Chemical Engineering Carnegie Mellon University

Overview

The Chemical Engineering programme at Carnegie Mellon University provides students with the advanced technical skills required to solve complex real-world problems through science and numerical methods. This curriculum emphasises computational expertise, process simulation, and sustainable manufacturing to prepare graduates for leadership in diverse industrial sectors.

Students can choose from three distinct degree paths tailored to their career goals. The Master of Science - Applied Study spans two years and includes a required internship and an independent project. The standard Master of Science takes 1.5 years with a focus on research, while the Master of Chemical Engineering is a one-year, coursework-based track designed for rapid technical advancement.

Why Chemical Engineering at Carnegie Mellon University?

The department is distinguished by a one-of-a-kind computational focus, integrating advanced mathematical modelling and simulation software throughout the curriculum. This approach ensures that students are proficient in reactor engineering, process systems, and transport phenomena using the latest digital tools. The university provides access to high-performance computing capabilities essential for modern engineering challenges.

Facilities at the institution are designed to foster innovation and cross-disciplinary collaboration. Located in Doherty Hall, the department features open-plan research laboratories that encourage the exchange of ideas between different research groups. This supportive environment is further enhanced by student organisations such as the Chemical Engineering Graduate Student Association, which hosts academic and networking events.

The faculty at the university are leaders in pioneering fields, including decarbonisation, biotechnology, and autonomous data-driven sciences. Students benefit from a close-knit community where half of the population is engaged in advanced degree pursuits. This culture of excellence ensures that learners are mentored by experts who are actively shaping the future of the global chemical industry.

Tuition Fee Breakdown

• International fee: USD 60300 per year
• National fee: USD 60300 per year
• Local fee: USD 60300 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum provides technical depth in engineering fundamentals and computational skills. Modules may include:

• Chemical Engineering
• Energy Transition Technologies
• Modelling, Optimization, and Data Science
• Mathematical Modeling of Chemical Engineering Processes
• Chemical and Reactive Systems
• Analysis and Modeling of Transport Phenomena
• Process Systems Modeling

Careers with Chemical Engineering

Graduates from this programme are highly sought after by both industry leaders and academic institutions, with a 92% success rate in securing employment or further education shortly after graduation. Many alumni progress to doctoral studies at prestigious global universities or enter high-level technical roles in sectors such as pharmaceuticals, energy, and electronics.

Recent graduates have secured positions at world-renowned organisations including ExxonMobil, Intel, Merck, P&G, Samsung, and Unilever. They occupy diverse professional roles such as advanced process control and machine learning engineer, battery modelling engineer, data scientist, and product development chemist. The programme's strong emphasis on practical application and computational mastery ensures that graduates are prepared for the evolving demands of the global market.