Chemical Engineering Rowan University

Overview

The Chemical Engineering programme at Rowan University provides a sophisticated platform for students to engage in industrially relevant research and high-level technical training. This curriculum is designed to prepare graduates for leadership roles within high-tech sectors by blending theoretical knowledge with practical application.

Students can tailor their educational journey by selecting either a research-focused thesis track or a comprehensive coursework track. The thesis option is particularly suited for full-time students seeking funded research assistantships, while the non-thesis route offers flexibility for working professionals to enhance their expertise through structured academic modules.

The programme focuses on several vital areas of modern engineering, including sustainability, bioengineering, and polymer science.

Why Chemical Engineering at Rowan University?

Rowan University is recognised as a national leader in engineering education, providing students with access to cutting-edge laboratories and equipment. The institution emphasises an applied, hands-on approach that ensures graduates are not only theoretically proficient but also ready for immediate professional impact.

The department maintains strong links to industry, focusing on research that addresses contemporary challenges in reaction engineering and pedagogy. This distinctive teaching environment fosters innovation and allows students to work alongside expert faculty on projects that have a tangible influence on the field of chemical processing.

Tuition Fee Breakdown

• International fee: USD 877 per credit
• National fee: USD 877 per credit
• Local fee: USD 877 per credit

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

Syllabus

Modules may include:

• Engineering Applications of Analysis
• Engineering Application of Computers
• Approved Business Course
• Process Heat Transfer
• Membrane Process Technology
• Biochemical Engineering
• Safety In The Process Industries
• Transport Phenomena For Engineers
• Advanced Reactor Design
• Advanced Separation Process Technology
• Polymer Engineering
• Green Engineering Design In The Chemical Industry
• Fluid Flow Applications In Processing And Manufacturing
• Electrochemical Engineering
• Air Pollution Control
• Biomedical Process Engineering
• Advances In Particle Technology
• Bioseparation Processes
• Advanced Engineering Process Analysis And Experiemental Design
• Industrial Process Pathways
• Optimization Of Engineering Projects
• Advanced Process Analysis
• Food Engineering Systems
• Advanced Process Control Automation and Design
• Experiential Engineering Education
• Masters Research

Careers with Chemical Engineering

Graduates are well-positioned to enter a growing job market where the demand for skilled engineers continues to rise. The programme prepares individuals for diverse roles in sectors such as pharmaceuticals, food engineering, and environmental consultancy, focusing on high-tech manufacturing and process design.

The professional development opportunities provided during the course ensure that students can transition into senior engineering positions or pursue further doctoral studies. Alumni often find success in roles involving process safety, sustainable design, and the management of complex chemical systems across various global industries.