Energy Future Engineering at Northeast University

Climate change, the Internet of Things, and opportunities for renewable energy, energy diversity, and innovation to reduce energy consumption and improve energy efficiency. From the invention of new technologies to the design and implementation of power systems, there are ample engineering opportunities. Master’s degree programs at Northeastern University College of Engineering enable students to develop the skills needed to advance their careers in the energy sector.

In the Energy Systems program, the Masters of Science (MS) integrates energy development systems with the financial plan needed to effectively implement new technologies. Students learn current and future energy systems technologies to integrate energy and financial resources needed to implement energy-related technologies. You will also learn leadership and decision-making skills to implement power systems in the private or public sectors in the global market.

In addition to the four options, the curriculum has been adapted into a set of four major courses in engineering and finance. Students gain strong knowledge in energy-related engineering concepts, including energy strategies, energy renewal, sustainable energy solutions, energy storage, energy conversion, and energy efficiency.

Hangley Zoo, an assistant professor in the Department of Mechanical and Industrial Engineering, MN Penging Xiang, a student in engineering systems, is researching redesign batteries for large energy storage systems. Xiang Master Thesis focuses on high performance perforation for traffic batteries.

“I was impressed by the quality of the Northeast facilities. We have a lot of new technologies and new tools that we can use, which is really helpful for my research, ”Xiang said.

After graduating, Siang holds a position in pure technology investment. It seeks to acquire and participate in projects to capture carbon, renewable energy and high performance battery technologies.

Meanwhile, Abdurrahman Rashid, a graduate of SMS Systems in Energy Systems, was initially interested in renewable energy sources such as wind power companies and solar energy companies – and has since found waste in water.

His collaboration: As part of the Northeast Academic Education System, he joins the industry in the field: Inopera, a renewable natural gas company, and Rashid joins another company that produces catalytic systems to extract harmful organic compounds from the air. Home products.

After graduation, he became a project engineer at CrossTek Membrane Technology and was transformed from an air purifier to a water purifier.


In addition to providing campus at Northeastern University Boston, Massachusetts, MS in energy systems. Provides 100% online. The option provides the flexibility needed to pursue higher degrees for professionals and others.

For those who want to enter the field of technology and energy, but do not have an engineering background, a bridge program is available. The Energy Systems Academic Link (AL) is an MS version of the Energy System program for students with a bachelor’s degree in physics and chemistry, but not previously exposed to thermos-science. In this way, students take two major courses covering the curriculum in thermal science, math and energy systems in general.

Source: Northeast University, College of Engineering

Higher-level research

Students can pursue their interest in energy engineering with several other master’s degrees. Northeast University is an R1 research institute, and energy research offers a wide range of engineering courses. In 2021 alone, several faculties received the National Science Foundation CAREER awards for energy-related research.

Advanced research projects include: Associate Professor of Electrical and Computer Engineering Mahshid Amirabadi “Universal CC-Based Power Generators for Renewable Energy Systems”; Assistant Professor of Chemical Engineering DiPietro Iyasu Galaway “Engineering electrochemical reversal in damaged equipment for high-density batteries”; And Michael Kane, Assistant Professor of Civil and Environmental Engineering, “Human Center Automation in a Built Environment” for Wealthy Energy Saving Home Thermostats.

Another powerhouse expert is Andrew Myers, an associate professor of civil and environmental engineering, who won the 2020 Northeast Clean Up Initiative Acceleration Program. Its outstanding T-Omega Wind is a technology-based, innovative floating wind turbine that has been developed and owned by Northeast University.

In the field of Internet, Professor Matteo Rinaldi is leading a $ 1.7 million grant from the United States Agency for International Development (USAID) to develop a network of zero-power wireless infrared sensors for large-scale farms. The technology allows farmers to increase their crop yields by keeping track of when they need water.

The energy sector is evolving and creating many careers, from the pursuit of social innovation to the pursuit of industry or public planning. To take the next step in your career, visit the Northeast University College of Engineering and apply today.

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