Bachelor in Engineering (Honours) (Chemical) with Mathematical and Computer Sciences

The University of Adelaide, established in 1874 and located in the city of Adelaide, serves a diverse student body of about 29,006, including more than 9,200 international students. The university offers a wide range of undergraduate and postgraduate options across research-led faculties and lists around 208 programs, making it a strong choice for students seeking rigorous academic training combined with practical learning.

Students at Adelaide benefit from research-active staff, industry partnerships and facilities designed to support innovation and employability. The university supports international entrants through admissions guidance, English-language preparation and orientation activities that connect students with peers, mentors and local communities. Campus services focus on academic skills, career planning and student wellbeing to ensure a successful transition into study and life in Australia.

Adelaide itself is known for a high quality of life, accessible cultural amenities and a reputation for safety and affordability among Australian cities. International students can explore internships, research collaborations and community engagement while enjoying a manageable urban environment. Scholarships and targeted support help make study more accessible and provide pathways to professional networks after graduation.

The Bachelor in Engineering (Honours) (Chemical) with Mathematical and Computer Sciences at University of Adelaide is for students who want a strong foundation in chemical engineering and computer science. This 4-year bachelor degree helps students develop problem-solving skills and knowledge in math and computer sciences. The program is taught in English and is available to high school graduates.

The curriculum includes subjects like process engineering, chemistry, and computer programming. Students learn to design and optimize systems, and develop skills in data analysis and software development. The program also includes hands-on components, such as lab work and projects, to help students apply theoretical concepts to real-world problems.

Graduates of this program can work as process engineers, data analysts, or software developers in industries like energy, manufacturing, or pharmaceuticals. They can also work as research and development engineers, or as systems engineers. Some potential employers include government agencies, consulting firms, or private companies like ExxonMobil or Microsoft.