Introduction
Degree in Aeronautical Engineering with a Bachelor of Science from Southern New Hampshire University. You will have the chance to use the knowledge and theories you learn in class in practical, real-world situations through this program. You’ll create projects from conception to completion and increase your confidence and skill in your ability to solve engineering design issues.
In order to produce the next generation of engineers, New Hampshire has modeled its engineering programs after the international CDIO initiative, which is “an innovative educational framework that stresses engineering fundamentals set in the context of Conceiving, Designing, Implementing, and Operating real-world systems and products.”
Effective communication skills.
The thorough education required to comprehend how engineering solutions will affect society, the economy, the environment, and the world at large.
- An understanding of the value of and aptitude for lifelong learning.
- An understanding of modern issues.
- The aptitude required for using contemporary engineering methods, abilities, and tools.
- Working knowledge of flight mechanics, stability, control, propulsion, and aerodynamics.
- Design proficiency that incorporates aeronautical topics.
Aerospace Engineering in New Hampshire
Affordability. This program’s goal is to increase access to higher education. Because of this, their universities are one of New Hampshire’s most reasonably priced private, nonprofit universities.
accessible professors. Learn from highly qualified faculty members who engage with you in the classroom, dining hall, fitness center, and anywhere else you need them. They are authorities in their fields.
Opportunity. Utilize our extensive alumni network and solid relationships with employers to find internship and job opportunities.
Program’s Educational Goals
The BS Aeronautical Engineering program is preparing graduates to achieve the following career and professional accomplishments within a few years of graduation:
Using the knowledge and problem-solving abilities they acquired in the Aeronautical …
- Engineering program, they can pursue professional careers in Aeronautical Engineering or other disciplines.
- Increasing accountability in management or technical areas.
- Confirmation from their peers and managers that they are valuable and effective team members.
- Increasing judgment and sensibility when taking societal and global contexts and effects into account when making engineering decisions.
- Expansion of their interpersonal, professional, and personal skills, as well as participation in lifelong learning activities, including, for some graduates, post-graduate study.
- Involvement in work-related and other volunteer activities that benefit society and industry.
Best Aerospace Engineering Schools in New Hampshire
| Institution | Category | Location | website |
|---|---|---|---|
| Thayer School of Engineering at Dartmouth | Engineering school | 15 Thayer Dr | https://engineering.dartmouth.edu/ |
| Jere A. Chase Ocean Engineering Laboratory | University | 24 Colovos Rd | http://marine.unh.edu/contact-us |
| Daniel Webster College | College | 20 University Dr | |
| CHI Aerospace | Flight school | 58 Durham Street Hangar 212 | http://www.chiaerospace.com/ |
| Rivier University | Private university | 420 S Main St | http://www.rivier.edu/ |
| Southern New Hampshire University | University | 2500 N River Rd | https://www.snhu.edu/ |
| New England Aeronautics Inc. | Flight school | 93 Perimeter Rd | http://www.newenglandaeronautics.com/ |
| University of New Hampshire | University | 105 Main St | http://www.unh.edu/ |
| UMass Lowell Francis College of Engineering | College | 1 University Ave | https://www.uml.edu/engineering/ |
| Physical Sciences Inc. | Aerospace company | 20 New England Business Ctr Dr | http://www.psicorp.com/ |
| TURBOCAM Inc. | Manufacturer | 38 Redemption Rd | http://www.turbocam.com/locations |
| Recreation Management and Policy | University department | 108 Hewitt Hall, 4 Library Way | https://chhs.unh.edu/recreation-management-policy |
| Northeastern University College of Engineering | College | Snell Engineering Center, 360 Huntington Ave | https://coe.northeastern.edu/ |
| CREC Academy of Aerospace and Engineering | Engineering school | 1101 Kennedy Rd | https://aaen.crecschools.org/ |
| University of Massachusetts Lowell | Public university | 220 Pawtucket St | http://www.uml.edu/ |
| College of Engineering | University | https://www.umass.edu/engineering/ | |
| CREC Academy of Aerospace & Engineering Elementary School | Elementary school | 7 Gardner Wy | https://aae.crecschools.org/ |
| MIT Department of Aeronautics and Astronautics | University department | 125 Massachusetts Ave | http://aeroastro.mit.edu/ |
| Air Force and Aerospace Studies | University department | 37 Institute Rd | https://www.wpi.edu/academics/departments/air-force-aerospace-studies |
| Harvard John A. Paulson School Of Engineering And Applied Sciences | University | Science and Engineering Complex, 150 Western Ave | https://www.seas.harvard.edu/ |
What will you learn in aerospace engineering?
With a degree in aeronautical engineering, you can visualize your success.
When you apply to Aeronautical Engineering program, you commit to a broad range of courses that will give you a better understanding of the industry as a whole.
The knowledgeable faculty is committed to assisting you in realizing and directing your educational and employment goals down the road to a prosperous career in the sector.
Course facilities
Our courses are made to give you the knowledge and abilities you need to advance. Employers have emphasized in recent years the need for graduates with higher order skills, or those that go beyond technical knowledge, like:
- Writing
- Communication
- Analysis
- finding solutions
General education courses are required of all bachelor’s degree candidates. Students learn to think critically, creatively, and collaboratively through foundation, exploration, and integration courses, giving them the edge employers seek.
The capacity to design flight test strategies, carry out in-flight experiments, and then evaluate, interpret, and report the data.
- Training Programs for Your Career
- The bachelor of science in the aeronautical engineering program at SNHU entails:
- General education courses that count toward a degree
- Program for General Education
Program Results in
- A capacity for applying math, science, and engineering knowledge.
- A capacity for experiment design and execution, data analysis, and interpretation.
- The capacity to create systems, parts, or processes that satisfy requirements while taking into account practical constraints like those related to the economy, the environment, society,
- Politics, ethics, health and safety, and manufacturing.
- A capacity for multidisciplinary teamwork.
- An aptitude for recognizing, formulating, and resolving engineering issues.
- An awareness of one’s moral and professional obligations.
Internships and Results
Students who complete the SNHU Aeronautical Engineering program will be able to apply engineering principles in real-world situations. You might be prepared to enter the workforce in various civilian and military aviation professions after completing this program.
You can establish yourself as a valuable asset to businesses in your field by developing a thorough understanding of the issues that aeronautical engineers deal with on a daily basis and being able to use your knowledge and skills to solve them. Regardless of whether you want to work in the public, private, or even the military, this program will help you get there.
