Master of Engineering in Renewable Energy Engineering
Program Overview
The Faculty of Engineering offers dual-degree Master's programs in Renewable Energy Engineering: a Master of Science (M.Sc.) and a Master of Engineering (M.Eng.). Both programs comprise 40 credit hours and aim to develop a deep understanding of renewable energy technologies and their environmental impacts. Students can specialize in various aspects of renewable energy through elective modules and practical research projects or theses. The programs are designed to equip graduates for careers as researchers, professionals, or engineers in the renewable energy industry.
Program Outline
Degree Overview:
The Faculty of Engineering offers two postgraduate programs in Renewable Energy Engineering: a Master of Science (M.Sc.) and a Master of Engineering (M.Eng.). Both are dual-degree programs. The programs aim to develop a thorough understanding of viable renewable energy technologies, particularly electricity generation in Egypt. Objectives include providing a strong technical background in key renewable energy fields, experience in evaluating broader energy issues (especially environmental impacts), enabling specialization in a particular technology or implementation aspect, and facilitating a project in industry, a research lab, or the university to gain practical or research experience. The M.Sc. program equips graduates with skills for provisional researchers, including research, academic writing, managerial, and ethical skills. The M.Eng. program offers better options for students with BSc degrees to develop fundamental and conceptual knowledge and engage in professional activities. Both programs are 40 credit hours. The M.Sc. requires a grade of “C” (Good) or a Postgraduate Diploma from the Faculty of Engineering if the graduate grade is lower than “C”. The M.Eng. requires a grade of “D” (Pass). A GPA of 2.70 (B-) is required to graduate from either program. The BUE Master's Degree in Renewable Energy is designed to allow graduates to develop their knowledge of renewable and sustainable energy systems, including optional subject choices and specialization possibilities. The program aims to produce engineers who will design and develop the next generation of renewable and sustainable energy systems.
Outline:
Both the M.Sc. and M.Eng. programs consist of 40 credit hours. The M.Eng. program is structured as follows: 16 credit hours of compulsory modules, 18 credit hours of elective modules, and 6 credit hours for a research project. The M.Sc. program is structured as follows: 16 credit hours of compulsory modules, 6 credit hours of elective modules, and 18 credit hours for a thesis.
Compulsory Modules (common to both programs):
- REN 601: Renewable energy sources and environmental issues (3 credit hours)
- REN 602: Solar energy systems and fundamentals (3 credit hours)
- REN 603: Wind energy systems and fundamentals (3 credit hours)
- REN 612: Advanced Design of Experiments (3 credit hours)
- REN 620: Fundamentals of Finite Element (2 credit hours)
- REN 621: Technical Writing (2 credit hours)
has 18 credit hours, M.Sc.
has 6 credit hours): A list of elective modules is provided, including:
- REN 604: Energy Conversion, Storage, and Recovery (3 credit hours)
- REN 605: Advanced Fluid Mechanics (3 credit hours)
- REN 606: Advanced Turbo-Machines (3 credit hours)
- REN 607: Advanced thermodynamics (3 credit hours)
- REN 608: Advanced Heat transfer (3 credit hours)
- REN 609: Advanced Aerodynamics (3 credit hours)
- REN 610: Advanced Materials for Energy Applications (3 credit hours)
- REN 611: Advanced Mechanics of Materials (3 credit hours)
- REN 613: Advanced Finite Element Analysis (3 credit hours)
- REN 614: Computational fluid Dynamics (CFD) (3 credit hours)
- REN 615: Electronic devices for PV applications (3 credit hours)
- REN 616: Grid-connected PV systems (3 credit hours)
- REN 617: Special readings (3 credit hours)
- REN 622: Mechanical Systems in Wind Engineering (3 credit hours)
- REN 623: Control and Electrical Systems in Wind Engineering (3 credit hours)
- REN 624: Implementation of Wind Energy Systems (3 credit hours)
Research Project/Thesis:
- M.Eng. : A research report (6 credit hours) demonstrating the ability to investigate an industry-related point, collecting, analyzing data, and discussing results.
- M.Sc. : An MSc thesis (18 credit hours) reflecting the student's capability to collect and integrate data from various sources, critically review previous studies, define the research problem, plan the work, describe the research methodology, and present results and discussion in a written thesis.
Assessment:
Assessment methods include conventional written coursework assignments, unseen written examinations, group coursework exercises, viva-voce examinations on project work, written project reports/papers, project logbooks, and oral and visual presentations. Informal testing is also conducted in tutorials and seminars. For progression in the M.Eng. program, students must complete 34 credit hours with a GPA of at least B. For the M.Sc. program, students must complete 22 credit hours with a GPA of at least B.
Teaching:
The programs utilize a combination of lectures, timetabled and ad hoc tutorials, problem-solving classes, laboratory exercises, coursework exercises, and self-study of pre-delivered resources. Project work is a significant component. Independent reading is encouraged to supplement and consolidate learning. Teaching staff are active in energy research, including the BUE's Centre of Energy, influencing delivery and assessment methods.
Careers:
The M.Sc. program prepares graduates for roles as provisional researchers capable of conducting research and writing academic papers. The M.Eng. The program code is REN.
The British University in Egypt (BUE) is a private institution located in El Shorouk City, Cairo, established in September 2005. It offers a British-style education, awarding degrees validated by partner UK universities and recognized by the Egyptian Supreme Council of Universities.
Academic Structure:
BUE comprises several faculties, including:
- Business Administration, Economics, and Political Science
- Dentistry
- Engineering
- Energy and Environmental Engineering
- Information and Computer Science
- Mass Communication
- Nursing
- Pharmacy
- Arts and Humanities
- Law
- Arts and Design
These faculties offer a range of undergraduate and postgraduate programs designed to equip students with the skills and knowledge required in today's job market.
Admissions:
Admission to BUE is competitive and aligns with the regulations set by the Egyptian Council of Private Universities. Applicants are evaluated based on their academic performance and English proficiency. Detailed information on the application process, including specific requirements for various educational certificates, is available on the university's official admissions page.
Campus and Facilities:
The main campus spans approximately 40 acres, featuring modern teaching facilities, state-of-the-art laboratories, a comprehensive library, and various recreational amenities. The university is committed to providing a conducive learning environment that fosters both academic and personal growth.
Accreditation and Partnerships:
BUE maintains strong collaborations with UK institutions such as London South Bank University, Manchester Metropolitan University, and Queen Margaret University. These partnerships ensure that the curricula meet international standards and provide students with opportunities for global exposure. Additionally, BUE is accredited by the Egyptian Supreme Council of Universities and has received recognition from the Quality Assurance Agency (QAA) for its commitment to maintaining high educational standards.
Leadership:
The university is led by President Professor Mohamed Loutfi, who assumed the position in 2021. Professor Loutfi brings a wealth of experience from previous academic roles in both the UK and Egypt. In December 2022, the esteemed cardiologist Sir Magdi Yacoub was appointed as the first honorary chancellor of BUE, reflecting the institution's dedication to excellence in education and research.
Entry Requirements:
To join the M.Sc. Renewable Energy Engineering program, students must hold an undergraduate B.Sc. degree with a minimum grade of "C" (Good). Alternatively, a Postgraduate Diploma from the Faculty of Engineering is acceptable if the graduate grade is lower than "C". For the M.Eng. Renewable Energy Engineering program, a grade of "D" (Pass) is required.