College of Engineering and Physical Sciences Resources

Explore Possibilities

Take a look at resources that offer an inside view of academic programs, student life, and career opportunities at UNH’s College of Engineering and Physical Sciences (CEPS). Whether you're planning your next steps or just getting to know UNH, these tools will help you picture your future as a Wildcat.

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Our students gain hands-on experience through research and internships, applying classroom knowledge to real-world challenges and preparing for successful careers in health and human services.

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In our most recent graduating classes, 95% of CEPS graduates reported they were employed or seeking further education, while 95% also reporting they were working in a field related to their major. These classes also had 77% of all students complete at least one internship while at UNH, nearly all of which are paid internships.

Our students enjoy a wide range of career successes, thanks to the diverse fields of study within the college. Here are some common career paths for CEPS graduates:

Engineering: Many CEPS students go into fields like civil, electrical, mechanical, or aerospace engineering. They might work for companies that design and build infrastructure, create innovative products, or develop advanced technologies. Recent landing spots for our graduates include Dell Technologies, Eversource, Department of Transportation, BAE Systems, Bristol Myers Squibb and Lonza.

Computer Science & IT: Our graduates can work as software engineers, data scientists, cybersecurity experts, or IT specialists in industries ranging from tech companies to healthcare and finance. Recent landing spots for our graduates include Apple, Liberty Mutual, Visa and Fidelity.

Environmental Science & Sustainability: Our graduates work in a variety of fields to include environmental consulting, renewable energy, or conservation efforts. Recent landing spots for our graduates include the Department of Environmental Sciences, U.S. Geological Survey and GEI Consultants.

Physics: Our graduates often pursue careers in research in sectors such as education, government or industries such as aerospace and technology. Recent landing spots for our graduates include Rocket Lab, John Hopkins Physics Lab and Raytheon Technologies.

Mathematics & Applied Math: Those studying math may become statisticians, analysts, or financial engineers, using their skills to solve problems in business, healthcare, government, and more. Recent landing spots for our graduates include K-12 school systems across New England, Fidelity, Lincoln Financial Group and MITRE.

Research & Development: Some of our graduates work in R&D for companies that are developing new products, technologies, or scientific breakthroughs. These roles could be in sectors like manufacturing, pharmaceuticals, or advanced materials. Recent landing spots for our graduates include DEKA, National Renewable Energy Lab, and Vertex Pharmaceuticals.

Academia & Teaching: Some students choose to continue their studies in graduate school and later pursue careers in teaching or academic research. UNH offers a variety of graduate and Ph.D. programs in science, mathematics and engineering, but our graduates have gone to some of the most prestigious institutions in the U.S.

In general, CEPS students have strong problem-solving, technical, and analytical skills, which open up a wide range of career opportunities across industries. Whether in tech, engineering, research, or environmental science, UNH CEPS graduates are well-prepared to tackle real-world challenges.

As a UNH CEPS student, you’ll have access to a variety of academic support resources designed to help you succeed throughout your studies. Here are some of the important ways you’ll be supported:

Academic Advising

Faculty & Professional Advisors: Each CEPS student is assigned an advisor either within the professional advising office or within their academic field. Advisors will help you plan your course schedule, provide guidance on career goals, and offer advice about research opportunities and internships.

Undeclared Advising Resources: The college has advisors and courses specifically for undeclared students to help them navigate choosing a major that aligns with their academic interests and career goals.

Tutoring & Academic Assistance

Mathematics Assistance Center (MaC): This is a peer tutoring facility open six days a week that provides math tutoring and support to all UNH students on first- and second-year mathematics courses. It is free to all UNH students and also has paid opportunities for those who want to be a peer tutor.

The Programming Assistance Center: This is a support center for students taking early programming classes in the Computer Science and Information Technology courses. Students can receive help on assignments from the class teaching assistants or from peer tutors.

Physics Help Center: This service provides support for first-year physics courses taken by most students in the college. It is staffed by the Physics faculty, graduate students, and Society of Physics Students. They help students with homework problems.

Center for Academic Resources & Connors Writing Center: These facilities employ educational counselors and peer mentors to assist UNH students to reach their academic goals. UNH also offers the Knack platform that helps connect students to tutors across a wide range of courses.

Research Opportunities

Innovation Scholars: This program is a unique, hands-on research experience designed specifically for first-year students and unlike any of our competitors. This program provides early exposure to innovative research by pairing students with faculty-led projects in specific cohorts to include advanced manufacturing, internet engineering, ocean and environmental sensing, biomaterials and patterns and symmetry. Students do their own original research and present it at our Undergraduate Research Conference.

Undergraduate Research Opportunities Program (UROP): As a CEPS student, you’ll have the chance to work on faculty-led research projects. This program allows you to gain hands-on experience in your field, collaborate with professors, and apply what you’ve learned in the classroom to real-world problems.

Research Labs: All departments within the college have research labs and opportunities to work hands-on with professor and graduate students on an array of research endeavors, including with partnerships such as NASA, the National Science Foundation, Department of Energy and more.

CEPS Makerspace: The CEPS Makerspace located in Kingsbury Hall fosters innovation and creativity in a shared space accessible to all through informal and formal experiential learning opportunities. The center will help students, staff, and faculty refine their ideas creations and engage in collaborative and entrepreneurial projects.

Career Development Workshops & Seminars

Career & Professional Success Office: The college has dedicated staff working with students beginning in the first year and remaining a life-long service post-graduation. Staff members visit all first-year classes and additional classroom touchpoints every year, while offering a professional STEM mentorship program, hosting Career & Internship Fairs each semester with 200+ employers present, offering one-on-one appointments and drop-ins, with focus on application materials, internship/job searching strategies, and interview preparation.

Access to Technology and Equipment

Computer Labs & Engineering Facilities: All CEPS students have access to state-of-the-art computer labs and engineering facilities, allowing you to work on projects and assignments with the latest technology and tools.

Software Licenses: UNH provides access to a variety of software programs needed for coursework and projects, including design software, coding tools, and scientific analysis programs.

Student & Professional Machine Shops: The college provides multiple machine shops to assist students with their research projects and competition team preparation. Students can take a course to be certified to use the professional machine shop.

Peer Support & Student Organizations

Academic Peer Mentors: The academic dean’s office offers peer mentorship opportunities for first-year students. These mentors can give advice on managing coursework, getting involved in clubs, and navigating university life.

CEPS Clubs and Organizations: Joining clubs and professional organizations not only helps you develop skills and meet peers but also provides informal academic support from fellow students.

Mental Health and Well-being Support

Counseling Services: Academic stress is common, and UNH provides mental health services to help students cope. Counseling services are available for stress management, time management, and personal challenges that might affect your studies.

Mindfulness & Wellness Programs: Workshops, mindfulness practices, and stress-reduction activities are also available to help you maintain balance between academic demands and personal well-being.

These resources are all part of the comprehensive support system that helps CEPS students succeed academically, get involved in hands-on learning, and prepare for their future careers. Whether you need help with coursework, want to explore research opportunities, or need guidance on professional development, UNH provides the tools and guidance to ensure you thrive.

As a UNH CEPS student, you’ll have access to a variety of internships, on and off campus, across different fields, giving you hands-on experience and helping you build a strong professional network thanks to the assistance of our Career & Professional Success office. Here are some examples of the types of internships you could pursue:

Engineering Internships

Mechanical Engineering Internships: Work with companies designing, testing, or improving mechanical systems, from robotics to manufacturing. Recent intern placements include Pratt & Whitney, Hitchnier Manufacturing and Sig Sauer.

Civil Engineering Internships: Intern with construction firms, city planning agencies, or environmental consulting firms, assisting with design, planning, and infrastructure projects. Recent internships include Appledore Marine Engineering, NH Department of Transportation and Portsmouth Naval Shipyard.

Electrical & Computer Engineering Internships: Assist companies in the development of electrical systems, working with anything from circuit design to energy solutions. Recent internships include Prime Power Inc., Until and Dell Technologies.

Aerospace Engineering Internships: Gain experience with aerospace firms, designing and testing aircraft, spacecraft, or propulsion systems. Recent intern placements include Space X, NASA and BAE Systems.

Computer Science & IT Internships

Software Development Internships: Work with tech companies to develop applications, websites, or software tools. Interns may assist in coding, testing, or deploying new software. Recent intern placements include the UNH Interoperability Lab, Oracle, and Silvercloud.

Cybersecurity Internships: Join a cybersecurity firm to help assess, test, and strengthen the security of IT networks and systems. Recent internships include the Department of Defense, Allegro Microsystems and Nextstep Healthtech.

Data Science Internships: Work with organizations in analyzing data to improve decision-making. This might involve using machine learning algorithms, data visualization, or statistical analysis. Recent intern placements include UKG, Fidelity, and Liberty Mutual.

Game Development Internships: If you're interested in video game design, you could intern at a game studio, working on development, testing, or game mechanics.

Environmental & Sustainability Internships

Environmental Engineering Internships: Work with environmental agencies, consulting firms, or nonprofits focused on solving environmental challenges such as pollution, water management, or waste disposal. Recent intern placements include NH Department of Environmental Safety, GZA GeoEnvironmental and Pennichuck Water Works.

Renewable Energy Internships: Join a company in the energy sector focused on wind, solar, or other renewable energy sources. You might help with system design, research, or installation. Multiple recent interns have been placed at the Shoals Marine Laboratory.

Conservation Internships: Work with environmental organizations, national parks, or wildlife conservation groups, assisting with research, habitat restoration, and sustainability efforts. Recent intern placements include Green Mountain Conservation and the Fullbright UK Summer Institute.

Physics & Physics Engineering Internships

Physics Internships: Work with companies or research organizations in areas like telecommunications, semiconductors, or medical physics. Recent internships include NASA, Smithsonian Center for Astrophysics, and the Jefferson Laboratory.

Physics Engineering Internships: Join industries such as healthcare or manufacturing, applying physics principles to develop new technologies or improve products. Recent intern placements include DEKA Research & Development, BAE Systems and Wilcox Industries.

Mathematics & Analytics Internships

Data Analyst Internships: Work with companies in industries like finance, healthcare, or tech, using your mathematical skills to analyze data, identify trends, and make recommendations. Recent internships include UKG, Liberty Mutual and Fidelity.

Mathematics & Statistics Internships: Intern with government agencies, research institutions, or private companies, assisting with statistical modeling, surveys, or quality control processes. Recent intern placements include MathWorks, Pfizer and Raytheon.

Internships with Government Agencies & Nonprofits

National Labs: Intern with government-funded research labs such as NASA, the Department of Energy, or the National Institutes of Health, helping with innovative scientific research or engineering projects.

Public Policy and Engineering: Work with local, state, or federal government agencies on projects related to infrastructure, environmental policy, or technology innovation.

Nonprofits: Get involved with nonprofit organizations that focus on engineering solutions for social impact, such as working on clean water initiatives, renewable energy projects, or disaster relief efforts.

Industry-Specific Internships

Healthcare Technology: If you're interested in the intersection of engineering and healthcare, you might intern with companies that design medical devices, healthcare systems, or technology solutions for the medical field. These are good fits for our students in biomedical options of electrical and computer engineering.

Automotive Industry: Interning with automotive companies can give you experience in product design, manufacturing processes, or testing, especially in fields like electric vehicles or autonomous driving.

Internships at UNH are often connected to industry partnerships, research projects, or career fairs, making it easier for you to find opportunities related to your major. These internships not only enhance your technical skills but also provide valuable networking opportunities that can lead to job offers after graduation!

As a UNH CEPS student, you’ll have the opportunity to get involved in a variety of research projects across engineering, computer science, physics, environmental science, and mathematics. These experiences can begin as soon as you first week on campus through our Innovation Scholars program (more below). Here are some examples of the types of research you might work on:

Engineering Research Projects

Renewable Energy & Sustainability: Research solar panel efficiency, wind energy optimization, or sustainable building materials in collaboration with UNH’s sustainability initiatives.
Autonomous Vehicles & Robotics: Programming, sensor integration, and AI for self-driving cars or robotic systems.
Biomedical Engineering: Assist in developing prosthetic devices, medical imaging technology, or wearable health monitors.
Advanced Materials & Nanotechnology: Study the properties of new materials for applications in aerospace, medicine, and manufacturing.
Structural & Civil Engineering: Analyze and improve building designs for earthquake resistance or smart city infrastructure.

Computer Science & Cybersecurity Research

Artificial Intelligence & Machine Learning: Work on AI-driven applications, including natural language processing, image recognition, and self-learning algorithms.
Cybersecurity & Data Privacy: Help develop new security protocols to protect networks, detect cyber threats, and improve encryption techniques.
Software Development & Optimization: Research new programming methodologies to improve efficiency and scalability of software applications.
Human-Computer Interaction: Study how people interact with technology and design user-friendly interfaces for software and hardware.

Physics & Astronomy Research

Quantum Computing & Quantum Mechanics: Research the applications of quantum algorithms and superconducting materials.
Astrophysics & Space Science: Work with UNH’s Space Science Center and Observatory to analyze cosmic radiation, planetary atmospheres, or deep-space exploration technology.
Optics & Photonics: Study how light interacts with materials for applications in fiber optics, lasers, and imaging systems.
Plasma Physics: Participate in fusion energy research to develop cleaner energy sources.

Environmental & Earth Sciences Research

Climate Change & Atmospheric Science: Work with the UNH Earth Systems Research Center to analyze weather patterns, carbon emissions, or climate resilience.
Water Quality & Marine Science: Study water pollution, aquaculture, or ocean ecosystem health through UNH’s coastal research programs and the UNH Storm Water Center.
Renewable Energy & Smart Grids: Research sustainable energy systems and how to integrate renewable energy into existing power grids.
Geospatial & Remote Sensing Research: Use satellite imagery to study environmental changes, urban development, or disaster response.

Mathematics & Data Science Research

Predictive Modeling & Machine Learning: Work on creating statistical models to forecast trends in finance, healthcare, or environmental science.
Cryptography & Data Security: Develop encryption algorithms to improve online security.
Operations Research & Logistics: Optimize transportation systems, supply chains, or business analytics using mathematical models.
Mathematical Biology: Use mathematical equations to model the spread of diseases, genetics, or ecological interactions.

Cross-Disciplinary & Industry-Sponsored Research

Smart Technology & IoT (Internet of Things): Develop smart home automation, wearable technology, or connected devices, including at the UNH Interoperability Lab.
Bioinformatics & Computational Biology: Use data science and computing to analyze DNA sequences or medical research.
Aerospace Engineering & Space Research: Work with NASA-funded projects to develop materials for spacecraft or study atmospheric entry physics.
Sustainability & Green Engineering: Research how to make industries more eco-friendly by improving waste reduction, water conservation, and energy efficiency.

Many of these research projects are supported by UNH’s Undergraduate Research Opportunities Program (UROP), faculty labs, and industry collaborations, so you’ll have plenty of chances to get involved and gain hands-on experience.

John Olson Advanced Manufacturing Center: The is facility immerses students in manufacturing technologies, providing them with hands-on experience utilizing state-of-the-art equipment and assisting companies trying to solve manufacturing challenges. There are paid internships available for students too.

UNH Interoperability Lab: This large lab allows students and employees to test networking and data communication products while working with some of the top technology companies in the world such as Dell, Texas Instruments and Apple.

Jere A. Chase Ocean Engineering Laboratory: This lab features large wave and engineering tanks that let students conduct research in ocean engineering, ocean mapping, ocean acoustics, marine robotics and hydrographic surveying. It also hosts UNH’s Center for Ocean Mapping.

Flow Physics Facility: This lab is the longest wind tunnel of its type in the world and is used by both students and faculty for areas such as wind turbines, aerospace and aerodynamics for running and cycling.

Why Choose CEPS?

Explore Our Spaces

UNH’s CEPS is home to a variety of research centers and institutes dedicated to innovation, technology, and scientific discovery. These hubs provide students with hands-on experience and opportunities to collaborate on cutting-edge projects that solve real-world engineering, computing, and physical science challenges.

View all CEPS facilities
Learning By Doing

We combine analytical thinking with hands-on innovation, equipping you to tackle complex challenges and drive advancements in science, engineering, and technology.
Learning By Doing

We combine analytical thinking with hands-on innovation, equipping you to tackle complex challenges and drive advancements in science, engineering, and technology.
Learning By Doing

We combine analytical thinking with hands-on innovation, equipping you to tackle complex challenges and drive advancements in science, engineering, and technology.
Learning By Doing

We combine analytical thinking with hands-on innovation, equipping you to tackle complex challenges and drive advancements in science, engineering, and technology.

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Frequently Asked Questions

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What sets the UNH programs in the College of Engineering and Physical Sciences apart from other institutions?

The inclusion of engineering, physical sciences, and the mathematical and computer sciences within a single college is unique. The organizational structure guarantees that students in these various disciplines will be engaged in coursework together and it lowers the barrier to interdisciplinary projects and co-curricular activity, which can be a springboard for professional success in today’s dynamic society. This structure mimics life after college, where the interactions between scientists, engineers, and mathematicians are at the foundation of discovery and development.

What are the class sizes and student-to-faculty ratio?

The overall student-to-faculty ratio in CEPS is 16-to-1. Introductory chemistry, mathematics and physics courses typically have lectures of more than 100 students, although these classes are broken into groups of 15 to 25 for laboratories and recitations. A few of the engineering departments have large (75-120) introductory courses (freshman and sophomore level), although as a student progresses to junior- and senior–level courses in all of the college’s programs, the class sizes are reduced dramatically.

What are the college-specific scholarship opportunities?

The college has awarded more than $900,000 in scholarships each year in recent years, with some of them listed here. The majority of this is used for continuing/returning students, primarily restricted in this way due to the wishes of the donor. Other restrictions regarding major, state of origin, etc., may also have been specified by the donor. Each year, the college announces the availability of scholarship support, and students are asked to apply for consideration. The money is then made available for the following academic year.

Are there any housing options available to CEPS majors?

Current CEPS students might be better suited to speak about the advantages of specific dorms/locales on campus. Handler Hall and Hubbard Hall are homes to InCEPStion, the living-learning community for incoming CEPS students. Approximately 50 students in CEPS majors are grouped together in each of these locations. Advantages include the opportunities to make connections with students in your classes and majors as well the reputation of being a serious and academically focused group of students.

What academic support is provided for students?

Close working relationships between faculty and students is a hallmark of a UNH education, and assistance in navigating the academic challenges is widely available, including through the Center for Academic Resources (CFAR). Other resources offered through the college include the Mathematics Center (MaC) and the Programming Assistance Center (PAC). The physics department and the chemistry department offer support services for introductory courses through peer tutoring and group problem solving models.

At the university level, the Center for Academic Resources (CFAR) employs educational counselors and peer mentors to assist UNH students reach their academic goals.

What are the best tips for work/school/life balance?

We recommend students limit themselves to joining two student organizations, in the first semester: one in any area of interest and one associated with professional growth that may be degree program related. More information on student organizations at UNH can be found here.

It’s helpful to find a group of friends who want to succeed academically as much as you do, as well as students who are in majors that require similar amounts of work outside of class. If this is not available in your dorm, find another place on campus to make your go-to study space.

Attempting to work at a job for more than 10 hours a week should be avoided. If it is necessary to work more than that amount of time, careful attention should be paid to course selection and schedule. Also, be sure to keep a calendar and reserve time for exercise.

We encourage all students to pursue the major they are passionate about, regardless of their gender.

What opportunities are there for CEPS students to study abroad?

There is a variety of opportunities to study abroad at UNH. The Education Abroad office offers a variety of options for UNH students to study abroad while at UNH. It is best to check with your department’s study abroad advisor, which can be found here. There are also a variety of research programs available on and off campus in the summer to include the International Research Opportunities Program (IROP), the Summer Undergraduate Research Fellowship (SURF) and more.

When do students have to declare a major?

University rules indicate that all students with greater than 64 credits (junior-standing) must have a declared major; however, it is strongly encouraged that CEPS students do not wait that long to do so.

As a freshman, should I declare a type of engineering or be undecided in engineering if I am unsure between multiple options?

We strive to work with undeclared students to provide them the appropriate courses for keeping their options open. If a student truly cannot decide, the undeclared option is the appropriate one, although there is great value in selecting a major and experiencing a supportive cohort.

Does every major in CEPS have an introduction class?

Yes. Each engineering major has an introductory class for its students. More information on course requirements can be found on the individual department’s website or in the UNH course catalog.

Is there a class for undeclared students, such as introduction to engineering?

Yes. TECH 400 is designed to give students the opportunity to learn about the various programs in the college and make connections with departmental representatives for further engagement.

How easy is it to switch majors?

Students wishing to switch majors can do so by completing an online form that is circulated to advisors and departments for the necessary signatures. Students are encouraged to have conversations with the targeted department prior to initiating the change. A conversation with an advisor in the new department is crucial to ensure that students understand and plan for potential challenges (required foundational courses, timing of sequential courses, etc.) associated with a new degree program.

If I declare a specific type of engineering degree program (electrical, mechanical, chemical, etc.) how easy is it to transfer to a different type?

The process is similar to the question above. A change in degree program the first year at UNH can typically be accommodated without serious implications with respect to your graduation date. A conversation with the department is key to understanding the nuances of the curriculum mapping. Engineering departments typically have predictor courses for students in the major. These are a set of courses that require specific grades prior to moving on to higher level courses. If a student wants to transfer into a department’s program, these predictor courses are typically reviewed. Completion of these predictor courses is frequently a requirement for transfer.

What is the robotics program like here?

There are multiple ways to be involved with robotics at UNH, including senior project teams, competition teams such as LunaCats or through research at the Olson Advanced Manufacturing Center. A strong research program in human-robot interactions is also a strength, led by faculty and student researchers in computer science and electrical and computer engineering.

How are the facilities in the College of Engineering and Physical Sciences?

We have worked diligently to provide first-rate facilities for all of the programs in the college. Almost all of the college’s buildings have been renovated within the past fifteen years, with the intent of providing students multiple opportunities for active learning. Significant investments have been made in laboratory spaces and equipment, computer clusters, instrumentation, and the CEPS machine shop in the past five years.

Where are the college’s academic programs located on the UNH campus?

Many of the college’s academic departments are housed in Kingsbury Hall, including civil and environmental engineering, computer science, electrical and computer engineering, mechanical engineering and mathematics. Parsons Hall is home to chemistry and materials science. Earth sciences is in James Hall, and the support staff and faculty members within environmental engineering are housed in Gregg Hall. DeMeritt Hall is home to physics and engineering physics.

What unique facilities are part of the College of Engineering and Physical Sciences?

The recently expanded Chase Ocean Engineering Laboratory features large wave and engineering tanks where students conduct research in ocean engineering, ocean mapping, ocean acoustics, marine robotics and more.

The Flow Physics Facility is the largest wind tunnel of its type in the world, allowing engineers and physicists to study aerodynamics in such areas as atmospheric wind over the ocean, wind turbine design or air flow around an airplane.

The John Olson Advanced Manufacturing Center allows students to work alongside faculty, researchers and industry partners to solve real-world problems in manufacturing, one of New Hampshire’s most important employment sectors.

A campus partner, the UNH InterOperability Laboratory, is one of the world’s leading test facilities for data networking. More than 100 CEPS students work at the lab to test data communications products in collaboration with some of the top technology companies in the world.

What are the research opportunities for each of the different majors?

The research opportunities vary across the degree programs within the College of Engineering and Physical Sciences, but they are available to students as early as their first year through the Innovations Scholars Program (see below). Every department (and major) includes faculty members who routinely work with undergraduate students in true research activities. The unique nature of the college also allows for dozens of interdisciplinary research opportunities where students can conduct research or compete on a team with students and faculty members from multiple degree programs and departments.

There are also a variety of research programs available on and off campus in the summer and beyond to include the Hamel Center for Undergraduate Research, International Research Opportunities Program (IROP), the Summer Undergraduate Research Fellowship (SURF) and more.

These opportunities are available in campus laboratories within our traditional academic buildings and in some of our other state-of-the-art research facilities such as the Olson Advanced Manufacturing Center, Chase Ocean Engineering Laboratory and the Flow Physics Facility, the longest wind tunnel of its type in the world. There are additional opportunities to conduct research off campus as well.

What is the Innovation Scholars Program?

The Innovations Scholars Program is a research driven introduction to the university for first-year students in the College of Engineering and Physical Sciences (CEPS). Students will be part of a cohort of students under the direction of a faculty member that guides them through a year-long research experience culminating in a presentation of research results at the Undergraduate Research Conference or equivalent activity. Participants will develop skills that will open doors of opportunity at UNH and more broadly, and experience the interconnectedness of UNH scholarly activity with UNH Innovation and UNH Career and Professional Success.

What are the research areas covered by Innovation Scholars?

There are currently four research topics, including advanced manufacturing, smart city technology, seacoast field science and ocean & environmental sensing. Each group works within a specific laboratory setting, including the Olson Advanced Manufacturing Center, Chase Ocean Engineering Laboratory and the UNH InterOperability Laboratory, to conduct their research. There may be additional options added in the future as the program is expected to grow.

Who can participate in the Innovation Scholars Program?

Participation in Innovation Scholars is available to any ambitious CEPS student interested in starting research in their first year to supplement the typical first-year curriculum.

What professionally oriented organizations are available to students in the college?

There are more than two dozen professional and other organizations within the college to include the Society of Women Engineers, the Society of Black Engineers, the American Society of Mechanical Engineers, and many more. There are opportunities to compete in competition teams such as the Lunacats, UNH Precision Racing, and more. Many of these teams travel to compete in a national competition against other universities.

How easy is it to connect with student organizations?

Most student organizations and groups affiliated with CEPS are open to all CEPS students. At the beginning of each academic year, the college hosts its annual CEPS Day, a cookout and community gathering in which CEPS-specific organizations are present to meet and recruit new members to their organizations. The following week, UNH hosts its U-Day, where more than 100 student organizations are on hand to provide information on their organization and recruit new members.

What are the career outcomes for recent CEPS graduates?

The data available for the class of 2020 shows that 93 percent of CEPS graduates are employed or enrolled in a graduate program and 94 percent of those who reported employment are working in a field closely related to their major within six months of graduation. Annually more than 200 companies partner with the Career and Professional Success team to recruit students for internships and full-time employment through both virtual and in-person events.

How students obtain internships?

The college has forged strong relationships with industry partners through its alumni network and the Career and Professional Success (CaPS) office. The college has full-time staff members dedicated to ensuring all students have access to engaging experiential learning opportunities. The CaPS team supports students with their internship search by assisting in preparation of resumes, cover letters, applications, and interviews, as well as offering assistance in how to search/apply for such opportunities. CaPS also brings hundreds of employers on campus to recruit student interns and encourages employers to post these opportunities in Handshake. Department staff and faculty members also receive intern requests from alumni that they share with students, providing a rich network with a variety of opportunities for students to consider.

The data available from the most class of 2020 shows that 80% completed at least one internship experience and more than one-third of those who reported an internship experience reported receiving a job offer from the internship employer. We also know that 95% of these experiences were reported as paid experiences.

Where do I go for assistance with Career Development?

The new Peter and Paula Vosotas Career Center, which opened in September of 2020, provides a central location for the entire suite of career services. It is located in Kingsbury Hall adjacent to the north lobby.

Are there any co-op opportunities?

While our college does not have a formal co-op program, we do support students in the process of obtaining valuable internship experiences over the summer. In fact, many students have more than one experience by the time they graduate, making them very competitive in today’s market. If a student is interested in exploring the possibility of an extended experience (Co-Op) they can connect with the Career and Professional Success team in CEPS (CaPS) and coordinate with their academic department to see if a co-op experience makes sense for their track.

Frequently Asked Questions

The Living Bridge engineers at UNH transformed an iconic bridge into a living laboratory that can self-diagnose and self-report a range of information about everything from the health of the structure to the environment around it. Watch how this innovative “smart” bridge is outfitted with a suite of sensors that provide information on structural performance, traffic patterns, weather conditions, sea level, and more.

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The John Olson Advanced Manufacturing Center provides students with hands-on training, engages with industry leaders and conducts research related to advanced manufacturing technologies. Watch Sohani Demian conduct research on a National Science Foundation grant in the center.

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Honors College students will have a dedicated living-learning community created specifically for high-achieving students on campus inside a renovated Huddleston Hall and in select residence hall spaces.
The Chemiluminescent Lab provides chemistry students the opportunity to learn more about chemical reactions and the relationship between fluorescein structure and the color of light produced. Watch students participate in this colorful classroom experience.

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Civil Engineering’s Materials Lab provides students with a hands-on experience of designing and testing materials for use in construction, maintenance and rehabilitation of civil infrastructure. Watch Kate Haslett’s experience conducting research in the lab.

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The UNH Interoperability Laboratory (IOL) provides internship and job opportunities for students who test networking and data communication products while working with the top technology companies in the world. Watch Dan Kirichock’s experience at the IOL and as an Innovation Scholar.

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The Unit Operations Lab provides chemical engineering students the opportunity to explore fluid mechanics, heat transmission, chemical reactions and separations. Watch Madison Wood utilize the lab for a research project.

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The Kingsbury Hall Student Project Wing has dedicated lab space for nearly a dozen different student projects, including the SAE Formula One Race team, which travels to race at Michigan International Speedway. Watch a previous team build their car and compete.

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The Chase Ocean Engineering Lab provides hands-on learning and research opportunities as the home base for ocean engineering students. Get a glimpse of all the exciting research opportunities on campus and beyond for students pursuing ocean engineering and related disciplines.

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Chemical engineering students gain hands-on experience on an array of systems in the unit operations lab, an important step in their career preparation for positions in industry.

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Oscany Rodriguez DeJesus

A first-generation college student, Oscany Rodriguez DeJesus ’21 attended Manchester Community College before transferring to UNH to major in mechanical engineering. Here, she quickly got hands-on experience through an internship at the state-of-the-art John Olson Advanced Manufacturing Center and received support from a special scholarship for students transferring from a community college.

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Hannah Miller

"I knew that civil engineering was something that could combine my passion for community, public service, math, science and the environment. I love the fact that my research has the potential to actually have an impact on communities. UNH has given me the confidence that I need to attack real-world problems. I believe that I can be a game-changer."

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Dan Kirichok

As an Innovation Scholar, Dan Kirichok '22 will present his year-long project at the UNH URC and is gaining valuable experience in the field he intends to work at the UNH Interoperability Laboratory. Dan feels inspired by University of New Hampshire Alumni mentors and is paired with an international student through Buddies Without Borders - bridging cultures, widening perspectives and building friendships.

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CEPS Internship

Mechanical engineering student Cornelis Plomp '22 and engineering physics student Trevor Cox '22 were part of the 80-percent of CEPS students that report participating in internships. Watch how each gained valuable hands-on experience as part of their summer internship experience at DEKA.

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CEPS Mentorship

Sierra Dahl '22, a civil engineering student, participated in the professional mentorship program offered by the Career and Professional Success office in CEPS that led to a rewarding internship opportunity with the New Hampshire Department of Transportation (NHDOT). Watch Dahl explain the impact the experience had on her.

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Rockin' Out in the Electronics Lab

Matt DiBiase '22, an electrical Engineering student, discusses how took his passion for playing guitar and turned it into his senior design capstone project by designing and building a digital guitar effect pedal.

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Internship & Scholarship Opportunities

Matt Hamilton '24, an electrical engineering student at UNH, was part of the first cohort of students participating in the Eversource internship/scholarship program. UNH students who participate in the program gain real-world experience through a paid internship and also receive a $2,500 scholarship for two years from Eversource.

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