What is Aerospace engineering?
The department of mechanical and aerospace engineering offers an aerospace engineering program. You will use the laws of physics and mathematics to solve problems related to spacecraft and aircraft flight in planetary atmospheres and surrounding areas of space when studying aerospace engineering. Perhaps you’ll create rockets, missiles, or space shuttles. You might create a V/TOL (vertical/ take-off and landing) aircraft, a UAV, or a military, transport, or general aviation aircraft. (unmanned aerial vehicle). You could create a spacecraft that goes to Mars or another far-off planet.
Objectives of the Missouri Aerospace Engineering Program
The primary educational goal of the aerospace engineering program is to prepare graduates for careers in the field of aerospace engineering and related fields, as well as for advanced graduate degrees within three to five years of graduation.
The following professional achievements are specifically anticipated of program graduates within five years of their graduation:
- They work for businesses, governments, universities, or as independent practitioners.
- They have proven their worth and are successfully advancing the field of aerospace science, technology, or engineering.
- They discovered that Missouri provided them with excellent career preparation through their education.
Outcomes of the Aerospace Program:
Graduates of the Missouri aerospace engineering program ought to be able to:
- Ability to use engineering design to produce solutions that meet specific needs while taking into account public health, safety, and welfare as well as local, national, international, social, environmental, and economic factors. ability to identify, formulate, and solve complex.
- Engineering problems by applying engineering, science, and mathematics principles.
- A capacity for effective communication with a variety of audiences.
- An aptitude for understanding ethical and professional obligations in engineering situations and
- For making defensible decisions that must take into account the effects of engineering solutions
- In global, economic, environmental, and societal contexts.
- An aptitude for working well in a group where the participants take on leadership roles, foster
- Inclusivity and collaboration, set goals, organize tasks and achieve objectives.
- The capacity to design and carry out appropriate experiments, analyze and interpret data, and draw conclusions using engineering judgment.
- The capacity to learn new information when necessary and apply it in appropriate ways.
Best Aerospace Engineering Schools in Missouri
| Institution | Category | Location | website |
|---|---|---|---|
| Parks College of St Louis University | University | 3450 Lindell Blvd | https://www.slu.edu/science-and-engineering/index.php |
| Mechanical and Aerospace Engineering | University | https://engineering.missouri.edu/academics/mae/ | |
| University of Missouri College of Engineering | College | Lafferre Hall, W1024 | http://engineering.missouri.edu/ |
| Aerospace Engineering | University | 3450 Lindell Blvd | |
| School of Science and Engineering | Engineering school | 801 E 51st St | |
| Washington University in St. Louis - McKelvey School of Engineering | Engineering school | One Brookings Drive, CB 1100 | http://engineering.wustl.edu/ |
| Missouri University of Science and Technology | Public university | Parker Hall, 106, 300 W 13th St | http://www.mst.edu/ |
| Engineering Management | University | 600 W 14th St | http://emse.mst.edu/ |
| Industrial & Manufacturing System Engring | College | 3437 E Lafferre Hall | http://engineering.missouri.edu/imse/ |
| Saint Louis University | Private university | 1 N Grand Blvd | https://www.slu.edu/ |
| University of Missouri | University | · | https://missouri.edu/ |
| Missouri S&T | College | 1201 N State St | http://www.mst.edu/ |
| Missouri State University | Public university | 901 S National Ave | https://www.missouristate.edu/ |
| Washington University in St. Louis | University | 1 Brookings Dr | https://wustl.edu/ |
| University of Central Missouri | Public university | 116 W South St | http://www.ucmo.edu/ |
| Washington University School of Medicine | Medical school | 660 S Euclid Ave | http://medicine.wustl.edu/ |
| Saint Louis University | University | 1402 S Grand Blvd | http://www.slu.edu/ |
| Ozarks Technical Community College | College | 1001 E Chestnut Expy | http://www.otc.edu/ |
| University of Missouri-Kansas City | University | 5000 Holmes St | http://www.umkc.edu/ |
| Toomey Hall | University | 400 W 13th St | http://mst.edu/ |
Fields in which aerospace engineer works
- You can work on issues with wind effects on buildings and structures, wind energy harnessing, or environmental pollution of the air and water. You may face challenges in designing a variety of transportation systems, such as high-speed vehicles, urban rapid transit systems, and underwater craft.
- Your professional training in aerospace engineering will be focused primarily on the fundamental understanding of aerospace science and will be generally geared toward the analysis and design of aerospace vehicles, such as aircraft, missiles, and spacecraft.
- Your basic education in the fields of aerodynamics, dynamics, stability and control, structures, and propulsion, as well as the connections between these disciplines, will help you achieve your goals. This information will be put to use when you design, construct, and test-flight aerospace systems.
How to build a career in Aerospace engineering?
The time is now if you’ve always wanted to pursue a career in aerospace engineering. There is a constant need for qualified professionals in the industry due to new advancements in the industry.
In Missouri, three institutions provide both a Bachelor’s and a Master’s degree in this area.
- One school is in Rolla and two are in Missouri. Although it varies for residents and non-residents, the average tuition price in this area is about $17,100 per semester.
- Additionally, you can anticipate the average class size in the state being 12 students, which gives you plenty of opportunity to interact with your professors.
- Obtaining a Bachelor’s degree in aerospace engineering is the first step in starting a career in the field.
- This requires four years of full-time, intensive study; however, your time in school could last up to five years, depending on your elective choices. To graduate, you must earn at least 120 credits.
- You can anticipate challenging courses in various engineering specialties throughout your academic career.
- They are made to help you gain experience in the areas of this field’s research, testing, and development. You might enroll in classes like Aerospace Fundamentals, Aerospace Design, and Aerospace Structural Dynamics, among others.
- You should prepare to spend a lot of time in the engineering lab at your school. These hours will be used to work independently, collaboratively, or in front of professors.
- You can experiment with different materials separately or in combination to see how they interact.
