National Science Foundation

The Georgia Institute of Technology is a state-funded research university based in Atlanta, Georgia. The institute offers degree programs in architecture, computing, engineering, arts, business, and sciences. Georgia Tech, as the institute is commonly referred to, is organized into six colleges and contains 31 departments. Georgia Tech is a public institution and receives funding from the State of Georgia.

University of Massachusetts (UMass) Dartmouth boasts challenging academics, particularly in the fields of Engineering, Law, Marine Science and Portuguese studies among others. One of the largest and most comprehensive Portuguese studies programs in the United States, this particular department offers specialized emphases in Portuguese Language and Literature and a doctorate in Luso-Afro-Brazilian Studies and Theory. The department also puts out its own publication and hosts conferences featuring scholars from around the globe. Since UMass Dartmouth’s Visual and Performing Arts Department is also one of its most respected, the campus abounds with theatre performance opportunities as well as student art galleries. Additionally, UMass has Business and Liberal Arts divisions as well as a division for the study of Education, Public Policy and Civic Engagement. Graduate programs are also available in a number of departments. Since UMass Dartmouth houses numerous research centers and institutes where scholarly conferences are held, the level of scholarship on campus is inspiring and stimulating. An application, transcripts, a personal essay and SAT scores are some of the materials prospective undergraduates will need to submit to admissions for consideration. Students who need assistance with paying tuition may apply for financial aid.

At Strange Development we pride ourselves on the ability to provide CAD Design Services, Engineering, and Manufacturing all in house. We will develop, design, and provide you with all the necessary hardware needed to get your project up and running. Our core services, Prototype & Limited Production Manufacturing, CAD Design, Engineering Consulting, and Engine Testing can be custom tailored to fit your individual project needs.

Manufacturer of flow sensors and dispensing systems intended for commercial and industrial applications. The company offers miniature sensors based on the novel EFV technology to detect flow rates and measure temperature and provides medical injections, infusion pumps, tube sets, HVAC, and AUV, enabling medical, agriculture, food, and manufacturing sector industries to monitor flow rate and pressure measurements with cost-effective dispensing systems. .

Developer of an online CAD tool intended to optimizes designs. The company's online CAD tool is accurate and enables self calibration, the performance control technology also enables devices to change their effective mass, damping, and stiffness on demand enabling students, researchers, and startups to facilitate a MEMS community of shared designs and compact models.

Endeavos Innovations is a product development and engineering services firm based in Clifton Park, New York, established in 2014. The company specializes in advanced mechanical and systems engineering, focusing on research innovation and the development of structural and machine designs. Endeavos offers on-demand services, including finite element analysis (FEA) and computational fluid dynamics (CFD) simulations, catering to clients in the mechanical, aerospace, and mechatronics engineering sectors. By providing these services, Endeavos enables clients to evaluate their designs and gain insights that foster the improvement and creation of new ideas.

MITS develops multiscale integrated technology solutions to improve mechanical, thermal, and electrical performance. The company was founded in 2019 and is headquartered in Carmel, Indiana.

Mazdak International is a capsule pipeline technology company that specializes in deep dredging.

University of Hawaii College of Engineering is dedicated to world-class education and research.

General Engineering & Research, L.L.C. specializes in the development of nanotechnology-based systems for various applications, including clinical and industrial processes. Founded in 2009 and headquartered in San Diego, California, the company produces nano material suitable for polishing, drug delivery, and nano-sensor applications. Its offerings include GE&R Nano-Contact Release Capsules (nano-CRC) slurries used in chemical mechanical planarization (CMP), a range of silica products such as nanoparticles and microspheres, and magnetocaloric materials for magnetic refrigeration. Additionally, General Engineering & Research provides analytical services such as UV/Vis spectroscopy, scanning electron microscopy imaging, dynamic light scattering analysis, zeta potential analysis, and physical property measurements. The company's innovative research portfolio aims to enable clients to effectively utilize nanomaterials and enhance their operational processes.

Manufacturer of a robotic gripper designed to handle fragile objects without damaging them. The company's pneumatic system consists of polyurethane and polyurethane fingers which provide precise control over gripping force and movement, enabling non-traditional industries to automate material handling activities.

Worcester Polytechnic Institute (WPI), founded in 1865, is a non-profit educational institution located in the United States. It provides a diverse range of undergraduate and graduate programs, including fields such as computer science, chemical engineering, psychology, and business administration. WPI is known for its distinguished faculty, advanced research facilities, and an active community that fosters collaboration and innovation. The institute emphasizes a hands-on approach to learning, encouraging students to engage in real-world problem-solving and make meaningful contributions to society.

University of Minnesota College of Science and Engineering

As part of the University System of Maryland, the University of Maryland – Baltimore County offers the extensive academic resources of a large research university. UMBC emphasizes science and engineering, but the university offers academics in a variety of subjects. UMBC is comprised of the following academic divisions: *College of Arts, Humanities and Social Sciences *College of Engineering and Information Technology *College of Natural and Mathematical Sciences *The Erickson School *Graduate School *School of Social Work More than 40 undergraduate majors are available, as well as nearly 40 master’s and about 25 doctoral degree programs. The university also offers professional development courses in subjects like Business Analysis, English Language Training and Project Management. Student life at University of Maryland Baltimore County has something for everyone. The university participates in NCAA Division I athletics, and the campus is rich with arts and culture, supported by institutes like the Center for Art, Design & Visual Culture. Financial aid at UMBC comes in several forms. In addition to federal grants and loans, students can apply for a variety of institutional scholarships. These awards are based on merit, and many of them are renewable.

Armada Marine Robotics develops asymmetric propulsion technology for enhancing marine maneuverability. The company's headquarters are in Falmouth, Massachusetts.

Developer of a heat sink optimization platform designed to hybridize computational fluid dynamics. The company develops a compliant vapour chamber technology to eliminate thick thermal interface materials in the form of gap fillers and/or thermal grease in the aforementioned hardware, thereby using analytical, numerical, and experimental methods to consult on complex problems involving momentum, heat and mass transport phenomena.

Merrimack College is a selective, independent college in the Catholic, Augustinian tradition whose mission is to enlighten minds, engage hearts and empower lives. Leadership Mission History Accreditations Fast Facts Recognition & Rankings The College offers undergraduate degrees in the liberal arts, business, science and engineering, and education programs; it also offers master’s programs in accounting, computer science, education, engineering, health sciences, and management; and a range of certificate, licensure and degree completion programs. Throughout the curriculum, students can take advantage of hands-on opportunities including cooperative education and internships, research with faculty, study abroad and service learning. And, because our curriculum emphasizes the liberal arts, graduates are prepared to be imaginative, analytical, aware of trends and historical perspectives, clear thinking, and adaptable to changes in their career.

Aerogel Technologies is a prominent manufacturer based in Boston, specializing in mechanically strong aerogel materials and monolithic aerogels. The company creates a diverse range of aerogels, including silica, carbon, and polymer-based types, and has developed a unique material known as Airloy. This new class of aerogel is notable for its mechanical robustness and can be produced using various materials such as carbon, metals, and ceramics, in addition to traditional silica aerogels. Aerogel Technologies aims to provide tailored aerogel solutions that cater to the specific requirements of demanding applications across industry, government, and academia.

FluxMagic is an electronics company based in Portland, Oregon, founded in 2019. The company specializes in the development of innovative magnetic devices tailored for renewable energy applications. Its systems employ powerful magnets arranged to facilitate energy transfer between moving components without physical contact, eliminating the need for lubricants or heat transfer fluids. This design not only enhances the longevity of the devices compared to traditional mechanical systems but also supports magneto-mechanical energy conversion for both industrial and consumer markets. By focusing on efficiency and sustainability, FluxMagic aims to contribute to the reduction of carbon emissions in energy use.

XFlow Energy manufactures vertical-axis wind turbines (VAWTs) that reduce the cost of wind energy generation. XFlow Energy’s unique rotor design eliminates the structural failure modes common to VAWTs while simultaneously maintaining high efficiency and low manufacturing costs. XFlow also offers engineering consulting, prototyping, and testing services for renewable energy systems.

Miga Motor Company manufactures memory actuators that are ultra-lightweight and require no maintenance. The company was founded by Mark Gummin and is based in Silverton, Oregon.

Creathadh Energies develops integrated circuit technology for low-power vibration. The company was founded in 2018 and is based in Ann Arbor, Michigan.

Clarkson University, established in 1896 and located in Potsdam, New York, is a non-profit educational institution offering a diverse range of undergraduate and graduate programs. These programs include Aeronautical Engineering, Computer Engineering, Electrical Engineering, Environmental Health Sciences, Global Supply Chain Management, Innovation and Entrepreneurship, Pre-Law, Pre-Medical Sciences, Social Documentation, and Software Engineering, among others. The university is committed to supporting student success through various services, including tutoring, counseling, and health services. Financial aid options are available to eligible students in the form of loans, grants, work-study, and scholarships. Clarkson's career center provides resources for job searches, internships, and co-op opportunities, alongside hosting career fairs to connect students with potential employers. The institution prioritizes a holistic educational experience, equipping students with the tools they need for their professional journeys.

Worcester Polytechnic Institute (WPI), founded in 1865, is a non-profit educational institution located in the United States. It provides a diverse range of undergraduate and graduate programs, including fields such as computer science, chemical engineering, psychology, and business administration. WPI is known for its distinguished faculty, advanced research facilities, and an active community that fosters collaboration and innovation. The institute emphasizes a hands-on approach to learning, encouraging students to engage in real-world problem-solving and make meaningful contributions to society.

University of Massachusetts (UMass) Dartmouth boasts challenging academics, particularly in the fields of Engineering, Law, Marine Science and Portuguese studies among others. One of the largest and most comprehensive Portuguese studies programs in the United States, this particular department offers specialized emphases in Portuguese Language and Literature and a doctorate in Luso-Afro-Brazilian Studies and Theory. The department also puts out its own publication and hosts conferences featuring scholars from around the globe. Since UMass Dartmouth’s Visual and Performing Arts Department is also one of its most respected, the campus abounds with theatre performance opportunities as well as student art galleries. Additionally, UMass has Business and Liberal Arts divisions as well as a division for the study of Education, Public Policy and Civic Engagement. Graduate programs are also available in a number of departments. Since UMass Dartmouth houses numerous research centers and institutes where scholarly conferences are held, the level of scholarship on campus is inspiring and stimulating. An application, transcripts, a personal essay and SAT scores are some of the materials prospective undergraduates will need to submit to admissions for consideration. Students who need assistance with paying tuition may apply for financial aid.

MetaSeismic is a Berkeley, California-based company focused on developing advanced metamaterial technology. This innovative approach provides ultra-compact solutions for impact and vibration dampening, offering significant improvements over traditional methods. By utilizing these cutting-edge materials, MetaSeismic aims to enhance performance while simultaneously reducing the carbon footprint associated with such technologies. The company's commitment to sustainability and efficiency positions it as a key player in the evolving field of material science.

At Strange Development we pride ourselves on the ability to provide CAD Design Services, Engineering, and Manufacturing all in house. We will develop, design, and provide you with all the necessary hardware needed to get your project up and running. Our core services, Prototype & Limited Production Manufacturing, CAD Design, Engineering Consulting, and Engine Testing can be custom tailored to fit your individual project needs.

ActiveMEMS is a technology startup to commercialize advanced MEMS technologies developed at the Wireless Integrated MicroSensing & Systems Center of the University of Michigan, Ann Arbor. Based on proprietary design and manufacturing innovations, ActiveMEMS aims to provide unique solutions for wireless sensing needs in a variety of applications, including smart industrial monitoring systems, vehicle instrumentation, smart buildings, and wearable devices. Our company is committed to development and commercialization of high-performance micro transducers and energy harvesters to address the needs of next generation energy-autonomous wireless sensors and IoT devices. To enable manufacturing of high-performance and low-cost energy harvesters and other micro electromechanical systems, ActiveMEMS is developing new microfabrication technologies for wafer-scale heterogeneous integration of high-quality smart materials into microsystems. Our core technology platform enables advanced solutions for not only energy harvesters but also a wide range of other applications, from high-resolution ultrasound transceiver arrays for biomedical imaging to micro-speakers, microphones and haptic-feedback transducers for mobile consumer electronics.

Manufacturer of wearable cooling apparel intended to offer cooling technology that cuts weight and increases cooling power. The company's proprietary, patent-pending technology synthetically manages the body's thermoregulatory function, enabling customers to reduce sweat and ensure moisture evaporation regardless of outdoor temperature and humidity.

Malachite Technologies, founded in 2010 and headquartered in San Francisco, California, specializes in providing fully integrated equipment and process services aimed at facilitating the transition of material science innovations from the laboratory to industrial applications. The company offers a comprehensive range of solutions, including the design and fabrication of ultra-high vacuum and atmospheric pressure chambers, as well as physical and chemical vapor deposition coating systems. Additionally, Malachite Technologies provides automated production systems and thin film analysis, among other related products and services. This enables clients to receive customized tools and process support efficiently, ensuring that they can implement their breakthroughs effectively in manufacturing environments.

Tennessee State University’s College of Engineering provides quality education in engineering, technology, mathematics, and computer science. It aims to produce graduates with technical competency and excellence, leadership skills, and a global life/language experience. Tennessee State University’s College of Engineering was founded in 1912.

University of Massachusetts Lowell is a high-ranking university, with several nationally recognized academic departments. Located about 30 minutes from Boston in Lowell, Massachusetts, UMass Lowell offers more than 100 degree programs at the undergraduate and graduate levels. UMass Lowell has several nationally recognized, research-oriented programs, including science and engineering. These programs undertake groundbreaking research and also provide exceptional work opportunities for its students and graduates. Other programs at UMass Lowell include liberal and fine arts, humanities, health-related programs, teacher education and social sciences. UMass Lowell also offers a range of internship opportunities for students who wish to gain experience in their field of study. Student life options at UMass Lowell include more than 100 diverse student organizations, leadership programs and community service opportunities. Lowell’s admissions policies are moderately competitive. Financial aid is available to eligible students through loans, academic scholarships and other sources to help cover tuition.

AdvancedMEMS develops MEMS-based solutions for bio-photonic imaging applications and offers MEMS and electronics R&D services. The company is headquartered in San Francisco, California.

Central Inventions brings powerful engineering techniques to the classrooms and machine shops where future engineers learn. Comprised of both engineers and teachers, the organization wants all students to have equal access to technology, starting with critical math and science literacy topics. Central Inventions also seeks to helps students see and understand the power of engineering to solve complex problems via actionable solutions.

Mechanismic provides after-school and camp programs, curricula, and tutorials for children using a robotics product. The company was founded in 2017 and is based in Saint James, New York.

FAU - College of Engineering and Computer Science is an academic college of Florida Atlantic University. It encompasses three academic departments and nine technical disciplines and offers 20 degree programs. The courses offered are presented on-campus, off-campus, and through distance learning in bioengineering, civil engineering, computer engineering, computer science, electrical engineering, geomatics engineering, mechanical engineering, and ocean engineering. FAU - College of Engineering and Computer Science was founded in 1965.

The University of Michigan, one of the largest universities in the Midwest, is highly regarded for its academic excellence, particularly in fields such as business, engineering, law, medicine, and the arts, including a notable musical theatre program. Its Stephen Ross School of Business is particularly recognized in national rankings. The university attracts a diverse student body, with over 40,000 undergraduate, graduate, and professional students enrolled. Additionally, the university manages a significant endowment that supports a diversified investment portfolio, including private equity, real estate, infrastructure, absolute return strategies, equities, and fixed income. The campus also fosters a vibrant cultural scene, highlighted by the annual Ann Arbor Film Festival, which showcases global filmmaking talents and contributes to the city’s reputation as a hub for cinema.

PC Krause and Associates (PCKA) was incorporated in the state of Indiana in 1983. After the successful completion of several small task-ordered contracts with government agencies and Midwest utilities, PCKA was starting to become recognized as an up-and-coming consulting company with highly-talented engineers. It is a high-tech company with a concentration of high-level expertise in the dynamics of electromechanical systems with particular emphasis on power-electronic-based systems of the types to be found in advanced aircraft, ships, and ground vehicles. The company has a well-established reputation for solving engineering challenges through the use of advanced modeling, simulation, analysis, and control techniques.

Parametric Studio is an Ed-Tech company specializing in engineering-centric, project based STEM software. We are a team of industry leaders, engineers, educators, artists, gamers, and makers that believe in the importance of STEM education. We believe in the power of gaming, engineering design, and project-based learning to catalyze STEM education and encourage the next generation of scientists, engineers, entrepreneurs, and leaders. Parametric Studio combines real tools with approachable interfaces, gaming, educational content, and hands on prototyping to create novel STEM solutions for the classroom, camps, or for home.

Enertia Microsystems commercializes inertial sensors for autonomous vehicles using microelectromechanical systems. The company was founded in 2014 and is headquartered in Ann Arbor, Michigan.

Micro-LAM, Inc. specializes in the manufacture of precision laser-focused cutting tools, notably the Micro-LAM Optimus T+1, a hybrid laser-diamond cutting system designed for ultra-precision machining of advanced engineered ceramics, semiconductors, glass, and metals. The company provides a range of services, including feasibility analysis, process development, system customization, and installation support, ensuring comprehensive solutions for its clients. Micro-LAM's technology is particularly beneficial for industries such as optics, aerospace, defense, semiconductor, and automotive, enabling efficient machining of hard and brittle materials. Founded in 2012, Micro-LAM is based in Portage, Michigan, and has evolved from its original name, Micro-Laser Assisted Machining Technologies.

Developer of a heat sink optimization platform designed to hybridize computational fluid dynamics. The company develops a compliant vapour chamber technology to eliminate thick thermal interface materials in the form of gap fillers and/or thermal grease in the aforementioned hardware, thereby using analytical, numerical, and experimental methods to consult on complex problems involving momentum, heat and mass transport phenomena.

Operator of a design and manufacturing company intended to build precision remedies to various fluid problems. The company's services include cutting-edge design remedies, prototyping, and precision manufacturing and products include PEEK 2 port, high-pressure reservoirs, and PEEK 3 port, enabling customers to solve their fluid flow and control problems.

MetaSeismic is a Berkeley, California-based company focused on developing advanced metamaterial technology. This innovative approach provides ultra-compact solutions for impact and vibration dampening, offering significant improvements over traditional methods. By utilizing these cutting-edge materials, MetaSeismic aims to enhance performance while simultaneously reducing the carbon footprint associated with such technologies. The company's commitment to sustainability and efficiency positions it as a key player in the evolving field of material science.

Louisiana Multi-Functional-Materials Group, established in 2016 and located in Baton Rouge, Louisiana, specializes in the manufacture of innovative sealants designed for transportation infrastructure. The company produces a two-way shape memory polymer-based smart material that effectively seals joints and cracks. This advanced material exhibits unique thermal properties, expanding when cooled and contracting when heated, which contrasts with the behavior of traditional construction materials such as cement and asphalt. This capability allows clients to address thermal damage by sealing cracks and filling joints, thereby enhancing the durability and longevity of transportation infrastructure.

Quest Thermal Group is a technology and product development engineering firm, specializing in the design and development of advanced thermal insulation systems. Quest Thermal focuses on developing and bringing to market advanced, next generation, structural thermal insulation solutions for aerospace and commercial applications. Their solutions achieve lower mass and enhanced thermal performance with discrete patented spacer technology. They are creative, inventive, capable engineers and scientists, with extensive thermal insulation expertise, R&D experience, and a product-centric vision. Quest Thermal has developed multiple advanced insulation systems, for aerospace and commercial applications. These customizable engineering solutions can be used for insulating spacecraft, launch vehicles, high turndown variable radiators, vapor cooling, ISRU liquefaction storage tanks, dewars, LNG carriers and tanks, and appliances such as refrigerators.Quest's high performance Integrated Multi-Layer Insulation (IMLI) is in space insulating the flight dewar for NASA's Robotic Refueling Mission 3 on the ISS, and is at TRL9. IMLI will fly on the NASA/Ball Aerospace Green Propellant Infusion Mission on the June 2019 Flacon 9 Heavy flight, and IMLI is in early design for the NASA Lucy spacecraft to Jupiter's Trojan asteroids. Quest Load Bearing MLI supported a Broad Area Cooled shield in the NASA Reduced Boiloff 2 experiment, and led to a successful test program aimed at achieving Zero Boil Off of cryogenic propellants.

systeMECH specializes in developing innovative and scalable manufacturing processes, particularly focusing on bonding and layer transfer technologies. Founded in 2011 by David Grierson and Kevin Turner, the company aims to commercialize advancements from research at the University of Wisconsin-Madison. Its core services revolve around creating small-scale manufacturing techniques for flexible micro- and nano-scale devices. systeMECH offers expertise in micro- and nanofabrication, emphasizing methods to fabricate advanced flexible electronics, photonics, MEMS, and semiconductor devices. By enabling the direct transfer of high-performance materials and devices to flexible substrates, the company supports researchers and innovators in enhancing their applications across various industries.

The College of Engineering was established as a joint program serving two universities in Tallahassee, Florida: The Florida Agricultural and Mechanical University, which received recognition from the National Academy of Sciences and the National Academy of Engineering in 2010 for ranking number one as the institution of origin for African Americans earning Doctorates in Natural Science and Engineering; and, The Florida State University which has gained worldwide recognition for its extensive graduate and research programs. Florida A&M University is an HBCU. The FAMU-FSU College of Engineering has been widely hailed for taking the initiative to create programs to align academic curriculum with industry needs. The College ensures that the students learn what they need to learn through quality teaching and research. All programs offered by the College have been accredited by the Engineering Accreditation Commission of ABET.

Mazdak International is a capsule pipeline technology company that specializes in deep dredging.

PAX Scientific, Inc. is an engineering research and product design company that specializes in addressing fluid-related industrial challenges. Founded in 1997 and based in San Rafael, California, the company primarily focuses on air-handling technologies, including fans and blowers, as well as marine hull designs. PAX Scientific also develops solutions for water and wastewater management and industrial mixing technologies. Its equipment is engineered to manage turbulence, reduce friction and noise, and enhance heat transfer, ultimately leading to tools that are more energy-efficient and resource-effective while delivering improved performance. The company markets its innovative fan designs through various licensees across industrial, domestic, computer, and automotive sectors.

DropWise Technologies specializes in advanced coating solutions designed to enhance efficiency in heat exchange systems, particularly for power plants. Founded in 2014 and based in Cambridge, Massachusetts, the company utilizes a unique vapor-based deposition process developed in collaboration with leading MIT labs. This innovative technology produces ultra-thin, durable coatings that significantly reduce fouling and corrosion, enabling power plants to generate electricity using less coolant water. The coatings are versatile, applicable in various sectors including power generation, desalination, HVAC/R, and chemical refining. By chemically grafting coatings to surfaces with nanometer precision, DropWise addresses the limitations of conventional liquid coatings, which are often too thick and ineffective. Their products not only improve heat transfer rates—up to seven times greater—but also provide protection against harsh environments, making them suitable for a wide range of industrial applications.

Maxterial, Inc. is a company based in Richmond, California, founded in 2015, that specializes in the development of superhydrophobic materials to address issues such as corrosion, biofouling, and ice formation. By modifying the surface shape or texture of materials, Maxterial employs an advanced coating technology that mimics natural strategies, like the self-cleaning properties of the lotus leaf. This innovative approach significantly reduces the contact area of objects and droplets with the material's surface, enhancing its resistance to environmental effects. The company's method is affordable and easily integrated into existing manufacturing processes, offering safer and more environmentally friendly solutions for industries seeking effective corrosion prevention and wear resistance without the use of hazardous chemicals.

Massachusetts Materials Technologies, founded in 2014 and based in Waltham, Massachusetts, is an MIT spin-off focused on transforming innovative ideas into commercially viable products in materials, mechanics, and manufacturing. The company specializes in nondestructive technologies that measure the strength and toughness of materials, particularly in the oil and gas sector. Its advanced instrumentation allows for the accurate assessment of the mechanical properties of pipelines without disrupting service or requiring pipe cutouts. This capability supports the energy industry in evaluating the integrity of natural gas pipelines, ensuring safety and efficiency in operations.

Lupine Labs specializes in the design, development, and integration of automated manufacturing processes. Thier expertise is in material science and machine automation, two skill sets that work well with cutting edge manufacturing. They work with manufacturing teams to develop and build production ready tools that push the limits of science and technology.

Malachite Technologies, founded in 2010 and headquartered in San Francisco, California, specializes in providing fully integrated equipment and process services aimed at facilitating the transition of material science innovations from the laboratory to industrial applications. The company offers a comprehensive range of solutions, including the design and fabrication of ultra-high vacuum and atmospheric pressure chambers, as well as physical and chemical vapor deposition coating systems. Additionally, Malachite Technologies provides automated production systems and thin film analysis, among other related products and services. This enables clients to receive customized tools and process support efficiently, ensuring that they can implement their breakthroughs effectively in manufacturing environments.

ThermoFlow Labs specializes in providing high performance and transforming capable technologies into solutions that meet the unique needs of their customers. The company is expected to grow into a competent research institute and manufacturer of insulation products.

PACE Advanced Water Engineering is a civil engineering company specializing in water engineering services.

PC Krause and Associates (PCKA) was incorporated in the state of Indiana in 1983. After the successful completion of several small task-ordered contracts with government agencies and Midwest utilities, PCKA was starting to become recognized as an up-and-coming consulting company with highly-talented engineers. It is a high-tech company with a concentration of high-level expertise in the dynamics of electromechanical systems with particular emphasis on power-electronic-based systems of the types to be found in advanced aircraft, ships, and ground vehicles. The company has a well-established reputation for solving engineering challenges through the use of advanced modeling, simulation, analysis, and control techniques.

The Berkeley Engineering Fund supports the University of California, Berkeley's College of Engineering by providing financial resources that enhance research, education, and student development. Established in 1931, the College of Engineering offers a diverse array of academic programs encompassing engineering, science, social sciences, arts, and humanities. The Fund plays a crucial role in facilitating various initiatives, including courses, lectures, and special events aimed at fostering public discourse and educating future leaders. Additionally, it offers essential services for students, such as academic advising, tutoring, career development opportunities, and guidance on degree requirements. Through its contributions, the Berkeley Engineering Fund enriches the educational experience and supports the advancement of engineering and related disciplines at UC Berkeley.

AE Machines specializes in developing human-centered software that simplifies the maintenance and updating of robotic automation systems. Their platform is designed for small to medium-sized businesses, allowing users to easily design and automate machine movements. By making automation accessible, AE Machines enables clients to enhance their operational efficiency and reduce costs associated with traditional automation methods. The company's focus on user-friendly design aims to streamline the implementation of automation in various business processes.

Developer of ultrahigh strength metals designed to offer plastics-like processability. The company offers custom components using amorphous metals, novel thermoplastic forming processes, bulk metallic glasses that belong to a class of materials that offer properties superior to steel, titanium, and aluminum alloys, and they exhibit unique processability, deliver precision, geometries, and specifications that surpass the capabilities of other metal manufacturing methods, enabling customers to develop new product designs, provide lightweight solutions, improve properties, miniaturize components, and enhance the structural integrity of products.

Levant Power Corporation is a Massachusetts-based automotive company.

PAX Scientific, Inc. is an engineering research and product design company that specializes in addressing fluid-related industrial challenges. Founded in 1997 and based in San Rafael, California, the company primarily focuses on air-handling technologies, including fans and blowers, as well as marine hull designs. PAX Scientific also develops solutions for water and wastewater management and industrial mixing technologies. Its equipment is engineered to manage turbulence, reduce friction and noise, and enhance heat transfer, ultimately leading to tools that are more energy-efficient and resource-effective while delivering improved performance. The company markets its innovative fan designs through various licensees across industrial, domestic, computer, and automotive sectors.

Massachusetts Materials Technologies, founded in 2014 and based in Waltham, Massachusetts, is an MIT spin-off focused on transforming innovative ideas into commercially viable products in materials, mechanics, and manufacturing. The company specializes in nondestructive technologies that measure the strength and toughness of materials, particularly in the oil and gas sector. Its advanced instrumentation allows for the accurate assessment of the mechanical properties of pipelines without disrupting service or requiring pipe cutouts. This capability supports the energy industry in evaluating the integrity of natural gas pipelines, ensuring safety and efficiency in operations.

The American Society for Engineering Education (ASEE) is a nonprofit organization dedicated to enhancing engineering and engineering technology education globally. It develops policies and programs aimed at improving professional opportunities for engineering faculty while promoting student enrollments in engineering disciplines. ASEE organizes conferences, workshops, and information sessions to raise awareness about the importance of engineering education. The organization offers a range of educational programs for high school, undergraduate, graduate, and post-doctoral students, along with scholarships, internships, memberships, and fellowships. Additionally, ASEE produces numerous publications focused on engineering education, including the monthly magazine Prism and academic journals like the Journal of Engineering Education and Advances in Engineering Education. Through its efforts, ASEE seeks to advance the teaching and learning processes in engineering and related fields, ultimately fostering the development of knowledge and skills in aspiring engineers.

Boston Metal is a technology company specializing in industrial-scale metal production solutions through its innovative Molten Oxide Electrolysis (MOE) process. Founded in 2012 as a spin-out from MIT, the company focuses on providing the metals industry with an efficient, cost-effective, and environmentally friendly method for producing various metals and alloys from diverse feedstocks. The MOE technology employs an electrolytic cell to convert raw iron ore into ferroalloys, which are essential for manufacturing specific grades of steel. Since its inception, Boston Metal has successfully scaled its technology by 1,000 times, producing thousands of kilograms of metal. The company is headquartered in Woburn, Massachusetts, where it operates its industrial development center.

C-Motive Technologies Inc., founded in 2012 and based in Madison, Wisconsin, specializes in manufacturing innovative electric motors that leverage electrostatic forces, a technology often referred to as "static cling." The company aims to revolutionize the electric motor industry by developing high-efficiency motors that are free of rare-earth metals, thereby addressing sustainability concerns. C-Motive's motors utilize lightweight metals, plastics, and dielectric materials to significantly reduce weight and improve efficiency, offering double the power at half the weight compared to traditional motors. With an efficiency rate exceeding 90% in direct drive applications, these motors are designed for a range of uses, including industrial applications, e-mobility, and renewable energy generation. The company's commitment to decarbonization positions it as a forward-thinking player in the evolving landscape of electric motor technology.

Plastic Flow is a computer software company that specializes in polymer extrusion software.

DropWise Technologies specializes in advanced coating solutions designed to enhance efficiency in heat exchange systems, particularly for power plants. Founded in 2014 and based in Cambridge, Massachusetts, the company utilizes a unique vapor-based deposition process developed in collaboration with leading MIT labs. This innovative technology produces ultra-thin, durable coatings that significantly reduce fouling and corrosion, enabling power plants to generate electricity using less coolant water. The coatings are versatile, applicable in various sectors including power generation, desalination, HVAC/R, and chemical refining. By chemically grafting coatings to surfaces with nanometer precision, DropWise addresses the limitations of conventional liquid coatings, which are often too thick and ineffective. Their products not only improve heat transfer rates—up to seven times greater—but also provide protection against harsh environments, making them suitable for a wide range of industrial applications.

systeMECH specializes in developing innovative and scalable manufacturing processes, particularly focusing on bonding and layer transfer technologies. Founded in 2011 by David Grierson and Kevin Turner, the company aims to commercialize advancements from research at the University of Wisconsin-Madison. Its core services revolve around creating small-scale manufacturing techniques for flexible micro- and nano-scale devices. systeMECH offers expertise in micro- and nanofabrication, emphasizing methods to fabricate advanced flexible electronics, photonics, MEMS, and semiconductor devices. By enabling the direct transfer of high-performance materials and devices to flexible substrates, the company supports researchers and innovators in enhancing their applications across various industries.

Developer of ultrahigh strength metals designed to offer plastics-like processability. The company offers custom components using amorphous metals, novel thermoplastic forming processes, bulk metallic glasses that belong to a class of materials that offer properties superior to steel, titanium, and aluminum alloys, and they exhibit unique processability, deliver precision, geometries, and specifications that surpass the capabilities of other metal manufacturing methods, enabling customers to develop new product designs, provide lightweight solutions, improve properties, miniaturize components, and enhance the structural integrity of products.

Developer of an online CAD tool intended to optimizes designs. The company's online CAD tool is accurate and enables self calibration, the performance control technology also enables devices to change their effective mass, damping, and stiffness on demand enabling students, researchers, and startups to facilitate a MEMS community of shared designs and compact models.

DropWise Technologies specializes in advanced coating solutions designed to enhance efficiency in heat exchange systems, particularly for power plants. Founded in 2014 and based in Cambridge, Massachusetts, the company utilizes a unique vapor-based deposition process developed in collaboration with leading MIT labs. This innovative technology produces ultra-thin, durable coatings that significantly reduce fouling and corrosion, enabling power plants to generate electricity using less coolant water. The coatings are versatile, applicable in various sectors including power generation, desalination, HVAC/R, and chemical refining. By chemically grafting coatings to surfaces with nanometer precision, DropWise addresses the limitations of conventional liquid coatings, which are often too thick and ineffective. Their products not only improve heat transfer rates—up to seven times greater—but also provide protection against harsh environments, making them suitable for a wide range of industrial applications.

REL, INC is a technology company with focus areas in material process development. REL develops advanced materials for high performance products, including lightweight brakes, insulation for NASA, armor and conformable natural gas tanks. Critical to the successful scale-up of material technology is the scale-up of process technology. REL develops it all in-house, the material and the process. This process equipment expertise leads to custom engineered equipment for casting, automation, test equipment and non-destructive testing.

Empire Robotics, Inc., founded in 2012 and headquartered in Boston, Massachusetts, specializes in advanced robotic technology, particularly flexible end-effectors that utilize the jamming phase transition of granular materials. The company's team comprises experts in soft robotics, materials science, and automation engineering, allowing them to serve a variety of sectors, including agile manufacturing, collaborative robotics, prosthetics, and mobile military applications. Empire Robotics develops products that facilitate secure grasping and manipulation of diverse objects, utilizing simple and cost-effective tools, thus enhancing efficiency across multiple technological fields.

Modular Robotics Incorporated, founded in 2008 and based in Boulder, Colorado, specializes in designing, manufacturing, and distributing robot construction kits aimed at children, hobbyists, and educational institutions. The company's flagship products include Cubelets, modular magnetic blocks that allow users to create various self-powered robots by simply connecting the blocks. These 40mm plastic cubes feature sensors, logic, and actuator components, enabling users to build robots that exhibit complex behaviors. Additionally, Modular Robotics offers MOSS, a construction system that utilizes steel spheres for connections, allowing users to create robots that can move and change form. The kits are intended to enhance logical reasoning and analytical skills in users by encouraging creative manipulation and experimentation with robotics.

General Engineering & Research, L.L.C. specializes in the development of nanotechnology-based systems for various applications, including clinical and industrial processes. Founded in 2009 and headquartered in San Diego, California, the company produces nano material suitable for polishing, drug delivery, and nano-sensor applications. Its offerings include GE&R Nano-Contact Release Capsules (nano-CRC) slurries used in chemical mechanical planarization (CMP), a range of silica products such as nanoparticles and microspheres, and magnetocaloric materials for magnetic refrigeration. Additionally, General Engineering & Research provides analytical services such as UV/Vis spectroscopy, scanning electron microscopy imaging, dynamic light scattering analysis, zeta potential analysis, and physical property measurements. The company's innovative research portfolio aims to enable clients to effectively utilize nanomaterials and enhance their operational processes.

Modular Robotics Incorporated, founded in 2008 and based in Boulder, Colorado, specializes in designing, manufacturing, and distributing robot construction kits aimed at children, hobbyists, and educational institutions. The company's flagship products include Cubelets, modular magnetic blocks that allow users to create various self-powered robots by simply connecting the blocks. These 40mm plastic cubes feature sensors, logic, and actuator components, enabling users to build robots that exhibit complex behaviors. Additionally, Modular Robotics offers MOSS, a construction system that utilizes steel spheres for connections, allowing users to create robots that can move and change form. The kits are intended to enhance logical reasoning and analytical skills in users by encouraging creative manipulation and experimentation with robotics.

C-Motive Technologies Inc., founded in 2012 and based in Madison, Wisconsin, specializes in manufacturing innovative electric motors that leverage electrostatic forces, a technology often referred to as "static cling." The company aims to revolutionize the electric motor industry by developing high-efficiency motors that are free of rare-earth metals, thereby addressing sustainability concerns. C-Motive's motors utilize lightweight metals, plastics, and dielectric materials to significantly reduce weight and improve efficiency, offering double the power at half the weight compared to traditional motors. With an efficiency rate exceeding 90% in direct drive applications, these motors are designed for a range of uses, including industrial applications, e-mobility, and renewable energy generation. The company's commitment to decarbonization positions it as a forward-thinking player in the evolving landscape of electric motor technology.

MAVRIC is a cross-campus multidisciplinary collaboration to study Autonomous Vehicles at the University of Michigan. MAVRIC represents a truly multidisciplinary approach to studying Autonomous Vehicles. Members of MAVRIC are from the School of Information, Department of Industrial and Operations Engineering, Department of Mechanical Engineering and the University of Michigan's Transportation Research Institute. MAVRIC's research has been sponsored by the U.S. Army Tank Automotive Research, Development and Engineering Center (TARDEC), Toyota Research Institute (TRI), MCity/Mobility Transformation Center.

MSP manufactures precision forged powertrain, driveline, chassis and other components for the automotive industry using cold and warm forging processes. It operates two manufacturing facilities in Oxford, Michigan and a third facility in Center Line, Michigan. MSP adds to AAM's product line a variety of transmission parts for platforms used in 30 passenger car and truck models, as well as 50 drivetrain and transmission shaft components used in passenger car and truck drivetrain systems. It diversifies AAM's customer base by adding new customers such as Meritor and Simpson Industries.

REL, INC is a technology company with focus areas in material process development. REL develops advanced materials for high performance products, including lightweight brakes, insulation for NASA, armor and conformable natural gas tanks. Critical to the successful scale-up of material technology is the scale-up of process technology. REL develops it all in-house, the material and the process. This process equipment expertise leads to custom engineered equipment for casting, automation, test equipment and non-destructive testing.

Micro-LAM, Inc. specializes in the manufacture of precision laser-focused cutting tools, notably the Micro-LAM Optimus T+1, a hybrid laser-diamond cutting system designed for ultra-precision machining of advanced engineered ceramics, semiconductors, glass, and metals. The company provides a range of services, including feasibility analysis, process development, system customization, and installation support, ensuring comprehensive solutions for its clients. Micro-LAM's technology is particularly beneficial for industries such as optics, aerospace, defense, semiconductor, and automotive, enabling efficient machining of hard and brittle materials. Founded in 2012, Micro-LAM is based in Portage, Michigan, and has evolved from its original name, Micro-Laser Assisted Machining Technologies.

Construction Robotics, LLC, founded in 2007 and based in Victor, New York, specializes in the design, development, and manufacturing of semi-automated masonry systems aimed at enhancing the construction industry. The company focuses on applying advanced technology alongside traditional manufacturing principles to improve construction processes. Its robotic products are specifically designed to assist masons with repetitive and physically demanding tasks, such as lifting and placing bricks. This innovation enables construction companies to boost productivity and efficiency while also enhancing the working conditions for laborers in the field. By integrating robotics into masonry work, Construction Robotics aims to transform the industry's operational dynamics.

Split Engineering LLC provides coarse rock fragmentation size measurement systems, software, and service. The company was founded in 1997 and is based in Tucson, Arizona. As of April 16, 2019, Split Engineering LLC operates as a subsidiary of Hexagon Mining.

Lupine Labs specializes in the design, development, and integration of automated manufacturing processes. Thier expertise is in material science and machine automation, two skill sets that work well with cutting edge manufacturing. They work with manufacturing teams to develop and build production ready tools that push the limits of science and technology.

Infinity Physics transforms cutting edge science into turnkey technologies.Their specialty in multi-physics research and development extends from high fidelity analyses to final designed hardware product lines. This capability extends from single component to integrated full system analysis, design, and test including controls and optimization with associated connection to physical hardware. Infinity Physics also comprises systems engineering and management, public and educational outreach, marketing and conference, and facility design capabilities.

Infinity Physics transforms cutting edge science into turnkey technologies.Their specialty in multi-physics research and development extends from high fidelity analyses to final designed hardware product lines. This capability extends from single component to integrated full system analysis, design, and test including controls and optimization with associated connection to physical hardware. Infinity Physics also comprises systems engineering and management, public and educational outreach, marketing and conference, and facility design capabilities.

MetalForming is a supplier of machinery focused on metal cutting and forming, catering primarily to the commercial sector. The company provides a diverse range of products, including portable and in-plant roll formers, sheet metal folders, shears, and various systems for coil processing, tapering, and cutting. In addition to manufacturing equipment, MetalForming offers software solutions, manufacturing execution systems, and consulting services aimed at enhancing operations in the metal building and roofing industries. By delivering advanced machinery and support, MetalForming helps clients optimize their job site and factory operations, ultimately increasing their operational efficiency and revenue.

Empire Robotics, Inc., founded in 2012 and headquartered in Boston, Massachusetts, specializes in advanced robotic technology, particularly flexible end-effectors that utilize the jamming phase transition of granular materials. The company's team comprises experts in soft robotics, materials science, and automation engineering, allowing them to serve a variety of sectors, including agile manufacturing, collaborative robotics, prosthetics, and mobile military applications. Empire Robotics develops products that facilitate secure grasping and manipulation of diverse objects, utilizing simple and cost-effective tools, thus enhancing efficiency across multiple technological fields.

Split Engineering LLC provides coarse rock fragmentation size measurement systems, software, and service. The company was founded in 1997 and is based in Tucson, Arizona. As of April 16, 2019, Split Engineering LLC operates as a subsidiary of Hexagon Mining.

Boston Micromachines Corporation develops microelectromechanical systems (MEMS)-based mirrors for commercial adaptive optical control systems. It offers deformable mirrors (DM), such as mini-DM for laboratory-scale adaptive optics and low-order wave front control applications; multi-DM for use in AO systems; kilo-DM; and adaptive optics kits for wave front correction applications. The company also provides adaptive optics, which include wave front sensors. In addition, it develops low power modulating retro-reflectors for the United States army. The company's products are used in astronomy, microscopy, laser control and beam shaping, medical discovery, defense, and retinal imaging applications. It serves manufacturers of optical imaging and communication systems, governmental agencies and contractors, and vision science research laboratories in the United States and internationally. Boston Micromachines Corporation was founded in 1999 and is based in Cambridge, Massachusetts.