Alternative Engineering Degrees for Future Aerospace Engineers
If you're looking to explore engineering fields before committing to a specific path, especially aerospace engineering, there are several degree programs that can help lay a strong foundation. This guide will explore some alternative engineering degrees that can prepare you for a future in aerospace, and how to navigate the transfer process to a university.
Exploring Diverse Engineering Paths
As you seek to enter an aerospace engineering program, it's worth considering other engineering disciplines that provide a solid base of knowledge. These programs, while not directly targeted at aerospace, can offer the skills and knowledge necessary to excel in this specialized field. Let's dive into some of these alternative engineering degrees:
Mechanical Engineering Technology
A Mechanical Engineering Technology program covers fundamental principles such as dynamics, thermodynamics, fluid mechanics, and materials science. These principles are crucial in aerospace engineering, where mechanical components are integral to the functioning of spacecraft and aircraft. This program can help you develop a deep understanding of the physical aspects of engineering, preparing you well for a future in aerospace.
Electrical Engineering Technology
Those interested in avionics and electronic systems would do well to consider a Electrical Engineering Technology program. This degree will equip you with the knowledge and skills needed to work with the electronics that power and control aircraft. With the increasing reliance on electronics in modern aircraft, this field offers a significant advantage when pursuing a career in aerospace.
Engineering Science
The Engineering Science degree is a broad program that covers foundational courses in various engineering disciplines. This flexibility allows you to choose the specific branch of engineering you're most interested in later. It provides a well-rounded education that can be easily transferred to a more specialized program, making it an excellent choice if you're unsure of your exact path in the field.
For students interested in the production aspect of aerospace engineering, a Manufacturing Engineering Technology program can be highly beneficial. This program focuses on the processes and technologies used in manufacturing, which is crucial for the design and production of aerospace components. Understanding these manufacturing techniques can provide a unique perspective and advantage when working on aerospace projects.
Computer Engineering Technology
With the increasing role of software and computer systems in aerospace technology, a Computer Engineering Technology program can be an invaluable addition to your skills. This degree will teach you about the hardware and software components that make up the systems used in modern aircraft and spacecraft. It will prepare you to work with the complex computing systems that are essential in aerospace engineering.
General Engineering
Some community colleges offer a General Engineering degree that provides a broad overview of engineering principles. This program can be particularly useful if you're interested in a career in aerospace but are unsure about the specific area of engineering you want to focus on. It allows you to study a wide range of subjects and specialize in a specific area later at a university.
Navigating the Transfer Process
Once you've chosen a program, the next step is to ensure that your courses will transfer to a university's aerospace engineering program. Check the transfer agreements between your community college and potential universities to ensure that your courses will be accepted. It's also wise to consult with an academic advisor from your desired university to gain tailored guidance based on your interests and goals.
While community colleges are often geared towards helping you transfer to a 2-year or 4-year engineering technology program, many engineering jobs are better suited to an Engineering Technology degree than an Engineering degree. Therefore, it's crucial to understand the specific requirements of the engineering technology programs and ensure you're preparing for the right path.
Planning Ahead and In-State Universities
For students in the Midwest, especially those in states like Ohio, Texas AM University is a strong contender. Understanding the transfer procedures and articulation agreements specific to this university is essential. By choosing an in-state university, you can save money and ensure that your community college courses will align with the university's requirements. Shopping for a community college with these specific agreements in mind can save you time and money while ensuring a smoother transition to a university.
Some students start at community college and then worry about transferring later, but this can be a backwards approach, especially if your aim is to become an aerospace engineer. If you plan the transfer process very carefully, you might save one year and $20,000 in tuition. However, if you mishandle the planning, you might lose valuable time and money with little to show in terms of credits. It's crucial to start the process with your eyes wide open.
Lastly, it's important to understand that using a community college to "repair" poor high school grades and then transferring into an engineering program with the expectation of succeeding is a long shot. Aerospace engineering is a tough and demanding curriculum, and it's not suitable for those who are not fully committed and prepared.