Master of Science in Renewable Energy Engineering

Program Overview

and an M.Eng., both dual-degree programs with a 40-credit structure. The M.Sc. program develops a thorough understanding of renewable energy technologies, focusing on electricity generation in Egypt, and emphasizes research and managerial skills. The M.Eng. program provides a strong technical foundation, experience in broader energy issues, and opportunities for specialization, catering to students with BSc degrees seeking professional development. Both programs are designed to produce engineers capable of designing and developing sustainable energy systems.

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 and consist of 40 credit hours. The M.Sc. program aims to develop a thorough knowledge of viable renewable energy technologies, focusing on electricity generation in Egypt. It provides a strong technical background in key renewable energy fields, experience in evaluating broader energy issues (especially environmental impacts), opportunities for specialization, and a project allowing practical or research experience in industry or a research laboratory. Graduates will be equipped with skills for provisional research, academic paper writing, and managerial and ethical skills. The M.Eng. program also aims to develop a thorough understanding of viable renewable energy technologies, with a focus on electricity generation in Egypt. It provides a firm technical background in key renewable energy fields, experience in evaluating broader energy issues (particularly environmental impacts), and allows students to specialize in a particular technology or implementation aspect. It also includes a project allowing students to gain practical or research experience. The M.Eng. program offers better options for students with BSc degrees to develop their fundamental and conceptual knowledge and engage in professional activities.

Outline:

Both the M.Sc. and M.Eng. programs have a 40-credit hour structure. The breakdown differs slightly:

• M.Sc.
• : 16 credit hours of compulsory modules, 6 credit hours of elective modules, and 18 credit hours dedicated to a thesis.
• M.Eng.
• : 16 credit hours of compulsory modules, 18 credit hours of elective modules, and 6 credit hours for a research project.

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)
or M.Eng.
• isn't explicitly stated):
A large number of elective modules are listed (REN 604 through REN 624), each covering advanced topics in various aspects of renewable energy engineering, including energy conversion, fluid mechanics, thermodynamics, heat transfer, aerodynamics, materials science, finite element analysis, computational fluid dynamics, electronic devices for PV applications, grid-connected PV systems, and wind energy systems.

Research Project/Thesis:

• M.Sc.
• : An 18-credit hour thesis is required, demonstrating the student's ability to collect and integrate data from various sources, critically review previous studies, define and state the problem, deduce a work plan, define the research methodology, and present findings in a written thesis including state-of-the-art, methodology, results, discussion, and conclusion sections.
• M.Eng.
• : A 6-credit hour research project is required, showcasing the student's ability to investigate an industry-related point, following the basic steps of data collection, analysis, and results discussion.

Assessment:

Assessment methods are consistent across both programs and 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. The ILOs (Intended Learning Outcomes) are tested and assessed throughout the program.

Teaching:

The teaching methods employed include 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, reinforcing elements developed throughout the program. Students are encouraged to undertake independent reading to supplement and consolidate learning. The teaching staff are active in energy research, influenced by the BUE's Centre of Energy. The program also benefits from a partnership with London South Bank University.

Careers:

The M.Sc. program equips graduates with skills for provisional research, academic paper writing, and managerial and ethical skills. The M.Eng. program provides better options for students with BSc degrees to develop their fundamental and conceptual knowledge and engage in professional activities.

Other:

The BUE Master's Degree in Renewable Energy is designed to allow graduates to develop their knowledge of renewable and sustainable energy systems. The program includes optional subject matter choices while allowing for specialization. The program aims to produce engineers who will design and develop the next generation of renewable and sustainable energy systems.