Vermont State University’s undergraduate engineering, construction, and manufacturing tech programs are designed to equip you with real-world skills. Students work daily in cutting-edge engineering and manufacturing labs, using industry tools and technologies to bring concepts to life. This immersive approach ensures you're job-ready from day one.
Wide Range of Flexible Undergraduate Engineering, Construction, and Manufacturing Tech Programs
Connect with the admissions team to learn more about our engineering and manufacturing programs.
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Affordable Education with Financial Support
VTSU offers affordable tuition, making higher education accessible. A significant percentage of students receive financial aid, and VTSU provides assistance in identifying scholarships and grants to support your education.
Career-Focused Learning
VTSU’s engineering, construction, and manufacturing programs are designed to help you gain the knowledge, credentials, and confidence to advance your career. Ninety-nine percent of our engineering students are employed or continuing their education within six months of graduation, with many securing full-time offers before their last semester.
What makes it stand out:
Ideal for you if you want:
Engineers bridge innovation and implementation. This program equips students with the technical and leadership skills to design and build real-world solutions, offering hands-on labs, capstone projects, and optional concentrations in Manufacturing or Renewable Energy.
B.S. Mechanical Engineering Technology
Bachelor of Science
What you'll gain:
Rigorous hands-on training using the same state-of-the-art equipment found at top engineering schools.
Real-world experience through industry-sponsored capstone projects and personalized faculty mentorship.
In‑Person Plus format on the Randolph campus with online instruction for theoretical components.
A.E. Mechanical Engineering Technology
Associate of Engineering
This program equips you with essential skills in mechanical systems, CAD design, and manufacturing. It's ideal for those looking to jump into the workforce quickly and gain practical experience in mechanical engineering technology.
Training in mechanical systems design, CAD software, and advanced manufacturing.
Practical experience through hands-on projects, preparing you for immediate employment.
Core competencies in mechanical design and troubleshooting that apply across industries.
Ideal for you if you want:
Design the built environment. This integrated program teaches structural and mechanical systems, CAD skills, architectural design, and project management, with preparation for the Fundamentals of Engineering exam and Professional Engineer licensure pathway.
B.S. Architectural Engineering Technology
Bachelor of Science
What makes it stand out:
Applied knowledge of manufacturing systems design and operations.
Leadership and communication skills tailored to engineering teams.
Flexible online and in-person hybrid delivery for learning on your terms.
A.S. Architectural Engineering Technology
Associate of Science
The AS program equips you with the foundational skills to assist in architectural and engineering projects. Focus areas include building systems, drafting, and structural analysis, with a hands-on approach to modern building technologies.
A solid foundation in architectural design and engineering principles.
The ability to work on building design projects with proficiency in CAD and other industry software.
Preparation for entry-level roles in architectural and engineering firms.
Ideal for you if you want:
| Program | Degree/Pathway | Format | Licensure Focus | Ideal For |
|---|---|---|---|---|
| Mechanical Engineering Technology | Bachelor of Science (B.S.) | In-person + Online components | Mechanical design, CAD, and manufacturing systems | Aspiring mechanical engineers and manufacturing specialists |
| Manufacturing Engineering | Bachelor of Science (B.S.) | In-person + Online components | Manufacturing processes and systems design | Students seeking to manage manufacturing systems and optimize production |
| Architectural Engineering Technology | Bachelor of Science (B.S.) | In-person + Online components | Building systems, design, and integration | Students interested in architectural design and systems integration |
| Civil and Environmental Engineering Technology | Associate of Engineering (A.E.) | In-person | Civil infrastructure and environmental sustainability | Individuals interested in civil design, environmental planning, or sustainability |
| Electrical Engineering Technology | Bachelor of Science (B.S.) | In-person + Online components | Electrical systems, circuit design, and automation | Aspiring electrical engineers or those working with automation and power systems |
| Electromechanical Engineering Technology | Bachelor of Science (B.S.) | In-person + Online components | Electromechanical systems and robotics | Students interested in robotics, automation, or control systems |
| General Engineering Technology | Associate of Applied Science (A.A.S.) | In-person | General engineering skills for a variety of industries | Students seeking broad engineering knowledge or a stepping stone to a B.S. program |
| Mechanical Engineering Technology | Bachelor of Science (B.S.) | In-person + Online components | Mechanical design, CAD, and manufacturing systems | Students aiming to specialize in mechanical systems, design, or manufacturing |
| Mechanical Engineering Technology | Associate of Engineering (A.E.) | In-person | Mechanical systems and design engineering | Students looking for an entry point into mechanical engineering careers |
| 3D Technology Certificate | Certificate | Online | 3D modeling, digital fabrication, and prototyping | Anyone interested in entering the field of 3D modeling and fabrication |
Explore Your Engineering Path
B.S. Construction Management
Bachelor of Science
This program prepares you for a successful career in the construction industry, focusing on project management, scheduling, budgeting, and safety. Learn to manage teams and handle all phases of construction projects, from planning through execution.
Expertise in construction project management, including budgeting, estimating, and safety protocols.
Practical, hands-on experiences through internships and capstone projects.
The technical foundation to enter leadership roles in the construction industry.
A.A.S. Construction Management
Associate of Applied Science
This program prepares you for immediate entry into the construction industry with hands-on training in core areas like project planning, cost estimating, scheduling, and site safety. Designed for those who want to start working in the field sooner, this degree program focuses on practical skills and applied learning.
A strong technical foundation in construction management with opportunities for internships.
Hands-on learning in project scheduling, cost estimating, and legal aspects of construction.
Fast-track career preparation for a variety of roles in construction management.
A.E. Civil and Environmental Engineering Technology
Associate of Engineering
Engineers bridge innovation and implementation. This program equips students with the technical and leadership skills to design and build real-world solutions, offering hands-on labs, capstone projects, and optional concentrations in Manufacturing or Renewable Energy.
What makes it stand out:
Proficiency in civil infrastructure design, environmental sustainability, and planning.
Skills in using industry-standard software for environmental analysis and project design.
Entry-level preparation for positions in civil and environmental engineering.
A.A.S. General Engineering Technology
Associate of Applied Science
This program offers a broad-based engineering technology education, focusing on skills that apply across various sectors like manufacturing, robotics, and construction. Ideal for students seeking versatility in the engineering field.
What makes it stand out:
A flexible skill set in design, drafting, automation, and project management.
Hands-on experience in a variety of engineering disciplines, preparing you for diverse roles.
A strong technical foundation in engineering that prepares you for a variety of industries.
B.S. Electrical Engineering Technology
Bachelor of Science
Designed for those looking for a quicker path into the electrical engineering field, this associate program covers key concepts in electronics, systems integration, and electrical design. It’s ideal for those looking to pursue technical roles in electronics or electrical systems.
This program offers a deep dive into electrical systems, digital electronics, and circuit design. Learn both theory and practical application through extensive lab work and real-world projects.
What makes it stand out:
What you'll gain:
Core skills in electrical system design, troubleshooting, and circuit testing.
Hands-on experience through extensive lab work and local internships.
A strong foundation to enter entry-level positions in electrical engineering.
A strong foundation in electrical engineering concepts and systems design.
Practical lab experience working with circuits, systems, and software tools.
Skills to work in industries such as power generation, electronics, and automation.
A.E. Electrical Engineering Technology
Associate of Engineering
B.S. Electromechanical Engineering Technology
Bachelor of Science
This certificate program is designed for those interested in learning the latest in 3D modeling, printing, and digital fabrication techniques used in engineering, manufacturing, and design.
This program combines mechanical engineering principles with electrical engineering, giving you the skills to design, analyze, and maintain complex electromechanical systems used in industries such as robotics and automation.
What makes it stand out:
What you'll gain:
Proficiency in 3D modeling, CAD, and printing technology.
Hands-on experience with state-of-the-art 3D printers and manufacturing tools.
Skills in the rapidly growing field of digital fabrication and prototyping.
Expertise in both mechanical and electrical engineering systems.
Experience working with industrial automation, robotics, and complex control systems.
Skills to enter high-demand fields in electromechanics, automation, and manufacturing.
3D Technology
Certificate
Undergraduate Engineering & Manufacturing Programs
Vermont State University (VTSU) is Vermont’s public regional university, accredited by NECHE and formed through the unification of Castleton, Northern Vermont, and Vermont Tech. With over 100 career-focused programs and a growing suite of flexible online options, VTSU is committed to accessible, high-quality education.
About Vermont State University
Small state. Wildly ambitious.
You’re figuring out what’s next. Balancing school, work, or life. Vermont State is built for students like you—ready to move forward, chase your goals, and create your own path. That’s the State of Possibility.
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In-Person Plus
Enjoy the flexibility of taking some classes online while still having access to the full on-campus experience. It’s the best of both worlds.