What are the admission requirements for an online master's in General Engineering & Technology?

Admission requirements for online master's degrees in General Engineering & Technology typically include a bachelor's degree in a related field, such as engineering, technology, or a closely related discipline. Most programmes require a minimum GPA, often around 2.5 to 3.0 on a 4.0 scale. Additionally, applicants may need to submit standardised test scores like the GRE, although some institutions are moving towards test-optional policies. Professional experience in engineering or technology fields can also be a significant advantage. Furthermore, a well-written statement of purpose and letters of recommendation are commonly required to assess the applicant's suitability for the programme.

Is an online master's in General Engineering & Technology suitable for career advancement?

An online master's in General Engineering & Technology can be highly suitable for career advancement. These programmes offer advanced knowledge and skills that are directly applicable to various engineering and technology roles. By discovering online master's degrees, students can gain expertise in specialised areas such as renewable energy, automation, or data analytics. The flexibility of online learning allows professionals to continue working while studying, making it easier to apply new skills in real-world settings immediately. This practical experience, combined with advanced qualifications, often leads to promotions, higher salaries, and increased job opportunities in the competitive engineering and technology sectors.

Will employers accept an online master's in General Engineering & Technology?

Employers increasingly recognise the value of online master's degrees, including those in General Engineering & Technology. As long as the programme is accredited by a reputable accrediting body, employers generally view online qualifications as equivalent to traditional on-campus degrees. Accreditation ensures that the programme meets high educational standards and provides a quality education. Many employers value the flexibility and initiative demonstrated by students who pursue an online master's degree while balancing other responsibilities. To further enhance credibility, choosing a masters degree in General Engineering & Technology from a well-respected institution can significantly bolster your professional profile.

What are the benefits of studying General Engineering & Technology online?

Studying General Engineering & Technology online offers several benefits. Firstly, flexibility is a major advantage, allowing students to balance their studies with work, family, and other commitments. Online programmes often provide asynchronous learning opportunities, meaning students can access lectures and materials at their convenience. This mode of learning also fosters a diverse learning environment, bringing together students from various geographical locations and professional backgrounds. Additionally, online master's programmes in General Engineering & Technology frequently incorporate practical, hands-on projects and simulations, ensuring that students gain relevant, real-world experience. The cost-effectiveness of online education can also be a significant benefit, as it often reduces expenses related to commuting and accommodation.

How interactive are online General Engineering & Technology programmes?

Online General Engineering & Technology programmes are highly interactive, utilising various tools and platforms to facilitate engagement. Most programmes include live lectures, discussion forums, and video conferences, allowing students to interact with instructors and peers in real-time. Collaborative projects and group assignments are common, encouraging students to work together on complex engineering problems. Additionally, many online programmes use virtual labs and simulations to provide hands-on experience with engineering tools and technologies. These interactive elements ensure that students remain engaged and can apply their knowledge in practical scenarios, mirroring the collaborative nature of professional engineering environments.

What specialisations are available in online General Engineering & Technology master's programmes?

Online General Engineering & Technology master's programmes offer a wide range of specialisations to cater to diverse interests and career goals. Common specialisations include renewable energy engineering, automation and control systems, data analytics in engineering, and sustainable technology. These specialisations allow students to delve deeply into specific areas of interest, gaining expertise that is highly valued in the job market. For instance, a specialisation in renewable energy engineering equips students with the skills to design and implement sustainable energy solutions, while a focus on data analytics in engineering prepares graduates to analyse and interpret complex data sets to improve engineering processes. Choosing a specialisation enables students to tailor their education to their career aspirations and industry demands.

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280 Online Master's degrees in General Engineering & Technology

Exploring online General Engineering & Technology programmes can be an exciting venture for international students. The tuition fees for these programmes vary widely. For instance, the lower-end tuition fee, represented by the €2,554, offers an accessible entry point for many students. On the other hand, the typical tuition fee, indicated by the €20,151, provides a benchmark for what most students might expect to pay. At the higher end, the €50,431 reflects the premium options available, though these may be less common. It's also worth noting that a significant 5% of programmes fall into the affordable category, making it feasible for a broad range of students to pursue their engineering and technology interests online.

Aerospace Engineering-Thermofluid Aerodynamic Systems Design and Engineering University of Central Florida

3,9(49)Orlando, United States Top 7% in Worldwide

The Aerospace Engineering-Thermofluid Aerodynamic Systems Design and Engineering program of University of Central Florida is designed to prepare students for careers as engineers in aerospace.

Master Full-time +2

1 year$22,988/yr

Engineering and Related Technologies James Cook University

4,0(42)Townsville, Australia +2 Top 6% in Worldwide

Develop your independent research skills with the Engineering and Related Technologies MPhil program from James Cook University. This postgraduate research course is 2 years of full-time equivalent study.

M.Phil. Full-time +2

2 years$30,471/yr

Product Development Engineering University of Southern California

4,1(64)Los Angeles, United States Top 2% in Worldwide

The Product Development Engineering MSc program at University of Southern California is an interdisciplinary degree program jointly offered by the Aerospace and Mechanical Engineering and the Daniel J. Epstein Industrial and Systems Engineering Departments. The Aerospace and Mechanical Engineering Department will manage this joint degree program.

M.Sc. Full-time +2

1 year$71,955/yr

Educational Technology Cleveland State University (CSU)

4,7(92)Online

Educational Technology from Cleveland State University (CSU) program prepares candidates to design, develop and model effective technology-enhanced instruction and integration as well as production of digital tools and media and provide professional development programs.

M.Ed. Part-time

2 years$11,146/yr

Professional Engineering (Civil Engineering) University of Southern Queensland

3,2(6)Toowoomba, Australia Top 6% in Worldwide

Study advanced level civil engineering, empowering you to plan, design, construct and maintain infrastructure with the Professional Engineering (Civil Engineering) course at the University of Southern Queensland.

Master Full-time +2

½ year$12,592/yr

Science Education University of Georgia

4,1(51)Online Top 6% in Worldwide

The M.Ed. Science Education at the University of Georgia is a flexible, online programme designed for secondary teachers. This public study mode course focuses on natural sciences for grades 6-12. Students typically complete the degree in two years, gaining advanced skills in research-based classroom practices.

M.Ed. Part-time

2 years$30,182/yr

Learning Design and Technology James Madison University

4,6(22)Online

The Learning Design and Technology program offered at James Madison University serves students who work in, or who intend to pursue careers in, higher education, business, industry, government and consulting.

M.Ed. Part-time

2 years$19,710/yr

Sustainable Smart Cities The University of Alabama at Birmingham

3,8(11)Online Top 9% in Worldwide

The Sustainable Smart Cities Master's program from The University of Alabama at Birmingham (USA) and Staffordshire University (UK) is a unique professional postgraduate program that provides an interdisciplinary grounding in the principles, application, and key technologies required to develop sustainable smart cities.

M.Eng. Part-time

1 year$18,960/yr

Petroleum Engineering Universiti Teknologi PETRONAS

4,5(21)Seri Iskandar, Malaysia Top 9% in Worldwide

Petroleum engineering is a multidisciplinary field that integrates engineering principles and quantitative methods to explore, develop, and manage the extraction of oil and gas from beneath the Earth's surface. Learn more at the Petroleum Engineering programme from the Universiti Teknologi PETRONAS.

M.Sc. Full-time

1 year$9,387/yr

Educational Technology Concordia University, St. Paul

4,3(62)Online

The Master of Arts in Educational Technology from Concordia University, St. Paul is designed to prepare teachers to utilize technology most effectively to enhance student achievement.

M.A. Part-time

1 year, 8 months$7,110/yr

Safety and Reliability Engineering University of Aberdeen

4,4(65)Online Top 4% in Worldwide

The Safety and Reliability Engineering M.Sc. at the University of Aberdeen is a flexible, online programme designed for working professionals. Over 28 to 32 months, students master risk management and loss prevention. This accredited public course provides the specialist expertise required to manage complex engineering systems.

M.Sc. Part-time

2 years, 3 months$19,341/yr

Cybersecurity Engineering Auburn University

4,3(6)Auburn, United States Top 9% in Worldwide

The Cybersecurity Engineering programme at Auburn University is a technical Master of Science degree. This 33-credit hour curriculum is available through full-time on-campus study or a flexible online study mode. It focuses on protecting cyber ecosystems, preparing experts for advanced technical and research roles.

M.Sc. Full-time +2

1 year$35,986/yr

Textile Engineering North Carolina State University

4,1(48)Raleigh, United States Top 4% in Worldwide

Textile Engineering at North Carolina State University trains students to apply engineering principles to the design, production and testing of fiber and polymer-based materials, textiles and related materials.

M.Sc. Full-time +2

2 years$35,002/yr

Nanotechnology Engineering University of California, Riverside

4,7(7)Online Top 4% in Worldwide

The Nanotechnology Engineering programme at the University of California, Riverside is a 100% online M.Sc. degree. Designed for completion in as few as 13 months, this flexible course focuses on materials at the nanoscale, providing expert training in the design and synthesis of nanostructured systems for global industry.

M.Sc. Part-time

1 year, 1 month$24,010/yr

Engineering - Mining, Geological and Geophysical Engineering The University of Arizona

4,2(48)Tucson, United States Top 3% in Worldwide

The Engineering - Mining, Geological and Geophysical Engineering degree offered by The University of Arizona positions students to enter the field in a professional role immediately upon completion of their studies.

M.Eng. Full-time +2

1 year$23,400/yr

Physics and Engineering in Medicine by Distance Learning UCL

4,1(112)Online Top 0.5% in Worldwide

Combining physics and engineering expertise with clinical science, the skills you’ll learn with this interdisciplinary online Master’s will transform the future of healthcare. Study with the world-renowned UCL Department of Medical Physics & Biomedical Engineering – from anywhere in the world.

M.Sc. Full-time +2

1 year$46,831/yr

Graduate Certificate in Information Technology University of Newcastle

4,2(12)Newcastle, Australia Top 4% in Worldwide

The Graduate Certificate in Information Technology programme at the University of Newcastle offers pathways to future study. On completion, you will be eligible for direct entry into programs such as Master of Information Technology and Master of Cyber Security.

Master Full-time +2

½ year$15,345/yr

Legal Technology - Full-time (Online) The University of Law

4,2(20)Online

The Legal Technology - Full-time (Online) programme at The University of Law is a specialist M.Sc. degree delivered over 12 months. This online course explores how innovation is reshaping the legal sector. It is designed for law and non-law graduates seeking expertise in emergent software and digital legal services.

M.Sc. Full-time

1 year$16,867/yr

MBA and Engineering Lehigh University

3,7(3)Bethlehem, United States Top 15% in Worldwide

Designed for engineers hoping to advance into leadership roles, the MBA and Engineering program from Lehigh University prepares graduates for leadership positions in industrial planning, venture capital, and engineering management; and as senior managers in roles requiring both technical and business acumen.

Master Full-time +2

$74,700/full

Technology Management Memorial University of Newfoundland

4,1(52)Online Top 9% in Worldwide

Memorial University of Newfoundland's Master of Technology Management program will provide you with strategic planning and decision making skills in the context of technology-based organizations.

Master Full-time

2 years$2,430/yr

Frequently Asked Questions

Admission requirements for online master's degrees in General Engineering & Technology typically include a bachelor's degree in a related field, such as engineering, technology, or a closely related discipline. Most programmes require a minimum GPA, often around 2.5 to 3.0 on a 4.0 scale. Additionally, applicants may need to submit standardised test scores like the GRE, although some institutions are moving towards test-optional policies. Professional experience in engineering or technology fields can also be a significant advantage. Furthermore, a well-written statement of purpose and letters of recommendation are commonly required to assess the applicant's suitability for the programme.
An online master's in General Engineering & Technology can be highly suitable for career advancement. These programmes offer advanced knowledge and skills that are directly applicable to various engineering and technology roles. By discovering online master's degrees, students can gain expertise in specialised areas such as renewable energy, automation, or data analytics. The flexibility of online learning allows professionals to continue working while studying, making it easier to apply new skills in real-world settings immediately. This practical experience, combined with advanced qualifications, often leads to promotions, higher salaries, and increased job opportunities in the competitive engineering and technology sectors.
Employers increasingly recognise the value of online master's degrees, including those in General Engineering & Technology. As long as the programme is accredited by a reputable accrediting body, employers generally view online qualifications as equivalent to traditional on-campus degrees. Accreditation ensures that the programme meets high educational standards and provides a quality education. Many employers value the flexibility and initiative demonstrated by students who pursue an online master's degree while balancing other responsibilities. To further enhance credibility, choosing a masters degree in General Engineering & Technology from a well-respected institution can significantly bolster your professional profile.
Studying General Engineering & Technology online offers several benefits. Firstly, flexibility is a major advantage, allowing students to balance their studies with work, family, and other commitments. Online programmes often provide asynchronous learning opportunities, meaning students can access lectures and materials at their convenience. This mode of learning also fosters a diverse learning environment, bringing together students from various geographical locations and professional backgrounds. Additionally, online master's programmes in General Engineering & Technology frequently incorporate practical, hands-on projects and simulations, ensuring that students gain relevant, real-world experience. The cost-effectiveness of online education can also be a significant benefit, as it often reduces expenses related to commuting and accommodation.
Online General Engineering & Technology programmes are highly interactive, utilising various tools and platforms to facilitate engagement. Most programmes include live lectures, discussion forums, and video conferences, allowing students to interact with instructors and peers in real-time. Collaborative projects and group assignments are common, encouraging students to work together on complex engineering problems. Additionally, many online programmes use virtual labs and simulations to provide hands-on experience with engineering tools and technologies. These interactive elements ensure that students remain engaged and can apply their knowledge in practical scenarios, mirroring the collaborative nature of professional engineering environments.
Online General Engineering & Technology master's programmes offer a wide range of specialisations to cater to diverse interests and career goals. Common specialisations include renewable energy engineering, automation and control systems, data analytics in engineering, and sustainable technology. These specialisations allow students to delve deeply into specific areas of interest, gaining expertise that is highly valued in the job market. For instance, a specialisation in renewable energy engineering equips students with the skills to design and implement sustainable energy solutions, while a focus on data analytics in engineering prepares graduates to analyse and interpret complex data sets to improve engineering processes. Choosing a specialisation enables students to tailor their education to their career aspirations and industry demands.