The Faculty of Natural and Applied Sciences is dedicated to fostering academic excellence, research innovation, and practical application across diverse scientific disciplines. Our mission is to equip students with the knowledge, skills, and critical thinking necessary to address real-world challenges in fields like biotechnology, computer science, environmental management, and more. We aim to inspire creativity, collaboration, and ethical responsibility, preparing graduates to become leaders in industry, academia, and research.
Our vision is to be a globally recognized hub for cutting-edge research, technological advancement, and interdisciplinary education in the natural and applied sciences. We strive to cultivate an environment where scientific discovery and innovation thrive, driving societal progress and sustainable development. Through our programs, we aim to shape future scientists, technologists, and innovators who will lead the way in solving complex global challenges and advancing the frontiers of knowledge.
The programme aims to provide a deep understanding of microbiology concepts in various sectors such as industry, health, food, agriculture, pharmacy, and environment. It also highlights the importance of the relationship between microbiology and biotechnology. While the philosophy of the programme is centered around training graduates to apply microbiological techniques to address the societal developmental needs effectively.
The Biotechnology programme offers comprehensive training in utilizing biological systems for product development and skill acquisition for graduates pursuing careers as scientists in industries and academia. The objectives of the program include providing students with a foundational understanding of biotechnology, fostering critical thinking and problem-solving skills in various multidisciplinary biotechnological settings, and preparing students for research in industrial and academic fields.
The Biochemistry programme is structured to offer students a comprehensive understanding of chemical processes in living organisms from single to multi-cellular entities, encompassing plants and animals. The programme aims to educate students on the chemical processes occurring in living organisms, elucidating the causes of deviations that can lead to pathological conditions. Moreover, it empowers students with the knowledge to manipulate normal processes for desired outcomes, enabling employment opportunities in health, food, and related industries or self-employment.
The Industrial Chemistry programme is designed to provide students with a thorough understanding of the chemical processes and transformations involved in industrial applications. The Industrial Chemistry programme aims to equip students with the knowledge to analyze, design, and optimize chemical processes used in industrial settings, enabling them to contribute to sectors such as manufacturing, pharmaceuticals, energy, and environmental management. It also fosters innovation by teaching students how to develop new materials, enhance production efficiency, and ensure sustainable practices within industrial environments.
The Software Engineering programme department helps to prepare graduates with the necessary knowledge and skills to develop and maintain quality software systems for various entities while meeting system requirements within time and budget constraints. The objectives of the Software Engineering program include providing students with a strong foundation in computing, practical skills in software development processes, expertise in programming languages, training in managing large software projects, and fostering high ethical standards for diverse career opportunities in the industry.
The Computer Science programme focuses on providing a high-quality education that emphasizes the theoretical and algorithmic foundations of computing to guide the design, implementation, and application of computational systems. Students are also trained to analyze, evaluate, and propose solutions for software and algorithm designs, develop self-management and teamwork skills, and adhere to professional and ethical standards in their careers.
Additionally, the programme aims to enhance students’ communication skills, both orally and in writing, and instill in them a commitment to lifelong learning and growth.
The programme aims to enhance cybersecurity knowledge and skills to protect business transactions, assets, and critical infrastructure both nationally and globally. The objectives of the programme include producing graduates equipped with cybersecurity knowledge to detect and prevent cyber-fraud, analyze threats, develop detective codes, and understand privacy techniques like cryptography. The programme is justified by the increasing societal reliance on digital infrastructure, making cybersecurity a crucial challenge for the future, and the need for professionals with diverse cybersecurity competencies in the rapidly digitalizing world.
There is a high demand for Information and Communication Technology specialists globally, aiming to enhance operational efficiency, productivity, and continuous functioning of businesses and non-business organizations. The degree programme in EU focuses on producing Information and Communication Technology graduates with the necessary knowledge and skills to manage computing infrastructure, support computer users, and increase business value through productivity. The programme’s philosophy is to equip students with the skills and knowledge for seamless integration of ICT in organizations and support computer system users with best practices and professional standards.
The Environmental Management and Technology programme is structured to offer students a comprehensive understanding of environmental systems and the technological solutions necessary to manage and protect these systems. The programme aims to equip students with the knowledge and skills to analyze environmental issues, design and implement management strategies, and apply technological innovations to promote sustainability. It prepares graduates for careers in environmental consulting, natural resource management, pollution control, renewable energy, and policy-making or self-employment in green industries.
The Data Science programme is to provide students with a strong foundation in mathematics, statistics, computing, and information technology to extract knowledge from data. The objectives of the programme include equipping students with the skills to analyze complex real-life problems, play significant roles in data architecture, acquisition, analysis, and archiving, and uncover hidden information in various sectors. The programme aims to train students to integrate data-driven IT solutions with business processes to meet the information needs of organizations effectively and efficiently.
The Physics with Electronics programme is designed to provide students with an in-depth understanding of fundamental physics principles alongside practical expertise in electronics. The Physics with Electronics programme aims to equip students with the skills necessary to understand and manipulate physical phenomena and electronic components, enabling them to contribute to fields such as telecommunications, robotics, instrumentation, and renewable energy technologies. The programme also fosters analytical and technical abilities, positioning graduates for roles in research, development, and industrial applications, or for self-employment in technological fields.
