Applied Engineering Technology Degree Programs Overview

An Applied Engineering Technology program equips you with the skills and knowledge essential for solving real-world engineering problems. This program focuses on the practical application of engineering principles in various industries.

Key aspects of the program include:

  • Hands-On Learning: Experience a curriculum designed to provide extensive hands-on training, allowing you to engage with the latest technologies and tools used in the engineering field.

  • Interdisciplinary Approach: Benefit from a blend of engineering concepts and practical skills, covering areas such as electronics, mechanics, and computer systems, preparing you for diverse career paths.

  • Industry-Relevant Projects: Work on real-world engineering challenges through projects that simulate industry conditions, enhancing your problem-solving and critical-thinking abilities.

  • Technical Proficiency: Gain technical expertise in key areas like design, testing, and maintenance of engineering systems, enabling you to contribute effectively after graduation.

  • Collaboration and Teamwork: Participate in group projects that foster collaboration, teaching you how to work effectively with others in a professional environment.

  • Innovation and Creativity: Develop innovative thinking skills by engaging in design and development processes, encouraging you to create solutions that meet industry demands.

This program is designed to prepare you for a rapidly evolving landscape in engineering technology, emphasizing adaptability and continuous learning.

Types of Applied Engineering Technology Degree Programs

Upon completing an Applied Engineering Technology program, you can obtain several types of degrees or certificates, depending on your academic and career goals. Here are the common options:

  • Associate Degree in Applied Engineering Technology

    • Typically a two-year program offered by community colleges and technical schools.
    • Provides foundational knowledge and skills in areas such as electronics, mechanical systems, and manufacturing processes.

  • Bachelor's Degree in Applied Engineering Technology

    • A four-year degree that offers a more in-depth study of engineering principles, technology integration, and project management.
    • Equips students with advanced skills in specialized areas, preparing them for leadership roles in engineering and technology fields.

  • Certificate in Applied Engineering Technology

    • Shorter programs that focus on specific skills or areas of study within engineering technology.
    • Ideal for professionals looking to enhance their qualifications or pivot into a new area of expertise.

  • Professional Certification

    • Offered by various professional organizations, these certifications validate expertise in specific technologies or methodologies.
    • Examples include certifications in project management, quality control, or specific software used in engineering applications.

  • Master's Degree in Applied Engineering Technology

    • A graduate degree for those seeking advanced knowledge and research opportunities in engineering technology.
    • Prepares graduates for higher-level positions in management or specialized technical roles.

Choosing the appropriate program depends on your current educational background, career aspirations, and the specific skills you wish to gain in the field of Applied Engineering Technology.

Best Schools Offering Applied Engineering Technology Degree Programs In U.S. 2024

#1Rogers County

Rogers State University

Claremore, OK

Available Degree Programs:
#2Johnston County

Johnston Community College

Smithfield, NC

Available Degree Programs:
#3Walker County

Sam Houston State University

Huntsville, TX

Available Degree Programs:
#4Wilkes County

Wilkes Community College

Wilkesboro, NC

Available Degree Programs:
#5Berkeley County

Blue Ridge Community and Technical College

Martinsburg, WV

Available Degree Programs:
#6Allegheny County

Carnegie Mellon University

Pittsburgh, PA

Available Degree Programs:

Typical Applied Engineering Technology Degree Program Courses

In an Applied Engineering Technology program, you will engage with a variety of courses designed to equip you with practical skills and theoretical knowledge. Here are the typical categories of courses you can expect:

  • Fundamentals of Engineering
    Covers essential engineering principles, including statics, dynamics, and thermodynamics.

  • Mathematics for Engineering Technology
    Focuses on applied mathematics, including calculus, algebra, and differential equations relevant to engineering calculations.

  • Engineering Drawing and CAD
    Teaches techniques in engineering drawing and computer-aided design (CAD), emphasizing the creation and interpretation of technical drawings.

  • Materials Science
    Explores the properties and applications of various materials, including metals, polymers, and composites.

  • Electronics and Circuit Analysis
    Introduces the concepts of electrical circuits, including analysis techniques and components like resistors, capacitors, and inductors.

  • Fluid Mechanics
    Covers the principles of fluid behavior and mechanics, focusing on applications in systems like pumps and piping.

  • Thermal Systems
    Provides insight into heat transfer, thermodynamics, and thermal system design relevant to engineering applications.

  • Manufacturing Processes
    Discusses various manufacturing techniques, including machining, welding, and additive manufacturing, alongside quality control methods.

  • Control Systems
    Examines the fundamentals of control theory, including feedback systems and automation technologies.

  • Project Management
    Focuses on project planning, execution, and management principles tailored for engineering projects.

  • Sustainability in Engineering
    Introduces sustainable practices in engineering design and development, with an emphasis on environmental considerations and resource efficiency.

  • Internship or Capstone Project
    Offers practical experience in a real-world setting or a comprehensive project that synthesizes learning across your coursework.

These courses are designed to prepare you for the diverse challenges you will face in the field of Applied Engineering Technology.

How To Choose The Best Applied Engineering Technology Degree Program

Selecting the right school for your Applied Engineering Technology program is an important step in your educational journey. Consider the following factors to make an informed decision:

Accreditation

  • Ensure Accreditation: Verify that the institution and its Applied Engineering Technology program are accredited by a recognized accrediting agency. This guarantees that the program meets specific quality standards and can enhance your job prospects.

    Program Curriculum

  • Review the Curriculum: Examine the courses offered in the program. Look for a mix of theoretical knowledge and practical skills through laboratories, projects, and internships.
  • Specializations: Determine if the school offers specializations within Applied Engineering Technology that align with your interests, such as automation, electronics, or manufacturing technology.

Faculty Credentials

  • Assess Faculty Qualifications: Research the qualifications and experience of the faculty members. Faculty with industry experience can provide valuable insights and connections.
  • Student-to-Faculty Ratio: A lower ratio often indicates more personalized attention and support in your studies.

Facilities and Resources

  • Laboratory Equipment: Evaluate the availability and quality of laboratories and equipment that you will use during your training. Modern and well-maintained facilities are essential for hands-on learning.
  • Technology Access: Check if the school provides access to relevant software and technology that you will encounter in the industry.

Internship Opportunities

  • Industry Partnerships: Look for schools that have strong ties to local industries and offer internship programs. Practical experience is vital in Applied Engineering Technology.
  • Job Placement Rates: Inquire about the school’s job placement rates for graduates in the program, as this can indicate the effectiveness of the school's career services.

Location

  • Proximity to Industry: Consider schools located near manufacturing hubs or technology sectors. This can provide networking opportunities and ease of access to internships.
  • Cost of Living: Factor in the cost of living in the area when evaluating tuition and fees, as this can significantly impact your overall expenses.

Financial Aid and Scholarships

  • Explore Financial Options: Investigate available scholarships, grants, and financial aid packages. Some schools may offer specific funding for students in Applied Engineering Technology programs.
  • Payment Plans: Check if the school offers flexible payment plans that can help manage tuition costs.

Class Format and Flexibility

  • Delivery Method: Decide whether you prefer traditional in-person classes, online courses, or a hybrid format. Each has its advantages and may suit different learning styles.
  • Scheduling Options: Look for institutions that offer flexible scheduling, especially if you plan to work while studying.

Reputation and Alumni Network

  • Research Reviews and Rankings: Look into rankings and reviews from other students or educational organizations to gauge the school’s reputation.
  • Alumni Success: Connect with alumni to understand their experiences and career paths post-graduation, which can give you insights into how well the program prepares students for the workforce.

Campus Culture and Support Services

  • Visit Campus: If possible, visit the campus to get a feel for the environment and culture.
  • Support Services: Investigate the availability of academic advising, tutoring, and counseling services that can help support your educational journey.

By taking the time to thoroughly investigate these crucial factors, you are more likely to find a school that best meets your needs and prepares you for a successful career in Applied Engineering Technology.

Additional Applied Engineering Technology Degree Program Resources

  • Accreditation Resources: Ensure the program you choose is accredited. Accredited programs meet certain quality standards essential for your education. You can verify the accreditation status through the Accreditation Board for Engineering and Technology (ABET). Visit ABET for more information.

  • Professional Associations: Joining professional organizations can provide valuable networking opportunities, resources, and industry insights. Consider the following:

    • American Society for Engineering Education (ASEE): Offers resources tailored to engineering educators and students. More information is available at ASEE.
    • Society of Manufacturing Engineers (SME): Focused on manufacturing and engineering technologies, SME offers publications, certification programs, and events. Learn more at SME.

  • Online Learning Platforms: Many universities offer online courses and resources. Platforms that provide relevant courses include:

    • Coursera: Partnering with leading universities, Coursera offers courses on engineering technology topics. Explore their offerings at Coursera.
    • edX: Similar to Coursera, edX features courses from prestigious institutions. Visit edX for more information.

  • Industry Publications and Journals: Staying updated with the latest research and trends in applied engineering technology is vital. Recommended publications include:

    • Journal of Engineering Technology: A valuable resource featuring research articles and news in the field. Access it through ASEE Journals.
    • Technology and Engineering Teacher: Offers insights into teaching engineering and technology. More details can be found at ITEEA.

  • Scholarship and Financial Aid Resources: Financial support can ease the burden of tuition. Search for scholarships specifically for engineering technology students through:

    • Fastweb: A comprehensive scholarship search engine. Visit Fastweb.
    • College Board Scholarship Search: This tool helps you locate scholarships that match your qualifications. Check it out at College Board.

  • Internship and Job Placement Resources: Gaining practical experience is critical. The following websites can assist you in finding internships and job opportunities:

    • Internships.com: Offers a platform to search for internships specifically in engineering fields. Explore their listings at Internships.com.
    • LinkedIn: This professional networking site allows you to connect with industry professionals and discover job openings. Create an account at LinkedIn.

  • Advising and Support Services: Many educational institutions offer academic advising and student support. Check your chosen university’s website for details on:

    • Academic advising services
    • Tutoring centers
    • Career counseling

Utilizing these resources can enhance your educational experience and prepare you for a successful career in applied engineering technology.

Applied Engineering Technology Frequently Asked Questions (FAQs)

  • What is Applied Engineering Technology?
    Applied Engineering Technology (AET) focuses on the practical application of engineering principles to solve real-world problems. The program combines technical skills with engineering concepts, making graduates valuable in various industries, including manufacturing, construction, and technology.

  • What types of jobs can I get with a degree in Applied Engineering Technology?
    Graduates can pursue a variety of career paths, including roles such as:

    • Engineering Technician
    • Manufacturing Technologist
    • Quality Control Inspector
    • Project Manager
    • Systems Analyst

  • What is the typical duration of an AET program?
    AET programs typically take two years to complete if you are pursuing an associate degree. Bachelor’s programs may take four years to complete. Some institutions offer accelerated programs.

  • What skills will I develop in an AET program?
    You will enhance a range of skills, including:

    • Problem-solving and critical thinking
    • Technical proficiency in engineering tools and software
    • Project management and organizational skills
    • Communication and teamwork abilities

  • Do I need a background in engineering or mathematics to enroll?
    While having a background in engineering or mathematics can be beneficial, many programs accept students from diverse educational backgrounds. Prerequisite courses may be required for those who need foundational knowledge.

  • What are the common subjects covered in an AET curriculum?
    Subjects typically include:

    • Engineering fundamentals
    • Materials science
    • Manufacturing processes
    • Computer-aided design (CAD)
    • Electronics and circuit design
    • Project management

  • Are internships required in AET programs?
    Many AET programs encourage or require internships as part of the curriculum. These practical experiences help you apply theoretical knowledge, build your resume, and develop professional networks.

  • What certifications should I consider pursuing with an AET degree?
    Various certifications are available depending on your career focus. Some common certifications include:

    • Certified Engineering Technician (CET)
    • Six Sigma Green Belt
    • Lean Manufacturing Certification

  • How does an AET program prepare me for the workforce?
    AET programs incorporate hands-on training, project work, and often collaborations with industry partners. This exposure provides you with real-world experience, making you more attractive to employers.

  • What are the earning potentials in the field of Applied Engineering Technology?
    Salary varies based on job title, experience, and location. Entry-level positions may start around $45,000 per year, while experienced professionals can earn upwards of $80,000 or more.

  • Can I pursue further studies after completing an AET program?
    Yes, many graduates choose to pursue a bachelor’s degree in engineering or a related field. Some programs offer seamless transfer agreements with four-year institutions.