Vision

• Be a globally recognized center of excellence in foundational sciences.
• Empower engineering students through interdisciplinary learning and innovation.
• Foster a deep understanding of scientific principles and problem-solving skills.
• Create an academic environment that encourages creativity and curiosity.
• Support technical expertise and ethical, socially responsible graduates.
• Bridge the gap between scientific theory and engineering applications.
• Promote collaboration across engineering branches for technological advancement.
• Drive sustainable development and positive social impact globally.

Mission

• Provide Strong Foundations: Deliver high-quality education in Mathematics, Physics, and Chemistry, ensuring that engineering students acquire the essential scientific principles necessary for their technical disciplines.
• Promote Analytical Thinking: Cultivate analytical, critical thinking, and problem-solving skills through a well-designed curriculum that prepares students for innovative engineering challenges.
• Encourage Research and Innovation: Support faculty and students in conducting interdisciplinary research that bridges theory and practice, fostering advancements in science and engineering.
• Enhance Practical Learning: Equip students with state-of-the-art laboratory facilities and practical exposure, enhancing their understanding of scientific concepts and their real-world applications.
• Contribute to Sustainable Development: Engage in research and educational practices that contribute to solving contemporary global challenges, particularly in areas like environmental science, materials engineering, and nanotechnology.