Engineering and mathematics courses

Engineering and mathematics are fields that offer international students the opportunity to shape the future. Both subjects give students scope for solving real-world issues, and choosing to study either abroad not only gives you the chance to develop technical and theoretical knowledge, but also to to enjoy new experiences and cultural growth.

Studying engineering

Engineering is a field that combines the application of science, mathematics, and technology to design, build and improve systems, structures, machines, and processes, whilst mathematics as a field of study itself concerns areas such as statistics, pure mathematics, and algebra.

As an international student considering a degree in engineering, you can expect your studies to cover both theoretical knowledge and practical skills, preparing you for a career in your chosen field of engineering.

Engineering students can look forward to excellent career prospects and a global demand for qualified engineers in a diverse range of fields, including civil, mechanical, electrical, chemical and software engineering, among others.

Studying mathematics

Mathematics as a field of study allows you to hone your analytical skills and logical thinking, and is the universal backbone of both science, engineering and technology.

Often highly theoretical, your studies in mathematics can be applied to many walks of science, but also emerging fields such as data science, machine learning and AI.

Top 10 Universities for Engineering and Technology

Rankings taken from the QS Universities Rankings by Subject for 2024.

Why study engineering or mathematics abroad?

Studying abroad as an international student offers you the opportunity to access world class education, the best technology, and diverse perspectives.

As an engineering or mathematics student you will be exposed to advanced research, international networks, and career opportunities in top industries. Your university may be able to provide you with internship opportunities with partners from local industry, or access to the latest research projects.

Your problem solving and global understanding will be enhanced, and you will get to experience cross-cultural collaboration, which is an essential skill in today’s connected world. Learning abroad may also give you the opportunity to learn or improve a second language.

Graduating from a degree program equips you with a competitive edge, preparing you for tackling global challenges and contributing to innovation on an international scale.

Types of engineering programs

There are several types of engineering degrees available to study, each focusing on specific fields of study and applications:

• Civil Engineering: Focuses on designing and constructing infrastructure like roads, bridges, buildings, and water systems.
• Mechanical Engineering: Deals with machines, engines, and mechanical systems, including robotics and manufacturing.
• Electrical Engineering: Involves electricity, electronics, power systems, and telecommunications.
• Chemical Engineering: Combines chemistry and engineering to develop processes for producing chemicals, materials, and energy.
• Computer Engineering: Focuses on computer systems, hardware, and software integration.
• Aerospace Engineering: Specialises in designing aircraft, spacecraft, and related systems.
• Environmental Engineering: Addresses environmental challenges, focusing on sustainable practices and pollution control.
• Biomedical Engineering: Combines engineering with biology and medicine to develop medical devices and technologies.
• Industrial Engineering: Optimises processes and systems in manufacturing and operations for efficiency.
• Petroleum Engineering: Involves the exploration and production of oil and gas resources.

Each degree provides a unique pathway to specialised industries and career opportunities.

Types of mathematics programs

The types of mathematics degrees that you can find to study at university include:

• Statistics: Where you will learn how to evaluate data and learn how to calculate probability and model real world problems
• Mathematics and physics: Mathematics and physics are part of one another, and in this area you will use mathematical skills to make sense of the universe
• Actuarial mathematics: Where you will learn to applying financial and statistical mathematics to calculate risk
• Financial mathematics: Using mathematical knowledge to make qualified decisions in the financial sector
• Data science: Which involved the use of mathematical skills to extract meaningful insights from large amounts of data

Careers in engineering and mathematics

As a graduate of engineering you will have a wide range of career options across various industries due to your expertise, problem solving abilities, and innovative thinking. Common paths include roles in design, development, research, and project management.

As an engineer you could work in sectors such as construction, manufacturing, energy, technology, healthcare, transportation, and aerospace. You might become a consultant, entrepreneur, or a specialist in fields like sustainability, robotics, or artificial intelligence. Advanced degrees can be a pathway into leadership roles, academic positions, or research careers.

As a mathematician your skills can be applied to a variety of sectors, sectors such as computing and AI, business and finance, manufacturing, energy, aerospace and data sciences.

With your versatile skill set, you will be well equipped to tackle challenges that come your way throughout your career, taking on the task of contributing to technological advancement and societal progress.