About the program:
A Petroleum Engineering Department in a future Egyptian university will focus on combining traditional oil and gas knowledge with modern technologies like AI and digital reservoir modeling. It will prepare students for all stages of the industry, from exploration to production, while also emphasizing sustainability, carbon management, and environmental responsibility. Collaboration with organizations such as Society of Petroleum Engineers will enhance students’ practical skills and global exposure, ensuring graduates are ready to lead Egypt’s energy sector in the future
Petroleum Engineering is a specialized engineering discipline focused on the exploration, production, refinement, and distribution of hydrocarbons, including crude oil and natural gas. This highly technical field intersects with several related areas such as geophysics, petroleum geology, formation evaluation (well logging), drilling, economics, reservoir simulation, well engineering, artificial lift systems, and oil and gas facilities engineering. In Egypt, petroleum engineering education is offered by only a few universities, with Future University being one of the select institutions providing this specialized program.
Future University’s petroleum engineering graduates’ benefit from instruction by leading researchers and industry professionals with over 35 years of experience. The program’s curriculum is designed to bridge classroom learning with practical industry applications, ensuring that undergraduates gain the hands-on knowledge and skills necessary to actively contribute to the petroleum sector both within Egypt and internationally. As part of our commitment to continuous improvement, the curriculum has recently been updated to include courses aligned with the United Nations Sustainable Development Goals (SDGs), supporting the industry’s efforts to address climate change challenges. The Petroleum Engineering Department holds accreditation from the Ministry of Higher Education and Missouri University of Science and Technology (S&T). Through a faculty and student exchange program with Missouri S&T, undergraduate students have the opportunity to study abroad, enhancing their intellectual development and expanding their global professional network.
To ensure our graduates enter the oil and gas industry as productive contributors capable of working across all sectors—including operators and service providers worldwide—the department has established numerous collaboration agreements with national and international companies and institutions such as the Egyptian Petroleum Research Institute (EPRI), Streamlines Oil & Gas, Tatweer Petroleum Services, and SLB (formerly Schlumberger). These partnerships provide valuable opportunities for students to gain internships, practical training, and field experience prior to graduation, while also facilitating access to full-time employment opportunities for our graduates.
As part of the program requirements, students must complete an internship with a recognized Exploration and Production (E&P) company as part of their industrial training during the summer of their third and fourth years. This hands-on experience exposes students to real-world professional environments, helping them stay current with the latest technological developments and industry standards—knowledge that is directly integrated into their advanced coursework. Additionally, students are encouraged to participate in national and international conferences by presenting research papers, with full support and sponsorship provided by Future University in Egypt (FUE), whether the events are held locally or abroad.
Success in the petroleum engineering program requires a combination of technical, personal, and professional qualities. Strong analytical skills are essential for interpreting complex data and solving engineering problems, while proficiency in mathematics, physics, and chemistry provides the foundation for understanding core concepts. A natural problem-solving aptitude, attention to detail, and adaptability are critical in addressing the challenges of a dynamic industry. Effective communication skills are also important for working with multidisciplinary teams and conveying technical information to various stakeholders. Additionally, ethical awareness and a strong sense of environmental responsibility are increasingly vital in today’s energy landscape. Resilience, curiosity, and a collaborative mindset further contribute to thriving in both academic and professional environments. Together, these attributes—paired with a solid educational background—equip students for a successful journey in petroleum engineering and a rewarding career in the industry.
Program Mission
The Petroleum Engineering program provides a promising academic and cultural environment with international standards that enables the qualifying of a distinguished engineer who can compete locally and regionally and comply with the requirements of the labor market professionally and ethically, stimulates innovative scientific research, contributes to community service and sustainable development.
Program Aims
The Petroleum Engineering program is committed to equipping future engineers with the theoretical knowledge and technical skills necessary to meet the evolving demands of the professional market, preparing graduates who can identify, formulate, and solve complex petroleum engineering problems by applying principles of mathematics, science, and engineering. Utilizing modern tools, techniques, and skills necessary for practice, they apply engineering design to deliver solutions that meet specified needs while carefully weighing public health, safety, and welfare against global, cultural, social, environmental, and economic factors. Grounded in strong ethical and professional responsibilities, graduates make informed judgments that consider the broader societal impacts of their work and communicate these ideas effectively to diverse audiences. They function successfully within collaborative and inclusive teams to provide leadership, establish goals, and meet objectives, while also demonstrating the business administration and entrepreneurial skills required to drive projects forward. Ultimately, they commit to continuous professional growth by conducting appropriate experimentation, analyzing data to draw sound conclusions, and acquiring new knowledge, all while actively promoting the engineering field and contributing to the advancement of both the profession and the community.
Graduate’ Attributes
The Petroleum Engineering program aims to provide future engineers with the appropriate theoretical knowledge and technical skills to respond to professional market demands, preparing graduates who master a wide spectrum of specialized knowledge and apply abstract thinking to real-life scenarios. By employing analytic, critical, and systemic thinking, they effectively identify, diagnose, and solve engineering problems of varying complexity while utilizing the modern tools, techniques, and skills necessary for contemporary practice. These professionals behave ethically and adhere strictly to industry standards, placing a high value on both the physical and natural environments by actively promoting sustainability principles. They are equipped to communicate creatively across different modes and languages to address academic and professional challenges, and they transition smoothly into leading or collaborating within multi-disciplinary teams while assuming full responsibility for collective performance. Ultimately, they leverage strong leadership, business administration, and entrepreneurial skills to promote the engineering field, contribute to their community, and maintain a lifelong commitment to self-development, post-graduate research, and continuous learning.
Career opportunities
To ensure our graduates enter the oil and gas industry as productive contributors capable of working across all sectors—including operators and service providers worldwide—the department has established numerous collaboration agreements with national and international companies and institutions such as the Egyptian Petroleum Research Institute (EPRI), Streamlines Oil & Gas, Tatweer Petroleum Services, and SLB (formerly Schlumberger). These partnerships provide valuable opportunities for students to gain internships, practical training, and field experience prior to graduation, while also facilitating access to full-time employment opportunities for our graduates.
Students' training and research
In order to graduate, each student must complete 150 training hours divided into two training modules (75 hours each) without credit hours. If a student cannot get himself/herself a summer training opportunity, then the University will offer him/her one. These may cover the wide spectrum of designing in an architectural firm or a consultant's office, or supervising work on a construction site. This training actually raises the students' awareness, understanding, and comprehension of what is going on in the real professional life, whether in the field, or in a consultant's office.
