Explore the programs and courses offered by Well drilling / Faculty of Hydrocarbons and Chemistry
Browse Programs Admission InformationThe Drilling Engineering specialization entails a rigorous and multidisciplinary curriculum, designed to equip students with the comprehensive technical and scientific competencies required to manage and optimize complex drilling operations. The program encompasses a broad spectrum of core subjects, including the evolution of drilling technologies, well design and architecture, drilling mechanics, drilling fluid management, rock failure mechanisms, as well as casing and cementing procedures.
Advanced instruction is also provided in formation evaluation, well completion strategies, well control (blowout prevention), and formation testing, with a strong emphasis on industrial safety standards and risk mitigation. Environmental stewardship is a central component of the curriculum, particularly with regard to the environmental impact and biodegradability of drilling fluids and additives used in field operations.
The economic dimension of drilling operations is rigorously addressed, focusing on cost optimization, operational efficiency, and reduction of non-productive time—factors that are critical to the commercial viability of hydrocarbon exploration and production projects. Moreover, students gain in-depth familiarity with state-of-the-art drilling equipment and instrumentation, enabling them to monitor, evaluate, and enhance performance in real-time operational contexts.
A key outcome of the program is the development of analytical and decision-making skills required for the critical evaluation and design of drilling programs, the selection of optimized technologies, and the anticipation of operational challenges across various geological environments.
This academic Master’s program is intended for highly motivated students seeking to engage with the technical, scientific, and economic complexities of modern drilling engineering. It also provides a solid foundation for those pursuing careers in applied research and technological innovation, offering exposure to emerging trends, digital technologies, and interdisciplinary research opportunities in a strategically vital domain of the energy sector.
The basic courses form the foundational core of the training program, enabling students to acquire the essential scientific knowledge needed to successfully engage with specialized modules in drilling engineering. The common core curriculum includes mathematics, physics, and chemistry—disciplines that are fundamental to understanding key phenomena such as fluid flow, heat transfer, chemical reactions, and mechanical stresses encountered during drilling operations. Through these courses, students develop robust analytical and problem-solving skills, allowing them to model and address complex engineering challenges. In addition, computer science training equips students with proficiency in digital tools, specialized software, and the fundamentals of scientific programming. This skill set paves the way for the application of modern techniques such as simulation, data analysis, and artificial intelligence in petroleum engineering contexts.