction, shared insight, and interdisciplinary collaboration that we can create meaningful advancements.”
- COSMOS-Web opens window into universe for scientists and citizensCOSMOS-Web was the largest General Observer program selected by the James Webb Space Telescope for Cycle 1. The team, led by RIT Associate Professor Jeyhan Kartaltepe, has publicly released its full data set, including a catalog and an interactive viewer. The release gives the largest look at the deep universe ever, providing data for scientists to make future discoveries. Already, scientists have found a treasure trove of early galaxies. COSMOS-Web provides the largest view deep into the universe ever, and now an easily searchable catalog with all of the data is available to the public. COSMOS-Web was the largest General Observer program selected for Cycle 1 of the James Webb Space Telescope (JWST). The survey mapped 0.54 square degrees of the sky (about the area of three full moons) with the Near Infrared Camera (NIRCam) and a 0.2 square degree area with the Mid Infrared Instrument (MIRI). While previous surveys have aimed to help astronomers map and understand what exists in the vast universe, the advanced instruments of JWST have allowed COSMOS-Web to study galaxy evolution through a long range of history. “The sensitivity of JWST lets us see much fainter and more distant galaxies than ever before, so we’re able to find galaxies in the very early universe and study their properties in detail,” said Jeyhan Kartaltepe, associate professor at Rochester Institute of Technology and lead researcher of COSMOS-Web. “The quality of the data still blows us away. It is so much better than expected.” COSMOS2025, the catalog containing the photometry, morphology, redshifts, and physical parameters of galaxies from COSMOS-Web, delivers a combination of sensitivity, spatial resolution, and field-of-view to observe nearly 800,000 galaxies. Using JWST imaging, ground-based telescope data, and previous COSMOS data, the catalog makes an unprecedented amount of information freely available, opening many unexplored scientific avenues. The full COSMOS-Web color image is shown with a zoom in to the region surrounding a gravitationally lensed galaxy known as the COSMOS-Web ring (Mercier et al. 2024).Credit: Kartaltepe/Casey/Franco/COSMOS-Web “This was an ambitious undertaking that required the development of innovative technologies to simultaneously measure the photometry and morphology of nearly 800,000 galaxies across 37 images,” said Marko Shuntov, postdoctoral researcher at Cosmic DAWN Center. “Building the catalog required tremendous teamwork, and it was all worth it because ultimately it has delivered some of the highest quality redshifts and physical parameters of galaxies that will enable groundbreaking science.” The raw data retrieved during COSMOS-Web was so vast that it was difficult and incredibly time-consuming for scientists to work through it. The public availability of the catalog takes that work out of the equation for the community. The COSMOS-Web team worked to reduce the data, eliminating artifacts, subtracting backgrounds, and improving the astrometry in order to provide accurate photometric and morphological analyses. The breakthroughs already discovered through JWST’s observations have shown how essential NIRCam data is for understanding galaxies in the early universe. Ensuring that the data are science-ready is an achievement that makes COSMOS-Web the standard calibration for future, large surveys. “We combined more than 10,000 images of the sky together to form the largest contiguous image available from JWST,” explained Maximilien Franco, postdoctoral researcher at Université Paris-Saclay. “To do this, we needed to ensure that all the images were properly aligned with existing data, and also to correct for any observational biases. It was incredible to reveal galaxies that were previously invisible, and very gratifying to finally see them appear on our computers.” Likewise, MIRI plays a critical role in determining the mass of early galaxies and investigating star formation over cosmic time. It has already been instrumental in confirming some of the most distant galaxies discovered by JWST. Using longer wavelengths that are less affected by dust extinction, MIRI has the ability to detect and characterize galaxies at higher redshifts, or at earlier times in the universe. “With MIRI, we’re now accessing an unprecedented level of detail in this wavelength range, providing new insights into the processes driving galaxy evolution and the growth of black holes,” said Santosh Harish, postdoctoral research associate at RIT. “The leap in sensitivity and spatial resolution is extraordinary, and MIRI observations from COSMOS-Web are a fine example of what this instrument is capable of.” Along with the data itself and three initial papers on the catalog, near infrared imaging, and mid infrared imaging, the data release also includes an interactive viewer where users can directly search images for specific objects or click on objects to see their properties. In addition, two new COSMOS-Web studies—one examining the structural evolution of brightest group galaxies over the past 11 billion years and another applying artificial intelligence to estimate key galaxy properties from photometry—highlight the wide scientific potential of the catalog. “Thanks to JWST and the COSMOS-Web survey, we can now trace how galaxies shut down star formation, undergo morphological transformation, and how these processes are shaped by their environment across cosmic time, even predicting galaxy properties using AI-driven methods,” said Ghassem Gozaliasl, astrophysicist and researcher at Aalto University. When the JWST launched in 2021, the COSMOS-Web team of nearly 50 researchers around the world had the longest observing time during the telescope’s first year. The team set out with three primary goals: to map and build understanding of the Reionization Era (in the universe’s first billion years); to trace and identify massive galaxy evolution in the first two billion years; and to study how dark matter is linked to visible matter within galaxies. The COSMOS-Web team is made up of nearly 50 researchers from around the world. The group gathered for a conference ahead of their full data release in Marseille, France, in May. Credit: COSMOS-Web After more than 150 visits and 250 hours of observations, the JWST data from COSMOS-Web has provided the information to obtain those goals. The survey has sent scientists into a new age of space observation and data analysis, and has opened the door to a future of understanding and discovery like never before. “We have data and catalogs that we’re very sure of, that we’ve tested and put a lot of work into,” said Kartaltepe. “I can’t overstate how much the field has changed. With data from JWST, we now have a new window on the universe.” COSMOS-Web is jointly led by Kartaltepe and Caitlin Casey, professor of physics at University of California, Santa Barbara, and is part of The Cosmic Evolution Survey (COSMOS). Beginning in 2007, COSMOS joined together more than 200 scientists across the globe to study the formation and evolution of galaxies using both space-based and ground-based telescopes. The remarkable longevity of the collaboration is a testament to the importance of open, accessible science. To learn more For more information on COSMOS-Web, go to the program’s website. The COSMOS-Web images, catalog, and interactive viewer are available through the team’s data release website.
