Palestine Polytechnic University

Deanship of Admission & Registration

404 Page Not Found | Palestine Polytechnic University

Page not found

The requested page could not be found.

Renewable Energy Engineering

رقم التخصص : Major No:
29101
الساعات المعتمدة: Course credit:
163
الكلية: College:
Dual Studies
المستوى: Level:
Bachelor's Programs
مرفقات: Attachments:

Renewable energy has become a globally recognized issue, and its significance is particularly pronounced in Palestine due to limited resources and the Israeli control over them. Given this context, academic focus on renewable energy has intensified, particularly within the Arab region and specifically in Palestine. Currently, academic programs at the bachelor's degree level in the field of renewable energy remain limited, with no comparable program available in the West Bank.

Program Areas:

  1. Designing and operating various energy and renewable energy systems and processes.
  2. Conducting development and scientific research in the fields of energy and renewable energy.
  3. Providing engineering services, including training, planning, management, and maintenance in the energy and renewable energy sectors.
  4. Designing and analyzing electrical transmission and distribution systems.
  5. Conducting economic studies, management, and optimization of energy consumption.
  6. Offering engineering and scientific consulting in the energy and renewable energy fields.

Distinctive Features:

This program represents a significant step for the university in its ongoing commitment to contribute to the availability of skilled professionals, practical experiences, and technical solutions related to the energy situation in Palestine. The global focus on renewable energy makes it a highly relevant issue, and the Hebron governorate, in particular, requires such a program to address the limited local efforts previously made in this field.

 

  1. Educate qualified renewable energy engineering graduates capable of designing and operating various energy systems and processes.
  2. Enable graduates to pursue postgraduate studies and conduct scientific research.
  3. Equip engineers to provide diverse engineering services, such as training, planning, management, and maintenance.
  4. Foster graduates' entrepreneurial and creative skills, along with a commitment to continuous learning within cultural and social contexts.
  1. Identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.
  2. Apply engineering design principles to develop solutions that meet societal needs while considering factors such as public health, safety, welfare, and global, cultural, social, environmental, and economic aspects.
  3. Communicate effectively with various audiences.
  4. Recognize ethical and professional responsibilities in engineering situations, making informed judgments that consider the global, economic, environmental, and societal impacts of engineering solutions.
  5. Work effectively in teams, fostering cooperation, collaboration, inclusivity, and goal-oriented tasks.
  6. Develop and conduct experiments, analyze and interpret data, and employ engineering judgment to draw valid conclusions.
  7. Acquire and apply new knowledge as necessary, utilizing appropriate teaching strategies.
  1. Employment in energy and renewable energy companies
  2. Opportunities in ministries and government departments related to the energy sector, such as the Palestinian Energy and Natural Resources Authority
  3. Positions in electricity energy departments within municipalities and local councils.
  4. Research centers, units, and donor agencies engaged in energy-related work
  5. Academic institutions and universities offering related programs
  6. Pursuit of postgraduate studies for master's and doctoral degrees
  7. Involvement with non-governmental organizations active in the energy field
  8. Engagement in various renewable energy projects