Engineering
Faculty
A centre of technical mastery and academic depth, preparing the next generation of engineers to lead industrial innovation and solve complex global challenges.
Built for Engineering Practice and Academic Depth
Madonna University’s Faculty of Engineering prepares students for the technical, scientific, and professional demands of modern engineering. The faculty links theory with practical training, ensuring that graduates are industry-ready from day one.
The programmes are grounded in the University’s mission of decency in education and morals while pushing the boundaries of design, problem solving, research, and industrial application.
Comprehensive Scope
Six specialized departments covering Chemical, Civil, Computer, Electrical, Mechanical, and Petroleum Engineering.
Akpugo Campus
A dedicated technical learning environment designed for applied engineering and industrial research.
Professional Focus
Curricula shaped by modern industry demands and professional registration standards (COREN).
Moral Formation
Integration of technical mastery with the University's core values of decency and ethics.
Explore our Engineering Programmes
Chemical Engineering
Specializing in plant design, process engineering, and industrial problem solving for the petroleum and chemical sectors.
Civil Engineering
Focusing on infrastructure planning, structural systems, surveying, and sustainable construction projects.
Computer Engineering
Advancing hardware, software, networks, and embedded systems to drive the global digital economy.
Electrical / Electronics
Study of power systems, electronic circuitry, and control-oriented engineering for industrial application.
Mechanical Engineering
Expertise in thermodynamics, manufacturing, machine design, and applied mechanical systems.
Petroleum Engineering
Specialized training in reservoirs, drilling, production, and sustainable energy sector practices.
Science with Responsibility
Engineering education at Madonna University is built on the conviction that technical mastery must be tied to ethical conduct, practical competence, and service to society.
The faculty encourages rigorous inquiry, collaboration, leadership, and steady professional growth so that students can respond to changing industry needs with confidence and discipline.
Professional Formation
Graduates are expected to satisfy recognized standards, work effectively with other professionals, and uphold the University's tradition of decency in education and morals.
University VisionTo produce graduates who bring peace and order, treating fellow humans with honour and respect while remaining at the frontline of research.
University MissionAs a Catholic University, we provide high-quality, service-oriented education for the common good of Africa and beyond.
Training for Competence and Service
Technical Proficiency
Applying mathematics, science, and engineering fundamentals to resolve complex problems across the chemical, civil, computer, electrical, and mechanical sectors.
Ethical Responsibility
Committing to professional ethics and COREN codes of conduct, ensuring designs prioritize public health, safety, and environmental sustainability.
Modern Tool Usage
Expertise in CAD, simulation, and ICT tools to create optimized solutions for modern industrial challenges and digital economy infrastructure.
Leadership & Teamwork
Developing the ability to function effectively in multidisciplinary teams, leading projects from conceptual design to industrial application.
Project Management
Integrating managerial and financial principles to lead complex engineering projects and maintain large-scale industrial plants effectively.
Lifelong Learning
Cultivating a commitment to continuous professional development and adapting to emerging technological and social changes globally.
Outcomes, Practice, and Professional Readiness
Programme Outcomes
Our engineering programmes emphasise a meticulous balance of problem analysis, design investigation, and the professional application of modern engineering tools.
Industry Alignment
Students are exposed to rigorous practical work that bridges the gap between classroom theory and real-world engineering systems, industrial processes, and global workplace expectations.
Core Faculty Expectations
- Apply advanced engineering knowledge to solve developmental and complex industrial problems.
- Integrate public health, safety, environmental, and legal concerns into every engineering design.
- Respond to the evolving needs of modern industry through responsible and ethical professional practice.
"Engineering is where discipline becomes usefulness: careful ideas, tested methods, and practical work that makes communities better."
Study and build with Engineering Purpose
Join a faculty where practical training, technical discipline, and moral formation work together to prepare graduates for leadership in industry, infrastructure, and research.