The Civil Engineering department at NIET engineering college is an integral and esteemed part of the institution, preparing students for a fulfilling and impactful career in the field of civil engineering: The Civil Engineering Department at NIET offers a well-structured curriculum that covers the fundamental principles and advanced concepts of civil engineering. The curriculum includes subjects such as structural analysis, transportation engineering, geotechnical engineering, environmental engineering, construction management, and more. .
It is designed to provide a strong foundation in theoretical knowledge along with practical applications. The department comprises highly qualified and experienced faculty members who are dedicated to imparting quality education. They bring a wealth of industry expertise into the classroom, ensuring that students receive up-to-date knowledge and practical insights. The faculty members foster an interactive learning environment, encouraging students to actively participate in discussions, solve real-world problems, and engage in research activities.
The department emphasizes the importance of practical learning and industry exposure. It organizes regular field visits to construction sites, industries, and government agencies to provide students with a firsthand understanding of real-world engineering projects. Additionally, the department fosters collaboration with industry professionals through guest lectures, workshops, and internships, enabling students to stay updated with the latest industry practices and trends.
Over all, the Civil Engineering department at NIET engineering college offers a comprehensive and industry-aligned education that equips students with the necessary skills and knowledge to excel in the field of civil engineering. The department's commitment to academic excellence, practical learning, research, and industry collaborations ensures that graduates are well-prepared to contribute to society by designing and constructing sustainable infrastructure projects that meet the evolving needs of communities.
The objective of concrete laboratory is to determine the physical properties of building construction materials like cement, fine and coarse aggregate..
It covers the qualities of concrete required in building applications, such as performance and toughness, and makes recommendations on all elements of concrete, from design mix through batching, mixing, shipping, placing, solidifying, and curing
The information regarding various properties of concrete in its plastic stage as well as hardened Stage is necessary to enable the engineer for quality control during construction work. Knowledge of the subject is essential for the Design of Concrete Structures
To identify and comprehend ideas connected to concrete technology, which includes the various types and properties of concrete as well as various adhesive materials and their critical application in the construction of safe and cost-effective structures.
Materials testing helps us to quantify, and understand whether a material or product is suitable to a certain application. Materials testing points us to limits of a material to handle a load or an operating condition. Materials that have not been tested and directly used in a product can be extremely dangerous.
Materials Testing is a range of highly precise and reliable techniques that determine and measure the characteristics of materials, such as mechanical properties, elemental composition, corrosion resistance and the effects of heat treatments.
The main advantage of materials testing is that it gives you an understanding of how your product will behave whilst in use. You will understand the strength or pressure that your sample can endure, therefore knowing its exact point of failure.
Building material testing helps in construction by disclosing any issues that may lead to future deformities. Building material testing helps to identify future risks which could easily be prevented after the testing results are understood by the executive.
The primary object of survey is the preparation of plan estate or buildings roads, railways, pipelines, canals, etc. Or to measure area of field, state, nation. And to determine precise positions on the surface of the earth of widely distant points
The objective of surveying laboratory is to make students familiar and competent enough to draw maps on a suitable scale by using different surveying instruments like total station, theodolite, auto level, global positioning system (GPS), plane table, compass, etc.
The objective of geotechnical lab is to check the basic properties of soil of a certain area that is to be used for construction purpose. Soil properties include Atterbergs limits, bearing capacity, liquid limit, plastic limit, moisture content, etc.
Geotechnical engineering is the study of the behaviour of soils under the influence of loading forces and soil-water interactions. This knowledge is applied to the design of foundations, retaining walls, earth dams, clay liners, and geosynthetics for waste containment. Geotechnical investigations allow engineers to evaluate the stability and strength of the ground, including slopes and soil deposits, assess risks such as soil aggressivity to buried concrete, and help to determine what type of foundations and earthworks would be required within a project.
Geology provides knowledge about the site used in the construction of buildings, dams, tunnels, tanks, reservoirs, highways and bridges. Geology helps to identify area susceptible to failures due to geological hazards such as earthquake, landslides, weathering effects, etc.
One of the most important roles of an engineering geologist is the interpretation of landforms and earth processes to identify potential geologic and related man-made hazards that may have a great impact on civil structures and human development.
Thus, study of minerals, rocks and soils forms the first step in civil engineering point of view. Hence, a civil engineer should know the introduction of Geology and its branches and importance of a few branches such as Physical Geology, Petrology; Structural Geology and so on. crystallography.
The subject geology is further divided to several branches to deal with specific areas mainly Physical Geology, Geomorphology, Crystallography, Mineralogy, Petrology, Stratigraphy, Structural Geology, Paleontology, Economic Geology, Hydrogeology and other applied branches.
Environmental engineers use the principles of engineering, soil science, biology, and chemistry to develop solutions to environmental problems. They work to improve recycling, waste disposal, public health, and water and air pollution control.
The area of environmental engineering is important in sustaining the development of the natural ecosystem. There is an increasing demand for progress in advanced theories, methods, materials, techniques and facilities for solving current environmental problems
Travel and field work are necessary for Environmental Engineers to solve problems related to the environment. They study and develop strategies to minimize the effects of acid rain, global warming, automobile emissions, and ozone depletion. They design municipal water supply and industrial wastewater treatment systems.
