Capital: | Canberra |
Largest City: | Melbourne |
Official Language: | English |
Currency: | Australian dollar (AUD) |
Climate: | Hot and humid summer, and warm and dry winter |
Studying abroad opens up a wider range of courses, some of which include research opportunities and skill-based training for students. This broadens your horizons and introduces you to a world of new educational possibilities. Not only that, but some international programmes also allow you to pursue many courses at the same time. Engineering makes for one of the most popular options among international students. It is a global profession and attending an institution abroad can give you a one-of-a-kind experience that could be invaluable to your career prospects.
Engineering is the study of how things are designed and work. It uses scientific theories and mathematical formulae to solve a myriad of problems. As highly qualified problem solvers, not only are engineers always in demand they also find work easily and tend to earn higher wages than average. Pursuing engineering is a compelling choice for several reasons:
Problem-solving: Engineers are problem solvers at heart. Engineering education equips you with the skills and mindset to tackle complex challenges, design innovative solutions, and make a meaningful impact on society.
Diverse career opportunities: Engineering is a versatile field with numerous specializations, from civil and mechanical engineering to computer and biomedical engineering. This diversity allows you to choose a path that aligns with your interests and passions.
Innovation and creativity: Engineers are at the forefront of innovation. They create new technologies, products, and systems that drive progress and improve the quality of life for people around the world.
Global impact: Engineers play a vital role in addressing global issues like climate change, sustainable energy, healthcare, and infrastructure development. Your work can contribute to making the world a better place.
Job security: Engineering is a field with a high demand for skilled professionals. The skills you acquire are transferable across industries, providing you with job security and career stability.
Competitive salary: Engineers often enjoy competitive salaries, reflecting the value they bring to organizations and society. It can lead to a comfortable and financially secure future.
Continuous learning: Engineering is a dynamic field, requiring you to stay updated with the latest technologies and developments. This commitment to lifelong learning keeps your career engaging and intellectually stimulating.
Teamwork and collaboration: Engineers frequently work in multidisciplinary teams, fostering collaboration and communication skills. You learn how to work effectively with diverse groups to achieve common goals.
Ethical and social responsibility: Engineers are guided by ethical principles, ensuring that their work benefits society and adheres to safety and environmental standards.
Personal fulfillment: Engineering can provide a strong sense of accomplishment. Seeing your designs come to life or solving complex problems can be personally rewarding.
Entrepreneurship opportunities: Engineering often leads to entrepreneurial ventures. Your technical expertise can be the foundation for starting your own business or contributing to startups.
Technological advancements: Engineering is at the heart of technological advancements, driving innovations that shape our future. Being part of this progress is exciting and fulfilling.
Studying engineering abroad after the 12th can give you an excellent global career. When it comes to top universities abroad, Engineering is not limited to theoretical knowledge. It gives you practical knowledge and focuses on skill development. Universities abroad offer a variety of courses including job-oriented, short-term courses. Studying engineering abroad can be a transformative and enriching experience for numerous reasons:
Global perspective: Studying engineering in a foreign country exposes you to different approaches, technologies, and engineering challenges. This global perspective is invaluable in a field where solutions often require a broad understanding of diverse contexts.
Cultural diversity: Engineering programs abroad often attract students from all over the world. This multicultural environment fosters cross-cultural communication and collaboration, enhancing your ability to work effectively in diverse teams, a critical skill in today’s globalized workforce.
Advanced curriculum: Many countries have renowned engineering programs known for their cutting-edge research and innovative teaching methods. Studying abroad can grant you access to these top-tier institutions and their advanced curriculum.
Language proficiency: If you study engineering in a country where a different language is spoken, you’ll have the opportunity to improve your language skills. Proficiency in another language can open doors to international career opportunities.
Networking opportunities: Studying abroad allows you to build a global network of contacts in the engineering field. These connections can be beneficial for future collaborations, job opportunities, and research projects.
Personal growth: Living in a foreign country can be a transformative personal experience. It challenges you to adapt to new environments, become more independent, and develop a broader perspective on life.
Research and innovation: Some countries are at the forefront of engineering research and innovation. By studying there, you can become part of groundbreaking projects and gain exposure to the latest advancements in your field.
Career opportunities: Employers often value international experience, as it demonstrates adaptability, intercultural competence, and a willingness to take on challenges. This can give you a competitive edge in the job market.
Travel and exploration: While focusing on your studies, you also have the opportunity to explore a new country, its culture, and its neighboring regions, enriching your life beyond the classroom.
The entry requirements to study engineering may vary based on the country and university you’re applying to. However, the following are the standard requirements:
Completion of secondary education with decent grades in maths and science subjects
A Statement of Purpose (SOP) displaying your interest in the engineering
Good English language proficiency test scores – the minimum scores required will be mentioned by the university
A bachelor’s degree in engineering to study at postgraduate level
Where you study Engineering abroad can have a huge impact on your career prospects. The following pointers should be kept in for this decision:
Where you want to work after graduation
If you want to return home after your graduation or post-graduation to start your Engineering career, make sure the degree you get is recognized by the governing body in your home country
While choosing the place of study that would fit you the best the climate, culture, and politics of that specific place should be considered.
Ranking of the university
If the reputation of the program is your main concern, you can base your decision on university rankings to find the best Engineering institutions and programs
Here are the top 8 universities according to the Times Higher Education rankings 2024 by Subject:
No. | Universities / College / Institute | Country |
1 | Harvard University | USA |
2 | Stanford University | USA |
3 | University of California, Berkeley | USA |
4 | Massachusetts Institute of Technology | USA |
5 | University of Oxford | UK |
6 | California Institute of Technology | USA |
7 | University of Cambridge | UK |
8 | Princeton University | USA |
When it comes to studying B.tech abroad, there is an array of degree types you can choose from at undergraduate, graduate, and doctorate levels. These include:
BSc (Bachelor of Sciences)
BE (Bachelor of Engineering)
MSc (Master of Sciences)
ME (Master of Engineering)
PhD (Doctor of Philosophy)
Doctor of Engineering
The cost of studying engineering abroad can vary widely depending on several factors, including the country you choose, the specific university or institution, the level of study (undergraduate or postgraduate), and your personal lifestyle choices. Here’s a general overview of the cost of studying engineering abroad for Indian students:
Country | Tuition fees (per year) | Living expenses (per year) | Total cost (per year) |
United States | $25,000 – $50,000+ | $15,000 – $20,000+ | $40,000 – $70,000+ |
United Kingdom | £20,000 – £35,000+ | £10,000 – £15,000+ | £30,000 – £50,000+ |
Australia | AUD 25,000 – AUD 45,000+ | AUD 18,000 – AUD 25,000+ | AUD 43,000 – AUD 70,000+ |
New Zealand | NSD 22,000 – NSD 40,000+ | NSD 15,000 – NSD 20,000+ | NSD 37,000 – NSD 60,000+ |
Ireland | €10,000 – €20,000+ | €7,000 – €12,000+ | €17,000 – €32,000+ |
Canada | CAD 17,000 – CAD 35,000+ | CAD 10,000 – CAD 15,000+ | CAD 27,000 – CAD 50,000+ |
Studying engineering abroad can open up a world of career opportunities. The specific opportunities available to you will depend on your field of engineering, the country you studied in, your level of education, and your personal career goals. Here are opportunities that you can explore after studying engineering abroad:
Engineering positions: As an engineering graduate, you can work in various engineering roles such as mechanical engineer, civil engineer, electrical engineer, software engineer, or chemical engineer, depending on your specialization.
Research and development (R&D): If you have a strong interest in innovation and research, you can pursue R&D positions in various industries. These roles involve developing new technologies, products, or processes.
Consulting: Many engineering graduates find careers in consulting firms, where they offer expertise to clients on technical and engineering-related issues.
Project management: Project managers are in demand across industries. Engineering graduates often transition into project management roles, where they oversee and coordinate complex projects.
Construction and infrastructure: Civil and structural engineers play key roles in designing and overseeing construction projects, including buildings, bridges, roads, and infrastructure.
Manufacturing and production: Manufacturing engineers work in industries that produce goods and products. They optimise manufacturing processes and ensure efficient production.
Energy and environmental engineering: Specialisations in energy and environmental engineering are in high demand due to the increasing focus on sustainability and renewable energy sources.
Information technology (IT): Software engineering and computer science-related roles are often pursued by engineering graduates interested in technology and programming.
Aerospace and automotive industry: Aerospace and automotive engineering graduates can work for companies involved in aircraft, spacecraft, automobiles, and related technologies.
Government and public sector: Government agencies and public sector organizations hire engineers for roles related to infrastructure development, urban planning, and environmental regulation.
Entrepreneurship: Some engineering graduates become entrepreneurs, launching their startups based on innovative engineering solutions or products.
Further education: Many engineering graduates choose to pursue advanced degrees, such as a Master’s or Ph.D., which can lead to careers in academia, research, or specialized technical roles.
International opportunities: Studying engineering abroad may provide you with international job opportunities, especially if you gain experience and build a network in your host country.
Being at the right place at the right time is pretty important for all professionals. Make sure the course you choose focuses on the areas that match both your interests and your career aspirations. Studying abroad will not only enhance your career but also do wonders for your personality. If you still have any queries, feel free to reach out to IDP’s international education specialists and we will be happy to help you.