Faculty of Engineering & Architecture

Background

The Faculty of Engineering & Architecture at the National University – Sudan (NUSU–FOEA) aspires to be a leading center of excellence in engineering education, architectural innovation, and applied research both nationally and internationally. It is committed to producing highly competent, ethical, and forward-thinking engineers and architects through rigorous, interdisciplinary training aligned with global standards.

The faculty emphasises design thinking, technological integration, and sustainable development, preparing graduates to address complex challenges in infrastructure, energy, urban planning, and digital systems. Through a curriculum that blends theory with hands-on experience, students are equipped to contribute meaningfully to industry, academia, and society.

NUSU–FOEA fosters a culture of innovation, collaboration, and lifelong learning, encouraging students to engage in real-world projects, industry partnerships, and community development initiatives. The faculty upholds core values such as integrity, excellence, and respect for diversity, and strives to maintain a reputable role in advancing engineering and architectural solutions for a more resilient and equitable future.

Our Vision

The (NUSU–FOEA) aspires to become a premier center of excellence in engineering and architectural education, research, and societal impact, both nationally and internationally. Its goal is to deliver innovative, interdisciplinary training that aligns with global standards and empowers students to become creative, ethical, and solution-oriented professionals.

The faculty is committed to advancing technological innovation, sustainable design, and infrastructure development through evidence-based teaching, applied research, and strong industry engagement. It fosters critical thinking, lifelong learning, and collaborative problem-solving across engineering and architectural disciplines.

By cultivating partnerships with academic institutions, industry leaders, and communities, NUSU–FOEA aims to contribute meaningfully to national development, environmental resilience, and the global engineering landscape. Upholding values of integrity, excellence, and inclusivity, the faculty strives to shape a generation of professionals capable of designing a smarter, more equitable future.

Our Mission

The NUSU-FOEA is committed to fostering academic excellence, advancing technological innovation, and promoting sustainable development within a dynamic, student-centered learning environment. The Faculty aims to cultivate competent, ethical, and visionary engineers and architects who are dedicated to lifelong learning, creative problem-solving, and socially responsible practice.

Graduates are envisioned as innovative thinkers equipped to address complex engineering and design challenges across diverse contexts, local, regional, and global. Through rigorous education, hands-on experience, and interdisciplinary collaboration, students develop the skills to lead transformative projects in infrastructure, energy, urban planning, and architectural design.

In partnership with industry, government, and communities, the Faculty strives to make meaningful contributions to national development, environmental resilience, and the advancement of engineering and architectural standards in Sudan and beyond.

Our Values

The NUSU-FOEA core values include:

Commitment to community-centered innovation: We strive to address societal challenges through engineering and architectural solutions that are ethical, sustainable, and responsive to local needs.
Integrity, honesty, and respect: All actions within the Faculty are guided by truthfulness, transparency, and respect for human dignity, fostering trust and professionalism in every endeavour.
Equity and inclusivity: We ensure fair treatment for all students, staff, and stakeholders, regardless of ethnicity, appearance, religion, or ideology, creating a welcoming and diverse academic environment.
Dedication to excellence and accountability: We promote hard work, perseverance, and a culture of responsibility, encouraging students and faculty to pursue excellence while being accountable for their conduct and contributions.
Collaborative spirit and global outlook: We value teamwork, interdisciplinary collaboration, and international engagement, preparing graduates to thrive in a globally connected engineering and architectural landscape.
Environmental stewardship and sustainability: We uphold principles of ecological responsibility, integrating sustainable practices into design, construction, and technological innovation.
Positive institutional image and public trust: We aim to maintain a reputable presence in the community by delivering high-quality education, impactful research, and ethical professional services.

Our Objectives:

To graduate professionals holding degrees in engineering and architecture who demonstrate technical excellence, ethical integrity, and a strong commitment to sustainable development and community engagement.
To uphold and promote the values and cultural heritage of Sudan, integrating national identity and ethical principles into the educational philosophy and professional practice of all graduates.
To enhance engineering and architectural research by leveraging the university’s laboratories, digital infrastructure, and interdisciplinary collaboration to address pressing technological and environmental challenges.
To contribute to community development by offering engineering and design services through university-led initiatives and partnerships with governmental and non-governmental organisations, thereby improving infrastructure and quality of life.
To participate in the planning and implementation of national development projects, utilising the expertise of faculty members and consultants to support strategic goals in urban planning, energy, transportation, and environmental resilience.
To promote continuous professional development by organising local and international workshops, seminars, and conferences aimed at advancing the skills and innovation capacity of engineers and architects.
To ensure access to modern tools and technologies by maintaining state-of-the-art laboratories, design studios, and software resources, in collaboration with industry partners and relevant ministries.

Departments

The Faculty of Engineering & Architecture comprises three harmonised, interrelated departments that collectively form the backbone of engineering and architectural education, research, and professional practice. These departments foster a comprehensive understanding of design, technology, and infrastructure, ensuring that future engineers and architects are well-equipped with the knowledge, skills, and ethical standards essential for excellence in their fields.

Working synergistically, these departments provide an integrated academic experience that balances theoretical foundations, practical applications, innovation, and community engagement. Their collective goal is to produce competent, creative, and socially responsible professionals ready to meet the evolving demands of engineering and architectural practice both locally and globally.

The departments are:

Architecture Department
Civil Engineering Department
Electrical & Electronics Engineering Department

Department of Architecture

The Department of Architecture is dedicated to advancing design excellence through rigorous education, research, and mentorship. Its faculty of experienced architects and scholars serves as role models, emphasising the integration of creative vision with technical precision and cultural sensitivity.

Rooted in both tradition and innovation, the department fosters a deep understanding of spatial design, environmental responsibility, and urban dynamics. Students are challenged to explore architecture as a multidisciplinary practice, where aesthetics, functionality, and sustainability converge to shape the built environment.

Through studio-based learning, critical discourse, and hands-on projects, the department cultivates future architects who are not only skilled designers but also thoughtful contributors to society. Its commitment to ethical practice, contextual awareness, and lifelong learning ensures graduates are prepared to lead in both local and global architectural landscapes.

Teaching Programmes:

Core architectural concepts are imparted to students primarily during their design studio years, where theoretical knowledge is integrated with hands-on practice.
In the Faculty of Engineering & Architecture, the department leads the Architectural Design course series, beginning in the second year and intensifying through the fourth and fifth years. These courses cover fundamental principles of spatial organisation, form, function, and contextual design, with increasing complexity in urban, institutional, and mixed-use projects.
The department also conducts the Sustainable Architecture and Environmental Design course, focusing on climate-responsive strategies, energy efficiency, and ecological integration. Students learn to apply passive design techniques, material selection, and environmental analysis tools to real-world challenges.
Additionally, the department offers the Urban Planning and Theory course, which introduces students to the dynamics of city development, zoning, public space design, and socio-cultural factors influencing urban form.

Research & Innovation:

Emphasis on applied research to enhance the quality, sustainability, and cultural relevance of the built environment. The department encourages investigations into architectural design methodologies, material technologies, and spatial performance to address real-world challenges in urban and rural contexts.
Promotes multidisciplinary collaboration across engineering, environmental science, sociology, and digital technologies. Faculty and students engage in joint research projects that explore smart cities, heritage conservation, climate-responsive design, and community-driven planning.
Supports design research, post-occupancy evaluations, and architectural audits to assess the impact of built spaces on human behaviour, energy consumption, and social equity. These initiatives inform policy, practice, and pedagogy, reinforcing the department’s commitment to innovation and evidence-based design.

Department of Civil Engineering

The Department of Civil Engineering is dedicated to advancing infrastructure excellence through rigorous education, applied research, and professional mentorship. Its faculty of experienced engineers and scholars serves as role models, emphasising the integration of analytical rigour with practical innovation and ethical responsibility.

Rooted in both foundational engineering principles and emerging technologies, the department fosters a deep understanding of structural integrity, environmental stewardship, and sustainable development. Students are challenged to explore civil engineering as a multidisciplinary field, where design, materials, and systems converge to shape resilient communities and modern infrastructure.

Through project-based learning, fieldwork, and collaborative problem-solving, the department cultivates future civil engineers who are not only technically proficient but also socially conscious contributors to national and global development. Its commitment to safety, sustainability, and lifelong learning ensures graduates are equipped to lead in diverse sectors, including construction, transportation, water resources, and urban planning.

Teaching Programmes:

Core civil engineering principles are introduced to students through a blend of theoretical instruction and practical application, particularly during their structural and infrastructure-focused studio courses. These experiences emphasise the integration of design, analysis, and construction methodologies.
Within the Faculty of Engineering & Architecture, the department leads the Structural Design and Analysis course series, beginning in the second year and advancing through the fourth and fifth years. These courses cover essential topics such as load-bearing systems, material behaviour, and design codes, with increasing complexity in bridges, high-rise buildings, and public infrastructure projects.
The department also conducts the Sustainable Infrastructure and Environmental Engineering course, which emphasises eco-conscious design, resource efficiency, and resilience. Students explore water management systems, green construction practices, and environmental impact assessments, applying engineering tools to address global sustainability challenges.
Additionally, the department offers the Transportation and Urban Infrastructure Planning course, introducing students to the planning and design of road networks, transit systems, and urban utilities. The curriculum integrates traffic flow theory, geospatial analysis, and socio-economic considerations to prepare students for holistic infrastructure development.

Research & Innovation:

Emphasis on applied research to improve infrastructure resilience, environmental sustainability, and socio-cultural integration. The department encourages investigations into structural systems, construction materials, geotechnical innovations, and transportation networks to address pressing challenges in both urban and rural development.
Promotes multidisciplinary collaboration across civil engineering, environmental science, urban planning, and data analytics. Faculty and students engage in joint research projects focused on climate-adaptive infrastructure, disaster risk reduction, heritage preservation, and inclusive urban mobility, fostering holistic solutions for evolving societal needs.
Supports performance-based design, lifecycle assessments, and post-construction evaluations to examine the long-term impact of civil infrastructure on safety, resource efficiency, and community well-being. These initiatives inform engineering standards, public policy, and educational frameworks, reinforcing the department’s commitment to innovation, sustainability, and evidence-driven practice.

Department of Electrical & Electronics Engineering

The Department of Electrical & Electronics Engineering is dedicated to advancing technological innovation through rigorous education, research, and mentorship. Its faculty of accomplished engineers and scholars serve as role models, emphasising the integration of theoretical insight with practical expertise and ethical responsibility.

Rooted in both classical engineering foundations and cutting-edge advancements, the department fosters a deep understanding of electrical systems, electronic devices, and intelligent technologies. Students are challenged to explore electrical engineering as a multidisciplinary practice, where physics, computation, and design converge to power modern life.

Through lab-based learning, collaborative experimentation, and real-world applications, the department cultivates future engineers who are not only technically adept but also visionary contributors to society. Its commitment to sustainable innovation, global relevance, and lifelong learning ensures graduates are prepared to lead in diverse fields such as energy systems, embedded electronics, telecommunications, and automation.

Teaching Programmes:

Core electrical and electronics engineering concepts are imparted to students primarily through laboratory-intensive courses, where theoretical foundations are integrated with hands-on experimentation and system design.
Within the Faculty of Engineering & Architecture, the department leads the Circuit Design and Analysis course series, beginning in the second year and intensifying through the fourth and fifth years. These courses cover fundamental principles of analogue and digital circuits, signal processing, and embedded systems, with increasing complexity in automation, instrumentation, and real-time applications.
The department also conducts the Renewable Energy Systems and Power Electronics course, focusing on sustainable energy conversion, smart grid technologies, and efficient power management. Students learn to apply simulation tools, design photovoltaic and wind systems, and analyse energy storage solutions in response to global energy challenges.
Additionally, the department offers the Communication Systems and Electromagnetic Theory course, which introduces students to the principles of wireless communication, antenna design, and signal transmission. The curriculum explores modulation techniques, network protocols, and the socio-technical impact of connectivity in modern society.

Research & Innovation:

Emphasis on applied research to advance intelligent systems, energy efficiency, and digital connectivity. The department encourages investigations into circuit design, embedded technologies, and power systems to address real-world challenges in industrial automation, renewable energy, and smart infrastructure.
Promotes multidisciplinary collaboration across engineering, computer science, environmental studies, and telecommunications. Faculty and students engage in joint research projects exploring Internet of Things (IoT), robotics, wireless networks, and energy management systems, contributing to the development of smart cities and sustainable technologies.
Supports innovation in system modeling, hardware prototyping, and performance evaluation to assess the reliability, scalability, and environmental impact of electrical and electronic solutions. These initiatives inform industry practices, academic curricula, and national development strategies, reinforcing the department’s commitment to evidence-based engineering and technological advancement.

Administartion

Dr. Mudathir A. Fagiri
Faculty Dean
Associate Professor of Electrical & Electronics Engineering
Dr. Sawsan M. Almakawy
Deputy Dean
Assistant Professor of Chemical Engineering
Mrs. Alkhansa DafAllah
Registrar

Staff

Name	Academic Rank	E-Mail
Diaeldin Ali Ibrahim Zayan	Associate Professor	diazayan2020@gmail.com
Mudathir Abdallah Fagiri	Associate Professor	ramsarjasfagiri@gmail.com
Dr. Eiman Eisa Ahmed Elhaj	Assistant Professor	Eimaneisa30@gmail.com
Dr. Hassan Abdelkarim Ali Abuzaid	Assistant Professor	Hassankabeer492@gmail.com
Dr. Mayada Abdegadir Mohammed Ahmed	Assistant Professor	mayadanott13@gmail.com
Dr. Mohanad Hamad Eljack Elameen	Assistant Professor	mohanadeljack@gmail.com
Dr. Mona Sayed Mohmmed Ali	Assistant Professor	elexten1@yahoo.com
Dr. Osama Mohammed Ahmed Adam	Assistant Professor	Osamam.osamam.ahmed3@gmail.com
Dr. Sawsan Moh. Almakawy	Assistant Professor	Sawsan.mekkawi@gmail.com
Eng. Amany Hassan Siddig Ahmed	Lecturer	Eng.amanyhassan2015@gmail.com
Eng. Asjad Badreldin Badawi Mohamed	Lecturer	asjad.badr@gmail.com
Eng. Daad Fatehelrahman Yassin Mustafa	Lecturer	Daadyassinyassin@gmail.com
Eng. Dania Adil Mohammed Altaieb	Lecturer	daniaadil00@gmail.com
Eng. Enas Mohammed Elfatih Maglad	Lecturer	Enas_maglad@hotmail.com
Eng. Lamia Mohammed Ibrahim	Lecturer	Mayar303@gmail.com
Eng. Mohamed Ismaal Hussin Badry	Lecturer	Eng.mohammedismail66@gmail.com
Eng. Munzir Mohamed Adham Ali	Lecturer	monziradham@hotmail.com
Eng. Nagouan Omer Ayoub Ali	Lecturer	najwanalle@gmail.com
Eng. Samah Mohammed Khair Mohammedali	Lecturer	skhair16@gmail.com
Eng. Wifag Yousif Abuelgasim Mohamed	Lecturer	Wefagyousif1994@gmail.com
Eng. Alia Salah Saeed Ali	Lecturer	aliasalahsaeed90@gmail.com
Mr. Aida Ali Hmed Elmahady	—	aidatukka6@gmail.com
Eng. Alamin Azhari Alamin Musa	Teaching Assistant	Xzhari1738@gmail.com
Eng. Elmonzir Mohammed Mustafa	Teaching Assistant	—
Eng. Ghadeer Faisal Osman Mustafa	Teaching Assistant	Ghadeerf04@gmail.com
Eng. Hassan Elmahi Hassan Elmahi	Teaching Assistant	Hasssanalmahi26@gmail.com
Eng. Ibrahim Saif Aldeen Awad Ibrahim	Teaching Assistant	Ibrahim1234saif@gmail.com
Eng. Marah Bashir Nasr Mahmoud	Teaching Assistant	Marahbashvr1999@gmail.com
Eng. Marwa Moutasim Mohammed Alashai	Teaching Assistant	marvxwa@gmail.com
Eng. Mohamed Tarig Mpohamed Mustafa	Teaching Assistant	Eng.mohamedtarig@outlook.com
Eng. Shaza Ahmed Omer Mohammed	Teaching Assistant	Shaza.A.Omer667@gmail.com