About the program:

The Mechanical Engineering Department offers a Bachelor of Science (BSc.) program in Sustainable Energy Engineering, based on a four-year (eight-semester) credit hour system.

This multidisciplinary curriculum integrates thermodynamics, renewable energy sources, energy efficiency, and environmental management to design sustainable power solutions. Students gain the technical expertise and problem-solving skills required to optimize energy systems, reduce carbon footprints, and lead the global transition to green energy. To complete the BSc, students must successfully finish 144 credit hours.

Program Mission

The Sustainable Energy Engineering program facilitates a rigorous academic environment that ensures a strong background in energy conversion, storage, and management systems. Our goal is to produce graduates who can compete in the global job market while abiding by professional and environmental ethical codes. The program promotes high-standard research in renewable energy and actively contributes to community development through sustainable practices.

Program Aims

The Sustainable Energy engineering program equips graduates to identify, formulate, and solve complex engineering problems by applying the principles of mathematics, science, and engineering, while utilizing modern tools, techniques, and skills necessary for contemporary practice. Graduates are prepared to design energy systems that deliver solutions tailored to specified needs, carefully balancing public health, safety, and welfare with global, cultural, social, environmental, and economic factors. They possess the ability to develop and conduct appropriate experimentation, analyze and interpret data, and apply engineering judgment to draw sound conclusions, complemented by a commitment to continuously acquiring and applying new knowledge through effective learning strategies. Beyond technical proficiency, the curriculum fosters professionals who communicate effectively with diverse audiences, recognize their ethical and professional responsibilities, and make informed judgments that consider the broader impact of their solutions on global, economic, environmental, and societal contexts. Finally, graduates are cultivated to function dynamically within multidisciplinary teams—fostering collaborative, inclusive environments to establish goals and meet objectives—while demonstrating leadership qualities, business administration, and entrepreneurial skills that promote the engineering field and actively contribute to the development of both the profession and the community.

Graduate’ Attributes

Well-rounded engineering professionals possess a deep mastery of specialized knowledge and abstract theoretical thinking, allowing them to apply analytic, critical, and systemic approaches to diagnose and solve highly complex real-world problems. Utilizing modern engineering tools and diverse communication methods, they effectively tackle professional challenges while leading and collaborating within heterogeneous, multidisciplinary teams. These engineers hold themselves and their teams to the highest ethical and professional standards, actively championing environmental sustainability and community development. Driven by a commitment to lifelong learning, research, and self-development, they blend technical excellence with leadership, business administration, and entrepreneurial skills to advance both the engineering profession and society as a whole.

Career opportunities

A BSc in Sustainable Energy Engineering from Future University is a versatile qualification at the intersection of mechanical engineering, environmental science, and power systems. This program focusses on combining conventional and renewable energy resources usage together to increase the job opportunity of the graduate. Graduates are in high demand across the public and private sectors, such as, Renewable Energy Engineer, Energy Auditor, Power Systems Engineer, Sustainability Consultant, and Thermal Engineer.

Students' training and research

Hands-on experience is a core component of our engineering curriculum. All students are required to complete 150 hours of practical training at approved engineering facilities, either within Egypt or internationally.

• · Structure: The training is divided into two 75-hour modules.
• · Eligibility: You may register for the first module after completing 54 credit hours, and the second after 90 credit hours.
• · Approval: All placements must be relevant to your major and approved by your department.
• · Assessment: Upon completion of each module, students must submit a formal report and deliver a presentation for departmental review.

We are committed to helping you secure meaningful training. If you are unable to find an internship on your own, the University will assist in placing you with a partner organization. These opportunities span the diverse fields of energy system engineering, engine maintenance … etc. It aims to bridge the gap between academic study and the realities of professional practice.