WHAT ARE AERONAUTICAL AND SPACE ENGINEERING?
Do you enjoy flying? Are you constantly interested in how an airplane works and soars through the sky? If the answer is “Yes!” then studying aerospace/aeronautical engineering might be the right choice for you. Let us guide you through the course and any potential surprises.
Aerospace engineers are employed by a large number of aviation manufacturing companies in Malaysia to perform maintenance on various types of aircraft. An aerospace course would prepare you to create and implement various manufacturing systems for a specific kind of aircraft, create maintenance schedules, and meet production targets while managing a group of engineers on the factory floor. Due to the job’s high level of technicality, extensive on-the-job training may be necessary.
Workfram for aerospace engineers
In terms of aeronautics, the coursework emphasizes
- Aircraft engine research,
- Vertical takeoff,
- Landing systems (for drones or helicopters),
- And aeroacoustics and noise issues.
The design-build-fly (DBF) capstone project that students must complete to complete the semester requires them to construct their own remotely piloted vehicles.
By the time they graduate, students will be able to formulate and address new technical issues in their chosen discipline using the fundamentals of engineering analysis and design.
WHAT DO YOU NEED TO STUDY IN Aerospace Engineering
- With at least a Credit in THREE (3) subjects—including mathematics—and a Pass in the English Language, a diploma pass SPM is required.
- Bachelor’s Degree
- A minimum C grade in two subjects from the list of Biology, Chemistry, Physics, and
- Mathematics/Additional Mathematics at the SPM/GCE O-Levels or an equivalent examination.
- A minimum C grade in mathematics or additional mathematics, one science subject, and two other subjects from the GCE A-Levels.
- Students pursuing a master’s degree should have a bachelor’s degree in engineering with a minimum cumulative GPA of 3.0 or 2.75 or a bachelor’s degree in the sciences with a minimum cumulative GPA of 3.25 or 3.0.
- It is preferred that candidates have at least three years of work experience in the field.
- Students are exposed to various facets of the aerospace industry through the aerospace engineering program. Students will have the chance to discover which area of engineering best suits their interests, skills, and passions.
SKILLS FOR THIS COURSE
- Excellent with numbers
- Like any other engineering discipline, aerospace engineering necessitates a solid understanding of numbers. It really does involve solving a lot of numerical issues! Therefore, you should start exercising!
- Good Logical Thinking Ability As a student of aerospace engineering, you will need to comprehend many theoretical ideas. Therefore, you will be able to understand the concepts more clearly if you have good logical thinking skills.
Possess a talent for practical work
As an aerospace engineer, your theoretical knowledge is essential, but most of what you learn and do will involve a practical, hands-on approach up until you start working. As a result, you must be proficient with both books and tools.
Best Aerospace Engineering Schools in New Haven
| Institution | Category | Location | website |
|---|---|---|---|
| School of Engineering & Applied Science | College | Dunham Laboratory, 10 Hillhouse Ave | http://yaleseas.com/ |
| Albertus Magnus College | College | 700 Prospect St | http://www.albertus.edu/ |
| Engineering and Science University Magnet School | High school | 500 Boston Post Rd | http://esumsnh.net/ |
| Barnard Environmental Science & Technology School (B.E.S.T) | Elementary school | 170 Derby Ave | http://barnardbest.org/ |
| University of New Haven | University | 300 Boston Post Rd | https://www.newhaven.edu/ |
| New Haven Aviation Center | Flight school | 50 Thompson Ave | https://www.hvnac.com/ |
| ACES Educational Center for the Arts | High school | 55 Audubon St | http://www.aces.org/ |
| L.W. Beecher | Art school | 100 Jewell St | https://www.beechermuseummagnet.org/ |
| Yale University | University | +1 203-432-4771 | http://www.yale.edu/ |
| New Haven Academy | High school | 444 Orange St | http://www.newhavenacademy.org/ |
| John S. Martinez School | School | 100 James St | |
| John C. Daniels School | Middle school | 569 Congress Ave | https://www.johncdaniels.org/ |
| Directed Studies | University | ||
| CREC Academy of Aerospace and Engineering | Engineering school | 1101 Kennedy Rd | https://aaen.crecschools.org/ |
| CREC Academy of Aerospace & Engineering Elementary School | Elementary school | 7 Gardner Wy | https://aae.crecschools.org/ |
| Fairfield University School of Engineering | University department | Bannow Science Center, Bellarmine Road | http://www.fairfield.edu/engineering |
| CREC Academy of Science and Innovation | High school | 600 Slater Rd | http://asi.crecschools.org/ |
| Pratt & Whitney Engineering Building | Aeronautical engineer | https://newsroom.prattwhitney.com/2017-11-11-Pratt-Whitney-Unveils-New-Engineering-and-Technology-Center-on-its-East-Hartford-Campus | |
| Fairchild Wheeler Interdistrict Multi-Magnet Campus | High school | 840 Old Town Rd | https://www.bridgeportedu.net/fwc |
| Fairfield University | Private university | 1073 N Benson Rd | http://www.fairfield.edu/ |
Opportunities in aerospace engineering
Students at the Academy of Aerospace and Engineering have exceptional opportunities to pursue studies in the sciences, engineering, biomedicine, advanced mathematics, and aerospace. This multicultural learning community is encouraged to think critically, work through issues, and succeed.
A mentoring program involving regional engineering and medical firms, career symposiums with leadership speakers from STEM companies, internship programs, and professional classroom instruction are added enhancements to the high-quality, practical curriculum.
Here, we insist on giving students equal opportunities to acquire the knowledge and self-assurance necessary to thrive in the demanding and constantly evolving 21st-century job market.
Direct Route
- Students in the Academy of Aerospace and Engineering’s elementary school’s fifth grade can choose a direct pathway to enroll in the school’s sixth grade.
- You must submit an on-time 2023–24 RSCO online application with the Academy of Aerospace and Engineering as your top preference in order to be considered for this direct pathway placement.
- This report, titled “School Report Card,” was created by the Connecticut State Department of Education (CSDE) and contains details on student enrollment, academic performance, and teacher and student diversity, among other things.
Career Prospects
The program provides students with collaborative spaces and equipment of the highest quality for practical learning. These sources consist of:
- Wind tunnels are available at the Pratt & Whitney Turbomachinery Laboratory for testing movement, speed, and airflow.
- a large-scale cascade tunnel for turbomachinery
- Layer boundary tunnel
- tunnel at low speed with six axes of force balance
- water level
- Materials and structures testing equipment
- instruments controls
- Experimental setups for heat and fluids
Also has strong connections to NASA and Pratt & Whitney. Numerous members of our esteemed faculty have worked on research projects at NASA research facilities.
