Faculty Of Engineering
February 13, 2025 2026-04-06 15:12Faculty Of Engineering
Faculty of Engineering
A place to discover different paths and build your success
We innovate to make a better World
We innovate to make a better World
A Note from the Faculty Dean:
Welcome to the Faculty of Engineering at Innovation University, Where Innovation Meets Industry
It is my pleasure to welcome you to our Faculty of Engineering at Innovation University, a hub of innovation, technology, and real-world impact. Our ocation in the heart of the vibrant industrial City of the Tenth of Ramadan provides our students with unparalleled opportunities to learn, collaborate, and innovate alongside industry leaders. We offer three distinctive programs, each designed to address the demands of tomorrow:
- Architectural Engineering and Real Estate Development: shaping sustainable, functional, and inspiring projects that transform communities.
- Electronics and Communication Engineering: powering the technologies that connect people, industries, and ideas.
- Robotics and Mechatronics Engineering: driving the future of automation, smart manufacturing, and intelligent systems.
Through advanced laboratories, industry-integrated projects, and hands-on training, we prepare you; our graduates not only to enter the workforce but to lead it. Our mission is to cultivate engineers who are problem-solvers, innovators, and visionaries—ready to make a meaningful contribution to both local and global challenges. I invite you to explore our programs, connect with our faculty, and join a community where education is powered by innovation, shaped by industry, and driven by a passion for excellence.
Professor Samir Sadek Hosny,
Dean, Faculty of Engineering, Innovation University
About the
Faculty of Engineering
"The Faculty of Engineering at
Innovation University delivers
industry-aligned education designed
to bridge academic knowledge with
real-world application. Located in
10th of Ramadan City, the faculty
integrates applied learning,
research excellence, and strategic
industrial partnerships"
OUR GOALS
- Develop a competitive educational system aligned with global advancements.
- Foster scientific innovation in engineering fields.
- Enhance creativity and problem-solving skills in students.
- Provide a high-quality learning environment.
- Ensure graduates meet industry demands.
- Strengthen teamwork and communication abilities.
- Cultivate leadership and business management skills.
- Uphold ethical and professional standards.
- Promote lifelong learning.
Vision
To be a beacon of innovation
in engineering education, scientific
research, and community service at
local, regional, and international
levels.
Mission
To prepare
innovative engineers through
renewed educational programs
aligned with labor market needs
and sustainable development goals.
Educational Approach
Our education model
focuses on applied, student centered learning.
Our Undergraduate Programs
Three Programs —
One Vision — One Mission
Architectural Engineering & Real Estate Development
A unique program combining architectural engineering with real estate development to prepare graduates for sustainable urban growth.
Electronics & Communication Engineering
Preparing engineers to lead in communication systems, electronics innovation, and digital transformation.
Robotics & Mechatronics Engineering
Designing intelligent machines and automation systems for modern industry.
Why Choose Engineering at IU
Modern Labs & Workshops
Strong Industrial Integration,
Innovation & Entrepreneurship
Support, Digital Learning
Infrastructure, and Alignment with
Egypt Vision
Career Readiness
The philosophy of the Faculty’s Educational approach:
- Providing a model for modern and advanced engineering education based on specialized expertise, practical applications, and integration with the job market.
We use the Surrounding Environment as an 'Open Textbook'. - The shift from teaching to learning - makes the student the center of the educational process – Student-Centered Learning. This is achieved through:
- Active Learning (problem-solving, practical tasks).
- Collaborative Learning (work teams, group projects).
- The instructor's role becomes a facilitator, not just a lecturer.
- Project-Based Learning.
- Flipped Classrooms.
- Interactive simulations.
- Implementing new educational strategies such as Interactive Learning: This is achieved through:
- Active Engagement (discussions, problem-solving, hands-on experiences).
- Use of Technology (practical applications, simulations, AI).
- Collaborative Activities.
- Gamification Techniques: Challenges, Points.
- Case Studies.
- AR & VR Integration.
- Role Playing.
- The presence of an educational infrastructure that provides outstanding material and human resources to ensure a stimulating educational environment that supports creativity and innovation.
Join our Faculty of Engineering for its Three Unique Programs:
THREE PROGRAMS … ONE VISION … ONE MISSION
The three selected programs are the most in-demand programs in the current job market and the near future. The programs are tailored to be a beacon of innovation in the fields of engineering education, scientific research, community service, and environmental development, striving to compete at the local, regional, and international levels.
Three Programs
These programs are the result of meticulous planning, and aim to align
with national development priorities, development needs, labor market
requirements, and a commitment to quality standards and academic
excellence.
The Architectural Engineering & Real Estate Development Program:
“WE BUILD TO HUMANIZE … WE INNOVATE TO ADVANCE”
"نبني من أجل الأنسنة ... ونبتكر من أجل التقدم"
Our program focusing on architecture and real estate development is the first of its kind at the Bachelor of Science (undergraduate) level in the Middle East. The job market for graduates of this program is broad and particularly in demand due to the increasing number of real estate development companies, both in Egypt and in the Gulf region. The field of real estate development is currently one of the most in-demand sectors for professionals and will remain so for decades to come, as the expansion of urban areas and the growth of demand for real estate products are accompanied by a steady increase in the number of real estate development companies, which in turn raises the demand for graduates who are knowledgeable and skilled in this field in the local, regional, and international job markets. Our Architectural Engineering program is built on the timeless Vitruvian principles of Commodity, Firmness, and Delight—ensuring our graduates design spaces that are functional and efficient, structurally sound and sustainable, and inspiring in their aesthetic appeal. Through a blend of engineering precision, creative vision, and cutting-edge technology, we prepare future architects to create buildings that not only meet the needs of people but also stand the test of time and enrich the human experience.
Qualification to work in the field of real estate development requires an understanding of the stages of the project life cycle and the studies necessary for each stage. Therefore, a set of mandatory and optional courses has been designed to acquire the knowledge, skills, and professional values needed for this specialization.
Fields of Work and Employment:
- Real estate development companies.
- Contracting companies and their real estate development arms
- Real estate development arms of multi-investment companies.
- Consulting engineering offices in the field of architecture and urban planning.
The Electronics & Communication Engineering Program:
“WE SHAPE THE FUTURE OF INNOVATIVE CONNECTIVITY”
Our program equips students with the skills to design, innovate, and lead in a world driven by connectivity. Blending cutting-edge theory with hands-on experience, we prepare future engineers to shape the technologies that power modern life—from smart devices to global communication networks. With a curriculum aligned to industry needs and guided by expert faculty, our graduates stand out as innovators ready to transform the future. Students work directly with cutting-edge technologies, collaborate on real-world projects, and gain exposure to manufacturing, automation, and smart communication systems. We prepare engineers who don’t just adapt to industry, they shape it.
Electronics And Communication Engineering Powering Industry, Connecting The Future Where Education Meets Industry
Key Messages:
- Industry Proximity Advantage: Internships, site visits, and projects with nearby factories and tech firms.
- Advanced Labs & Equipment: IoT systems, embedded electronics, wireless communication, and automation testing facilities.
- Direct Career Pathways: Immediate employment opportunities in manufacturing
automation, telecommunications, electronics design, and maintenance sectors. - Innovation & Problem Solving: Training in real industrial challenges, preparing graduates to implement efficient, smart, and sustainable solutions.
Fields of Work and Employment:
- Telecommunications and Information Technology Sector: telecommunications
and internet companies, network development, mobile applications, and
cybersecurity. - Industry, Energy, and Automation Control: modern factories operating with
automation control systems, as well as power generation and distribution stations. - Vital and Specialized Sectors: transportation fields (airports and railways), military
sector (radar and communication systems), and medical sector (electronic medical devices). - Academic and Research Field: working as faculty members in universities or as
researchers in research and development centers and specialized laboratories.
The Robotics & Mechatronics Engineering program:
“WE SHAPE THE FUTURE OF INNOVATIVE AUTOMATION”
Our program empowers students to design intelligent machines and automated systems
that shape the future of industry and everyday life. Combining mechanical design,
electronics, and advanced control systems, the curriculum delivers both cutting-edge
theory and hands-on innovation. Guided by expert faculty and industry collaborations,
graduates emerge as versatile engineers ready to lead in the era of automation and smart
technology.
Key Messages:
- Proximity to Industry:Training directly inside an innovation-rich industrial ecosystem.
- Live Projects:Designing industrial robots, automated conveyor systems, and precision manufacturing tools for real clients.
Robotics And Mechatronics Engineering, Engineering The Future Of Automation, Where Education Meets Industry
Fields of Work and Employment:
- Automation engineers
- Robotics designers
- Mechatronic system integrators.
- Industrial innovation leaders.
These programs stem from the needs of the industrial and logistical zones of the Tenth of Ramadan City and similar areas in the Suez Canal region and the new free zone, as well as in the emerging industrial city complexes in Egypt’s plan for industrial development and logistics.
You’ll experience:
- Academic excellence, through reliance on applied education according to national and international standards
- An advanced and comprehensive curricula, and a unique and international educational experience.
- A collaboration with a network of private international universities and its strategic partnerships with renowned institutions worldwide
- The development of personal skills in students, such as critical thinking, problemsolving, communication, leadership, and teamwork skills, which are essential for success in our constantly evolving professional world, through a supportive and creativity-encouraging educational environment Innovation Center, where students and faculty come together to explore, experiment, and push the boundaries of innovation
- A dynamic university life within a campus equipped with modern facilities, offering spaces for research, study, networking with others, and creating inspiring memories
- A sports center that includes a variety of indoor and outdoor courts
A Campus that provides the best possible academic environment for its students through a range of facilities, which include:
Innovation Center
An on-campus center for innovation and creativity where students can freely share their
creative ideas and conduct innovative scientific research. Students receive necessary
support and guidance from university professors and experts in various fields.
Through the Innovation Center, the university provides simulation experiences that help
students transform their ideas into real-world projects, along with modern workshops and
industrial partnerships, providing all the necessary tools for students to research, innovate,
and acquire advanced skills.
Innovation Library
The Faculty of Engineering Library contains a vast database and collection of scientific
resources and books in various fields to support the three programs offered by the Faculty,
with quiet spaces for reading and writing research papers. Students can find their scientific
resources in printed or electronic form, with an intelligent search system that helps them
easily find what they are looking for
