Courses

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CE111: Engineering Drawing

This course provides the fundamental principles and practices of engineering drawing. It covers geometrical constructions, freehand sketching, and the use of engineering scales. Students learn the principles of orthographic projection and the projection of points, lines, planes, and solids in various orientations. Emphasis is placed on visualization and interpretation skills, including missing views of objects.  

CE102: Environmental Studies

This course introduces the principles of ecology, biodiversity, and sustainable development, emphasizing the relationship between humans and the environment. It covers water resources, sanitation practices, and environmental pollution with methods of treatment and control. Students learn about solid, hazardous, biomedical, and electronic waste management along with relevant environmental legislation and standards. The course also addresses current global issues such as climate change, greenhouse gases, ozone depletion, and acid rain. 

CE5181: Advanced Engineering Mathematics

This course covers linear algebra, differential equations, Laplace and Fourier analysis, with applications to engineering problems. It introduces complex analysis, probability, and statistics for modeling and problem-solving. Students gain practical skills in numerical methods for solving equations, interpolation, integration, and differential equations. The course also emphasizes partial differential equations and vector calculus with applications in science and engineering.

CE6101: Atmospheric Physics and Chemistry

This course provides an overview of the global atmosphere as a physical system, including its composition, structure, and evolution. It covers atmospheric dynamics and radiation budget, with emphasis on turbulence, circulation, scattering, greenhouse effect, and global warming. Atmospheric chemistry, including kinetics, photochemistry, stratospheric and tropospheric ozone, and catalytic cycles. The course also examines aerosol physics and chemistry, covering formation, dynamics, cloud interactions, and their role in climate change.

CE5101: Chemistry for Environmental Engineers 

This coursework will provide insights in the field of environment sciences. The objective of this course is to provide students’ knowledge about chemical processes involved in various environmental systems. The students will understand about chemical kinetics, redox chemistry and other chemical transformations occurring in water or air. The practical course will impart knowledge of determining different water and wastewater quality parameters and understanding their effect on water and wastewater treatment. 

CE510: Environmental Impact Assessment

This course introduces the environmental impact assessment (EIA) technique as a crucial tool for responsible environmental decision-making. It provides an introduction to the concepts, methods, issues and various stages of the EIA process