Online Engineering Degree Programs Overview

An online degree program in Engineering equips you with the foundational knowledge and essential skills required to excel in various engineering disciplines. These programs blend theoretical learning with practical applications to prepare you for the dynamic challenges of the engineering field.

Requirements and prerequisites for a typical Engineering online degree program often include the following:

  • Educational Background: Typically, you should have completed a high school diploma or equivalent. Strong performance in mathematics, physics, and chemistry is highly recommended, as these subjects form the core of engineering principles.

  • Computer Proficiency: Familiarity with computer software and basic programming is often required, as these tools are integral to engineering tasks.

  • Standardized Tests: Some programs might require standardized test scores, such as the SAT or ACT, particularly for undergraduate admissions. Graduate programs may require GRE scores.

  • Technical Skills: You may need to demonstrate your ability in specific technical skills related to computer-aided design (CAD), data analysis, and engineering software relevant to your chosen discipline.

  • Work Experience: While not always mandatory, some programs might prefer or require a certain amount of industry-related experience or internships to ensure you can apply your knowledge in real-world contexts.

  • Application Components: Expect to submit a completed application form, letters of recommendation, and a personal statement that highlights your interest in engineering and long-term career goals.

Engaging in an online Engineering degree program offers flexibility but also demands self-discipline and effective time management to balance coursework with other commitments.

Typical Online Engineering Degree Program Courses

In an online engineering degree program, you will encounter a wide variety of courses designed to provide both theoretical knowledge and practical skills applicable to the field. These courses generally fall into core disciplines as well as specialized areas of engineering. Below are common types of courses you can expect to take:

  • Fundamentals of Engineering
    This introductory course covers essential engineering principles, methodologies, and the engineering design process, providing a solid foundation for further studies.

  • Mathematics for Engineers
    You will study calculus, differential equations, and linear algebra, which are crucial for tackling engineering problems and understanding advanced topics.

  • Physics for Engineers
    This course emphasizes classical mechanics, electromagnetism, and thermodynamics, and you’ll apply these concepts to real-world engineering scenarios.

  • Engineering Mechanics
    You will focus on statics, dynamics, and fluid mechanics to understand forces and motion in engineering applications.

  • Materials Science
    This course explores the properties, behaviors, and applications of materials used in engineering, including metals, polymers, ceramics, and composites.

  • Thermodynamics
    You will examine the principles governing energy transfer and conversion, critical for fields such as mechanical and chemical engineering.

  • Circuit Analysis
    If you are pursuing electrical engineering, you will learn about electric circuits, components, and their behavior under various conditions.

  • Systems Engineering
    This course covers the approach to designing and managing complex engineering projects, emphasizing lifecycle management and integrative processes.

  • Programming for Engineers
    You will gain programming skills relevant to engineering applications, often focusing on languages such as Python, MATLAB, or C++.

  • Engineering Design Project
    A capstone or design project allows you to apply what you’ve learned in a practical setting, often working in teams to solve real engineering problems.

  • Specialized Electives
    Depending on your focus within engineering, you may choose from electives such as environmental engineering, robotics, aerospace engineering, or biomedical engineering.

These courses are structured to ensure you develop a well-rounded understanding of engineering concepts, preparing you for a successful career in your area of specialization.

How To Choose The Best Online Engineering Degree Program

Selecting the appropriate school for your online engineering degree is essential for achieving your educational and career objectives. Here are some factors to consider as you evaluate institutions and programs:

  • Accreditation

    • Ensure the school is accredited by a recognized accrediting body. This is important for the quality of the education you receive and can impact your eligibility for federal financial aid.
    • Look for programs that are specifically accredited by organizations such as the Accreditation Board for Engineering and Technology (ABET).

  • Program Specialization

    • Determine which engineering discipline you wish to pursue. Options may include civil, mechanical, electrical, software, or environmental engineering.
    • Research if the school offers specialized programs or concentrations that align with your interests and career goals.

  • Curriculum and Course Flexibility

    • Review the curriculum to ensure that it covers essential topics and skills relevant to your desired field.
    • Look for programs that offer flexibility in course delivery and scheduling, accommodating your personal and professional commitments.

  • Faculty Credentials

    • Investigate the qualifications and industry experience of the faculty members. Experienced instructors with real-world expertise can provide valuable insights and networking opportunities.
    • Check if faculty members are actively involved in research or industry projects, as this may enhance your learning experience.

  • Student Support Services

    • Assess the availability of academic advising, tutoring, and career services. Support services are crucial for your success, especially in an online learning environment.
    • Consider institutions that offer mentoring programs or connections to professional organizations in your field.

  • Technology and Learning Platform

    • Examine the online learning platform used by the school. It should be user-friendly and equipped with tools that enhance your learning experience, such as discussion forums, video lectures, and online labs.
    • Verify that the school provides adequate technical support to assist you with any issues that may arise during your studies.

  • Reputation and Job Placement Rates

    • Research the school's reputation in the engineering field. Look for rankings, alumni success stories, and reviews from current students.
    • Inquire about job placement rates for graduates. A high placement rate can indicate that the program prepares students effectively for the workforce.

  • Cost and Financial Aid Options

    • Compare tuition costs across different institutions. Consider your budget and what you can realistically afford.
    • Look into available financial aid, scholarships, and assistantships that can alleviate the cost of your education.

  • Networking Opportunities

    • Investigate whether the program offers networking opportunities with industry professionals, such as internships, job fairs, or alumni networks.
    • Choose a school that facilitates connections with potential employers and provides resources for career advancement.

  • Location Considerations

    • While the program is online, consider whether the school has any on-campus requirements, such as lab work or residency experiences.
    • Determine if the school's location affects internship opportunities, professional networking events, or your access to engineering hubs.

Taking the time to thoroughly research and evaluate your options will help you find a school that not only meets your academic needs but also sets you up for success in your engineering career.

Additional Online Engineering Degree Program Resources

As you consider enrolling in an online degree program in Engineering, it is essential to take advantage of various resources and tools designed to support your educational journey. Below are key resources that can enhance your learning experience.

  • Accreditation Information
    Ensure your chosen program is accredited by organizations like the Accreditation Board for Engineering and Technology (ABET). You can verify accredited programs through their website: ABET Accreditation.

  • Financial Aid Resources
    Explore financial aid options including federal student loans, scholarships, and grants. Visit the Federal Student Aid website to understand your options: Federal Student Aid. You can also check out Fastweb for scholarship opportunities: Fastweb.

  • Program Rankings and Reviews
    Research program rankings and reviews on platforms such as U.S. News & World Report or Niche. These resources can provide insights into the quality of various online engineering programs: U.S. News Engineering Rankings.

  • Online Learning Platforms
    Familiarize yourself with the online learning platforms used by universities. Many institutions leverage tools like Canvas, Blackboard, or Moodle. It may be beneficial to explore sample courses to understand the online learning environment.

  • Professional Organizations
    Join professional organizations relevant to your engineering discipline, such as the American Society of Civil Engineers (ASCE), Institute of Electrical and Electronics Engineers (IEEE), or the American Institute of Chemical Engineers (AIChE). These organizations offer networking opportunities, resources, and industry insights.

  • Career Services
    Take advantage of your university's career services. They can assist with resume writing, interview preparation, job placement, and internships. Many universities also host career fairs which can be a great networking opportunity.

  • Tutoring and Academic Support
    Look for online or campus-based tutoring services. Institutions often provide peer tutoring or academic support centers that can assist you in complicated subjects.

  • Study Groups and Online Forums
    Engage with other students through online forums or study group platforms. Websites like Discord or Facebook can facilitate connections with peers, allowing you to collaborate and study together.

  • Technology Resources
    Familiarize yourself with software commonly used in engineering, such as MATLAB, AutoCAD, or SolidWorks. Many universities offer students access to these tools, sometimes even free of charge, which can be invaluable for your coursework.

  • Library and Research Resources
    Utilize your university’s online library resources for access to journals, articles, and books relevant to your studies. Websites like Google Scholar can also be useful for academic research: Google Scholar.

By leveraging these resources, you can enhance your educational experience and prepare for a rewarding career in engineering.

Engineering Frequently Asked Questions (FAQs)

  • What types of engineering degrees are available online?
    You can pursue various engineering degrees online, including Bachelor’s and Master’s in fields such as Civil Engineering, Mechanical Engineering, Electrical Engineering, Software Engineering, and more specialized areas like Environmental or Aerospace Engineering.

  • Are online engineering degrees accredited?
    It is essential to choose a program accredited by a recognized body, such as the Accreditation Board for Engineering and Technology (ABET). Accreditation ensures that the program meets specific educational standards and that your degree will be recognized by employers.

  • How does the quality of an online engineering program compare to traditional in-person programs?
    The quality of online engineering programs can be comparable to traditional programs, especially if they are offered by reputable institutions. Many schools use similar curricula and faculty for both online and in-person classes, ensuring a consistent level of education.

  • What technical skills will I develop through an online engineering degree?
    You will develop essential technical skills such as mathematical modeling, problem-solving, programming, systems analysis, and design methodologies. Many programs also teach software tools relevant to your field, including CAD for design and simulations for engineering analysis.

  • Will I have hands-on experience in an online program?
    While online programs may have limited opportunities for physical hands-on experience, many incorporate virtual labs, simulations, and project-based assignments. Some programs may also require you to complete a capstone project or internship to gain practical experience.

  • What are the admission requirements for an online engineering degree?
    Admission requirements vary by program but typically include a high school diploma or equivalent, and for graduate programs, a relevant undergraduate degree. Additional requirements may include transcripts, letters of recommendation, personal statements, and standardized test scores (like the GRE).

  • Can I study part-time or full-time in an online engineering program?
    Most online programs offer flexible options, allowing you to choose between part-time and full-time study. This flexibility enables you to balance your education with work or other commitments.

  • How long does it typically take to complete an online engineering degree?
    Completing a Bachelor’s degree usually takes about four years of full-time study, while a Master’s degree may take one to two years. Your individual timeline will depend on the program’s structure and your enrollment status.

  • What support services are available for online engineering students?
    Online engineering programs often provide various support services, including academic advising, tutoring, technical support, and career services. Many schools also facilitate online forums or study groups for peer support.

  • Are there opportunities for networking in an online engineering program?
    While online programs may not offer in-person networking events, many facilitate virtual networking opportunities through online forums, webinars, and group projects. You can also connect with alumni and industry professionals through online platforms like LinkedIn.

  • How does an online engineering degree impact my career prospects?
    An accredited online engineering degree can enhance your career prospects, opening doors to various engineering roles. Employers often value the skills and knowledge gained through a degree, regardless of whether it was earned online or in-person.

  • What is the cost of an online engineering degree?
    Costs for an online engineering degree vary significantly based on the institution, program level, and residency status. Tuition can range from a few hundred to over a thousand dollars per credit hour. Be sure to consider additional costs such as fees, materials, and technology requirements.