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The primary specializations include Chemical Process Engineering, Materials Engineering, Petroleum Process Engineering, Environmental Process Engineering, Process Modeling, Simulation & Control, Energy & Environment, Fuels & Biofuels, Process Optimization, and Artificial Intelligence applications in Process Systems Engineering. The Faculty of Engineering provides doctoral and master's programs in Electronic Systems Engineering, Engineering, Environmental Systems Engineering, Industrial Systems Engineering, and Petroleum Systems Engineering. Currently, a master's program is available in Process Systems Engineering, with a doctoral program in development. Software Systems Engineering programs are being developed for both master's and doctoral levels. The interdisciplinary doctoral degree in Engineering fosters collaboration across the four existing and two proposed programs. Additionally, Master of Engineering and Master of Applied Science degrees are offered. The Master of Applied Science is a research-focused program requiring a thesis, while the Master of Engineering with a project report caters to working engineers. This program aligns with the Graduate Cooperative Education Program, blending academic learning with professional experience to enhance career growth. Details about the interdisciplinary Master's program in Advanced Manufacturing and Process Systems can be found in the Interdisciplinary Programs section. Typically, students enter the PhD program after completing a Master's degree, with admission contingent on meeting the Faculty of Graduate Studies and Research and Faculty of Engineering requirements.