2026 Best engineering Degree Programs Ranking in Vermont

What can I expect from engineering degree in Vermont?

The average cost of pursuing an engineering degree in Vermont typically ranges between $15, 000 and $40, 000 per year, depending on the institution and program level. For example, students attending the University of Vermont (UVM), known for its strong College of Engineering and Mathematical Sciences, can expect tuition fees on the higher end due to its comprehensive bachelor's and graduate offerings. Graduates report that the investment is offset by the hands-on experience, early research opportunities, and solid industry connections available through UVM's interdisciplinary approach.

Associate degree programs at Vermont State University are more affordable, averaging closer to $15, 000 annually, appealing to students prioritizing practical engineering technology skills with flexible delivery modes, including remote classes combined with in-person labs at campuses like Randolph and Williston. Graduates emphasize the value of these programs for entering the workforce quickly with applied skills.

Additionally, dual degree pathways such as the 3+2 program between Saint Michael's College and UVM involve a five-year commitment, which affects the total cost but allows a wider liberal arts foundation alongside engineering expertise, a mix appreciated by graduates who seek both breadth and specialization.

Where can I work with engineering degree in Vermont?

Graduates with engineering degrees from Vermont institutions like the University of Vermont and Norwich University often secure roles in manufacturing, environmental engineering, civil infrastructure, and quality assurance sectors across the state. Manufacturing hubs such as GLOBALFOUNDRIES in Essex Junction employ engineers in positions including Process Integration Engineer and Device Modeling Engineer, offering entry-level salaries typically ranging from $54, 000 to over $140, 000 annually.

Many graduates find rewarding careers in civil and environmental engineering with Vermont's Department of Environmental Conservation or local consulting firms, working on infrastructure projects and environmental compliance in cities like Montpelier and Barre. These roles provide a strong sense of contribution to the community's sustainability and safety.

The quality engineering sector also attracts recent graduates, with companies like Keurig Dr Pepper in Essex offering co-op and full-time roles focused on improving manufacturing standards and processes. Burlington and Essex Junction remain central to Vermont's industrial and technological employment landscape, providing access to hundreds of job listings via platforms such as Indeed and ZipRecruiter.

How much can I make with engineering degree in Vermont?

Graduates with engineering degrees in Vermont can anticipate competitive salaries that reflect their specialization and local market strengths. For example, mechanical engineers from well-known institutions such as the University of Vermont typically earn around $105, 220 annually nationwide, closely matching Vermont's local average of about $110, 790 per year. This salary allows graduates to enjoy a comfortable lifestyle within the state's moderate cost of living.

Electrical engineering alumni often report starting salaries near $90, 526, with mid-career professionals reaching approximately $117, 680 annually. This progression supports growing financial confidence as they gain practical experience in Vermont's expanding tech and manufacturing sectors.

Civil engineers from colleges like Norwich University usually see earnings near $101, 160 per year, which is encouraging for those pursuing infrastructure and development roles statewide. Industrial engineering graduates perform similarly, with average salaries around $103, 150 per year, reflecting steady demand in logistics and efficiency-oriented industries.

Many Vermont engineering graduates share that these salary prospects positively impact their decision to study locally, knowing they can quickly begin rewarding careers aligned with their fields of passion and skills.

How long does it take to complete engineering degree in Vermont?

Completing an engineering degree in Vermont typically spans four years for full-time students enrolled in bachelor's programs. For instance, graduates from the University of Vermont's Bachelor of Science in Engineering often finish by completing a minimum of 128 credit hours, gaining a strong interdisciplinary foundation within this timeframe. Similarly, individuals attending Vermont State University's Electromechanical Engineering Technology program, which is ABET-accredited, also complete their degrees in four years when studying full time.

Part-time enrollment is a common choice for students balancing work or personal commitments. These students, especially at Vermont State, may take about six years to finish the same Electromechanical Engineering Technology degree, finding this flexibility invaluable for managing responsibilities while progressing steadily.

Graduate engineering students experience longer timelines, with master's programs averaging five years, professional doctorates seven years, and PhDs extending to nine years. Graduates frequently express satisfaction with the achievable timelines and practical focus; Vermont State reports a 100% job placement rate within six months post-graduation, reflecting strong program outcomes and student motivation.

Industry Partnerships and Internship Opportunities

Vermont engineering programs distinguish themselves through robust partnerships with local and national industries, offering students invaluable co-op and internship experiences that bridge classroom theory with real-world application. Institutions like the University of Vermont and Vermont Technical College maintain formal agreements with leading firms in renewable energy, aerospace, and biomedical sectors, ensuring a steady pipeline of hands-on opportunities. Many students engage in semester-long co-ops at companies such as Keurig Dr Pepper, GE Aviation, and local engineering consultancies, gaining direct exposure to project workflows, professional collaboration, and industry-standard tools. These placements not only reinforce technical competencies—such as CAD modeling, finite element analysis, and process optimization—but also cultivate soft skills in communication, teamwork, and time management. Moreover, students participating in internship programs often receive mentorship from seasoned engineers, who provide constructive feedback on design projects and career guidance. This mentorship has proven instrumental in converting internships into full-time offers: recent data shows that over 60% of co-op participants secure employment with their host organization upon graduation. For those pursuing cutting-edge disciplines like computer vision, Vermont’s industry connections extend to tech startups and established firms, offering specialized roles in machine learning, image processing, and autonomous systems. Prospective applicants can learn more about the industry trajectory and how many years to become a computer vision engineer to plan their internship roadmap strategically. Through these structured partnerships and immersive work experiences, Vermont engineering students emerge not only with strong academic credentials but also with a competitive advantage in the job market.

What's the difference between online and on-campus engineering degree?

On-campus engineering degrees in Vermont, such as those at the University of Vermont and Norwich University, emphasize direct interaction through hands-on labs and group projects. Graduates often highlight the value of engaging face-to-face with faculty and peers, which enhances learning and problem-solving skills. For instance, students at the University of Vermont benefit from early access to undergraduate research and design challenges, which creates a dynamic and immersive educational experience. These programs typically require four years of full-time study, fostering strong community connections and networking opportunities.

In contrast, online engineering degrees, like the Civil Engineering program at Norwich University, offer flexibility for working professionals or those with other commitments. However, fully online bachelor's degrees in engineering remain limited within Vermont, with most options available only at the graduate level or from out-of-state schools. While online study reduces commuting and campus fees, some online programs charge tuition comparable to on-campus options, impacting cost savings.

Both modes maintain ABET accreditation standards, ensuring credential recognition and professional licensure eligibility are consistent regardless of format.

Additional Resources and Next Steps

Prospective engineering students in Vermont can benefit from a dedicated section that outlines clear, actionable steps beyond rankings and program details. This section provides insights into what to do next, from arranging campus visits to connecting with current students and alumni. It also recommends utilizing available online tools and resources to help tailor their decision-making process. By considering these additional steps, you can ensure a seamless transition from research to application: • Schedule campus visits and virtual tours to experience the academic environment firsthand, clarifying questions about facilities and student support services. • Engage with current students and alumni through virtual forums or social media groups to gain candid insights into daily life, academic challenges, and career support. • Review detailed guides on application strategies, scholarship deadlines, and financial planning tips that can help you navigate admission processes with confidence. • Explore comprehensive resources on program affordability; for instance, check out our guide on the affordable engineering school in vermont which offers additional insights on budget-friendly options. Taking these proactive steps not only refines your search process but also strengthens your overall application, ensuring that your choice aligns with both your academic and financial goals.

What is the average cost of engineering degree in Vermont?

The average cost of an engineering degree in Vermont reflects a balance between in-state affordability and the higher tuition rates seen at private institutions or for out-of-state students. Data indicates the median total cost for an engineering degree in Vermont is around $60, 104. However, Vermont residents benefit from significantly lower median in-state tuition fees, typically near $18, 890, offering a much more manageable financial commitment for local students pursuing engineering degrees.

Graduates from prominent Vermont institutions, such as the University of Vermont, often report that while tuition fees form the bulk of expenses, additional costs related to lab fees, specialized software, and certification exams can also impact overall spending. These extra fees, though sometimes overlooked, are an essential part of the total expenses for Vermont engineering programs due to the hands-on nature of the coursework.

For residents, choosing in-state public universities usually means a more reassuring financial outlook, with many students able to mitigate costs through state grants, scholarships geared toward STEM fields, and federal aid. This combination helps students feel more secure about investing in their future in engineering. Conversely, out-of-state or private university attendees face costs that can exceed $170, 000 for an engineering degree, a figure that challenges many but is offset by the value of specialized programs and networking opportunities.

Students interested in accelerating their education may also explore options like 1 year graduate programs, which can present an alternative financial and time-saving pathway within engineering disciplines.

What financial aid is available to engineering degree students in Vermont?

Engineering students in Vermont benefit from multiple financial aid options that help manage the significant costs of their education. A critical first step is completing the FAFSA, which unlocks access to federal grants like Pell Grants, providing up to $7, 395 annually, and federal direct loans, both subsidized and unsubsidized. Graduates from the University of Vermont or Vermont Technical College often recall how these grants eased tuition burdens during challenging semesters.

Vermont residents can also apply for the Vermont State Grant via VSAC, a need-based grant specifically designed to cover tuition and educational expenses. Many engineering students at Vermont State University share how the combination of state and institutional scholarships played a pivotal role in their academic success. For instance, UVM awards over $180 million annually in scholarships and grants, often requiring both merit and financial need, which many engineering students successfully leverage.

Specialized scholarships for engineering, such as the Abraham Shapiro Memorial Scholarship at Vermont Technical College, reward high academic performance and faculty endorsements. Work-study programs further allow students to earn income through campus jobs, alleviating financial stress. Additionally, some loan repayment programs incentivize graduates to work full-time in Vermont, reinforcing positive community ties after graduation.

Emerging Specializations and Future Trends

Vermont’s engineering programs are evolving to include cutting-edge fields that align with industry demand and technological innovation. Beyond traditional disciplines, many institutions now offer specialized coursework in artificial intelligence (AI), machine learning, and data analytics. For example, the University of Vermont has recently introduced an AI and robotics concentration within its Computer Engineering department, allowing students to work on projects ranging from autonomous drones to smart manufacturing systems. Another rapidly growing area is computer vision, where engineers design systems that process and interpret visual data for applications in healthcare, agriculture, and transportation. Hands-on labs teach image processing, pattern recognition, and neural network deployment, preparing graduates for roles in both research and industry. Prospective students curious about the pathway into this field can explore how many years to become a computer vision engineer and what curriculum milestones to expect. Environmental sustainability remains a cornerstone of Vermont’s engineering identity, with programs in renewable energy engineering, green manufacturing, and water resource management. Collaborative research centers—such as the Vermont Center for Sustainable Technologies—offer undergraduates and graduates the chance to engage in interdisciplinary projects that address climate resilience and energy efficiency. By embracing these emerging specializations, Vermont engineering graduates are well-positioned to lead in high-growth sectors, equipped with both foundational expertise and forward-looking skills.

What are the prerequisites for enrolling in engineering degree program in Vermont?

Prospective engineering students in Vermont must have a strong foundation in mathematics and laboratory sciences. The University of Vermont (UVM) requires completion of four years of math, covering Algebra I and II, Geometry, Trigonometry, or Precalculus. This ensures students are well-prepared for rigorous engineering coursework relying heavily on math concepts. Additionally, applicants must complete one year each of chemistry and physics with lab components, providing essential hands-on experience critical for engineering success.

Graduates from UVM often emphasize how these prerequisites helped them confidently tackle complex engineering problems and projects during their studies. Beyond STEM, four years of English language studies are mandatory to hone communication skills, vital for teamwork and technical reporting in engineering roles.

At Vermont State University, mechanical engineering technology students must maintain a minimum 3. 0 GPA, underscoring the importance of consistent academic performance. International applicants face additional requirements, such as achieving a TOEFL score of 90 or higher, ensuring language proficiency supports their academic progress.

Return on Investment of Engineering Degrees in Vermont

Analyzing the return on investment (ROI) for an engineering degree in Vermont involves comparing program costs, average graduate earnings, and debt repayment timelines. On average, Vermont engineering students incur total tuition and fees ranging from $35,000 to $45,000 per year, depending on residency status and institution. With graduates reporting mean starting salaries between $90,000 and $115,000, most students can expect to recoup their educational investment within five to seven years. Key factors influencing ROI include tuition discounts, scholarship awards, and program duration. For example, students who leverage merit-based scholarships or explore highly ranked affordable programs—such as those listed in our Low Cost Engineering Degree Programs Ranking in the West—may reduce their total debt burden by up to 30%. When evaluating programs, prospective students should calculate their anticipated monthly loan payments against expected entry-level salaries to estimate a clear payback period. Beyond pure financial metrics, strong industry partnerships and cooperative education opportunities further enhance ROI by providing paid internships and co-op positions. Institutions like the University of Vermont partner with leading firms in renewable energy and manufacturing, allowing students to earn stipends while gaining hands-on experience. Graduates who complete two or more paid internships have reported securing full-time positions with starting bonuses, accelerating their debt repayment and boosting long-term career earnings. To maximize ROI, students should: - Compare net costs (tuition minus grants/scholarships) across in-state and out-of-state options - Factor in living expenses and potential part-time earnings - Leverage career services to secure internships and early career placement By conducting a thorough ROI analysis, prospective engineers in Vermont can make data-driven decisions that align educational investment with future earning potential.

What courses are typically in engineering degree programs in Vermont?

Engineering degree programs in Vermont consistently include a rigorous foundation of mathematics and science courses. For example, students in the 3+2 program at Saint Michael's College start with Calculus I, General Chemistry, and Introduction to Engineering, progressing to advanced courses like Calculus III and Differential Equations in their early years. This approach ensures graduates build a solid analytical base before specializing.

At the University of Vermont (UVM), Mechanical Engineering students encounter core courses such as Thermodynamics, Fluid Mechanics, and Machinery Analysis, which foster both deep understanding and practical skills. These subjects are vital for tackling real-world design challenges, from optimizing energy systems to developing sustainable manufacturing processes. Graduates often reflect positively on how these courses prepare them to innovate under pressure.

Meanwhile, Vermont State University's Mechanical Engineering Technology program emphasizes hands-on learning through labs focusing on Design Communication and Manufacturing Processes. Students engage with practical projects weekly, gaining experience with materials science, fluid mechanics, and kinematics, which builds confidence for industry roles quickly.

Electrical Engineering Technology at Vermont State includes Electronic Circuits and Microcontroller Techniques, blending theory with intensive lab work that sharpens troubleshooting skills in real-time electrical systems.

What types of specializations are available in engineering degree programs in Vermont?

Engineering degree specializations in Vermont cover core disciplines aligned with both national standards and the state's industrial needs. Students at institutions like the University of Vermont (UVM) can choose from Civil Engineering, focused on sustainable infrastructure; Mechanical Engineering, which supports Vermont's manufacturing sectors; and Electrical Engineering, encompassing power and telecommunications. Environmental Engineering is also prominent here, reflecting Vermont's strong conservation values through projects addressing renewable energy and water quality. Additionally, Computer Engineering programs integrate electrical engineering with computer science, meeting demands in the growing technology sector.

Graduates from Vermont engineering programs with specialization options often highlight the value of hands-on learning and industry connections at UVM, which enhance their preparedness for careers in regional markets. While tuition averages approximately $18, 000 annually for in-state students, some specializations may incur additional costs due to specific lab requirements.

To broaden their career opportunities, students sometimes explore online degrees or programs beyond Vermont. For those weighing options, exploring certifications for jobs that pay well alongside their degree can provide a competitive edge.

How do you choose the best engineering degree in Vermont?

When choosing the best engineering degree programs Vermont offers, focus first on the available disciplines such as civil, electrical, mechanical, and environmental engineering. Graduates from Norwich University and the University of Vermont often highlight how selecting a program aligned with Vermont's emphasis on sustainable infrastructure and green technologies helped them feel connected to their career goals and local impact. Accreditation by ABET is essential, ensuring your degree meets national industry standards, which both leading Vermont institutions provide.

Evaluating engineering degree cost and value Vermont students encounter is critical. With annual tuition ranging from about $20, 000 at public schools to over $40, 000 at private universities, graduates recommend a close look at tuition combined with living expenses and potential financial aid. Internship opportunities in Vermont's renewable energy projects, often facilitated by universities, provide vital hands-on experience that enhances confidence and employability.

Data-driven decisions also involve inspecting graduation rates and job placement statistics to assess likelihood of success. For a broader perspective on degree value, consider consulting rankings of top earning bachelor degrees, as this can influence your long-term return on investment.

What career paths are available for engineering degree students in Vermont?

Graduates with an engineering degree in Vermont find diverse career paths aligned with the state's industrial strengths. Popular roles include civil engineering positions working on infrastructure such as roads and bridges, which remain in steady demand. Mechanical engineering offers opportunities connected to Vermont's manufacturing sector, where graduates contribute to designing and producing machinery. Environmental engineering careers are notably promising, reflecting Vermont's focus on sustainability and clean water projects. Electrical engineers support both traditional power systems and the fast-growing renewable energy industry within the state. Additionally, software engineering roles are expanding, bolstered by emerging technology firms.

Students from the University of Vermont often highlight hands-on internships that directly lead to local job placements, demonstrating the practical connection between education and employment. These experiences not only enhance skills but also encourage confidence and optimism about entering the regional workforce. The competitive annual salaries ranging from $75, 000 to $90, 000 offer reassurance of a viable career. Exploring options for affordable education is vital; students frequently refer to resources like best inexpensive online colleges to complement their studies in Vermont's home institutions.

Those seeking engineering career opportunities in Vermont benefit from professional networks, including societies and cooperative education programs. Many graduates report that these connections are key to securing fulfilling positions with meaningful impact in both established companies and innovative start-ups.

What is the job market for engineering degree in Vermont?

The engineering job outlook in Vermont remains positive, driven by steady demand in sectors such as manufacturing, technology, and renewable energy. Graduates from popular universities and colleges in Vermont often find promising roles in fields like civil, mechanical, and environmental engineering. For example, many new engineers benefit from Vermont's growing renewable energy projects that expand opportunities specifically for electrical and environmental engineers. Local employers, ranging from small consultancies to larger aerospace firms, contribute to this stable employment environment.

Engineering graduates report satisfaction with Vermont's balance of cost and opportunity. While tuition varies between $10, 000 and $20, 000 annually for in-state students, the median salary around $80, 000 supports a favorable return on investment. Students sometimes explore dual university programs to enhance their skills and improve employment chances post-graduation. Understanding these trends and Vermont's specific demand can help students form realistic expectations and career plans aligned with regional growth.