Aerospace and mechanical engineers design and build unique, complex mechanical-optical-electronic (mechoptronic) systems, ranging in scale from the International Space Station to microscale electric generators and pumping systems.
A broad range of engineering science research is critical to developing novel, complex mechoptronic systems. As a consequence, aerospace and mechanical engineers conduct extensive basic and applied research within and crossing their usual disciplinary boundaries, they also synthesize research from many other disciplines.
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From cutting-edge robotics, design, and bioengineering to sustainable energy solutions, ocean engineering, nanotechnology, and innovative materials science, MechE students and their advisors are doing incredibly innovative work. The graduate students highlighted here represent a snapshot of the great work in progress this spring across the Department of Mechanical Engineering, and demonstrate the ways the future of this field is as limitless as the imaginations of its practitioners.
Lyle Regenwetter finds excitement in the prospect of generative AI to "democratize" design and enable inexperienced designers to tackle complex design problems. His research explores new training methods through which generative AI models can be taught to implicitly obey design constraints and synthesize higher-performing designs. Knowing that prospective designers often have an intimate knowledge of the needs of users, but may otherwise lack the technical training to create solutions, Regenwetter also develops human-AI collaborative tools that allow AI models to interact and support designers in popular CAD software and real design problems.
Carlos Daz-Marn designs and synthesizes inexpensive salt-polymer materials that can capture large amounts of humidity from the air. He aims to change the way we generate potable water from the air, even in arid conditions. In addition to water generation, these salt-polymer materials can also be used as thermal batteries, capable of storing and reusing heat. Beyond the scientific applications, Daz-Marn is excited to continue doing research that can have big social impacts, and that finds and explains new physical phenomena. As a LatinX person, Daz-Marn is also driven to help increase diversity in STEM.
Somayajulu Dhulipala works on developing lightweight materials with tunable mechanical properties. He is currently working on methods for the scalable fabrication of nano-architected materials and predicting their mechanical properties. The ability to fine-tune the mechanical properties of specific materials brings versatility and adaptability, making these materials suitable for a wide range of applications across multiple industries. While the research applications are quite diverse, Dhulipala is passionate about making space habitable for humanity, a crucial step toward becoming a spacefaring civilization.
Jimmy McRae
Hometown: Woburn, Massachusetts
Advisor: Associate Professor Giovani Traverso
Interests: Anything basketball-related: playing, watching, going to games, organizing hometown tournaments
Spencer Leach is a mechanical engineering major with an unique skill: creating crossword puzzles. After trying and failing a few times, their puzzles have now been featured in the New York Times a total of four times.
The nuclear engineering program (NEP) at Virginia Tech is a multi-disciplinary program with activities in nuclear power, nuclear nonproliferation and security, radiation therapy and diagnostics, and nuclear policy. NEP offers degrees at two campuses including Blacksburg and National Capital Region (NCR).
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The official logos of the engineering programs are the primary means by which they are recognized. They should appear on all program-specific communications. The logos have been drawn and spaced with specific dimensions and should not be redrawn, stacked, modified or augmented in any way. The Cockrell logos are available to download in the Templates and Resources section.
KU Aerospace Engineering is one of the top programs in the world in aircraft and engine design education. Four NASA astronauts earned degrees at KU, including one in the 2017 astronaut class. With an emphasis on designing, simulating, building, testing, and flying aerospace vehicles and systems, aerospace engineering students at KU receive access to unmatched educational opportunities.
Creating safer, more environmentally friendly plastics. Enhancing oil recovery techniques. Improving methods for drug delivery. Whatever your passion, a diverse array of options are available to students pursuing a degree in this field, including wide-ranging opportunities in the bioengineering and biomedical fields. KU is the only institution in Kansas that offers a degree in petroleum engineering.
KU EECS is a nationally recognized leader in cyber security, big data, computer networking, radar, artificial intelligence, and virtual reality. Graduates make their mark as engineers and computer scientists, or in the fields of law, medicine, or business. All graduates have a strong foundation in their field along with problem solving skills that prepare them to face new technological challenges.
Engineering physics graduates combine an extensive background in physics - the science that underlies much of modern technology - with an engineering mindset. Their broad training and technical breadth provide a unique flexibility for careers.
Whether its advanced materials, biomechanics, emerging transportation technologies, or a wide variety of other fields, mechanical engineers have a vast network of career opportunities available to them due to the remarkable versatility of this degree. From award winning race cars and energy efficient vehicle development to advanced spinal implants and an easier path to recovery from knee surgery, mechanical engineering at KU offers a wide variety of opportunities, including robust offerings in bioengineering and biomechanics.
The Department of Mechanical and Aerospace Engineering encompasses three distinct programs in Aerospace Engineering, Mechanical Engineering and Packaging Engineering with undergraduate and graduate degrees.
Mechanical engineering is about learning how to conceive new ideas and bring them to life through design and manufacturing. Students acquire basic principles in design, analysis, and modeling of physical components and processes, while building core knowledge in fluids, thermal, and structures.
The aerospace engineering program at Rutgers provides a broad and multi-disciplinary education in the fundamentals of aircraft and spacecraft design. Rutgers is currently the only public university in New Jersey offering an aerospace engineering degree.
Packaging engineering is a multi-disciplinary field within that draws on chemical, industrial, materials, and mechanical engineering in order to design and create boxes, cartons, bottles, and other packing materials that meet specific criteria.
Encompassing a wide range of research and development activities focused on applications to aeronautical systems and space exploration, our program is focused on offshore wind energy, unique hypersonic testing and simulation capabilities, improvements in drone design and automation, and looking forward into a sustained human presence away from the Earth.
With a multidisciplinary approach aimed at applying mechanical engineering principles to provide insights and solutions for improving human health, faculty are engaged in a range of research that includes biomechanics, biofluid dynamics, cardiovascular flow, cerebral biomechanics, cellular and tissue mechanics, modeling of sub-cellular components, drug delivery, bioprinting, biosensors, wearable technologies, bio photonics, bio safety, bio- and bio-inspired locomotion.
By harnessing the data thread throughout the product lifecycle, this area aims to drive manufacturing quality, productivity, flexibility, sustainability, security, and competitiveness across diverse industries.
Packaging Engineering is a true multidisciplinary field that is solidly rooted in basic engineering, and that involves mechanical engineering, material science, AI, robotics and automation, electrical engineering, supply chain management, business development, and creativity and innovation.
Specific research topics in this area include autonomous vehicles, mechatronics, human-robot interaction, motion control, precision engineering, unmanned air vehicle (UAV), space robotics, astrodynamics, smart materials, structural dynamics, acoustics, and adaptive and meta structures.
Rutgers is an equal access/equal opportunity institution. Individuals with disabilities are encouraged to direct suggestions, comments, or complaints concerning any accessibility issues with Rutgers websites to accessibility@rutgers.edu or complete the Report Accessibility Barrier / Provide Feedback form.
Mechanical engineering, which has evolved over the years as new technologies have emerged, is one of the broadest engineering disciplines. The Bachelor of Science in Mechanical Engineering (BSME) prepares graduates to apply mathematical and scientific principles to the design, development, testing, and manufacturing of machines, robots, tools, biomedical devices, power generating equipment such as steam and gas turbines, wind turbines, solar systems, internal combustion engines, and heating, cooling, and refrigeration equipment.
The BSME provides combined classroom and laboratory components and will prepare students to work for local, state, and federal governments; biomedical and aerospace fields; manufacturing sectors; consulting firms; transportation industry; and high tech and energy sectors. The program will also prepare students for further studies at the graduate level should they decide to do so. 152ee80cbc
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