Academic Requirements
- Minimum GPA of 5.0
Overview This dual degree program equips students with the essential skills to tackle significant global challenges. You will leverage the principles of physics and chemistry, along with specialized fields such as biotechnology and nanotechnology, to address pressing issues in society. Throughout the Bachelor of Chemical Engineering (Honours) and Bachelor of Mathematics program at the University of Newcastle, you will engage in the analysis and design of processes, plants, and control systems, focusing on productivity, safety, and sustainability. Mathematics serves as a cornerstone for innovative engineering solutions, facilitating advancements in data mining, mathematical modeling, statistics, and predictive analysis. Utilize your technological, creative, and logical skills to drive progress and contribute positively to society.
The Bachelor of Chemical Engineering (Honours) and Bachelor of Mathematics program at the University of Newcastle is designed to equip students with the skills necessary to address critical global challenges. By integrating the principles of physics and chemistry with specialized areas such as biotechnology and nanotechnology, this dual degree prepares students to tackle some of society's most pressing issues.
Throughout the program, students will focus on the analysis and design of processes, plants, and control systems, emphasizing productivity, safety, and sustainability. Mathematics plays a vital role in developing innovative engineering solutions, enabling advancements in data mining, mathematical modeling, statistics, and predictive analysis. This blend of technical, creative, and logical skills empowers students to contribute positively to society.
Core Courses Include:
Students will also have the chance to select electives and complete a capstone project that integrates their learning across both disciplines, ensuring a comprehensive educational experience.
CRICOS code: 111300J
Applicants must provide certified copies of original documents, including:
Graduates of this dual degree program are well-equipped to enter various fields, including chemical engineering, data analysis, and research. With the combination of engineering principles and mathematical expertise, students can pursue careers in industries such as pharmaceuticals, environmental engineering, and technology. This diverse skill set enables graduates to contribute to innovative solutions that address real-world problems and enhance societal well-being.
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