DIT University DIT University

Department of
Civil Engineering

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Department of
Civil Engineering

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About Department

DIT University, a learning management system provides an instructor with a way to create and deliver good people who tend to go to good organizations.

We borne in our minds that teaching is one of the noblest profession where one imparts knowledge to others. A standout feature is that our brand is rooted in our core values. Thus, represents both our reality and aspirations. Being proactive is an amazingly wonderful attitude and a behavior that ears us memorable relationships at work.

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Dr. Tarumay Ghoshal

The Mentor

The HOD's Message

Dr. Tarumay Ghoshal is having PhD from Centre for Oceans, Rivers, Atmosphere and Land Sciences (CORAL), Indian Institute of Technology Kharagpur in 2015. His PG degree: M.Sc (5 years integrated) in Exploration Geophysics is also from same Institute. Dr. Ghoshal is having total Work Experience of 13 years out of which one year is in Ministry of Petroleum and Natural Gas, Govt. of India; 6 years of pure research experience at IIT Kharagpur and 6 years in both teaching and research at DIT University. Dr. Ghoshal has received sponsored research project fund of INR 1556000 from DST SERB in 2018.

He is currently the overall coordinator of Centre of Excellence in Land, Air, Water (LAW). Dr. Ghoshal is also holding the post of Associate Dean RNC in DIT University and Associate Professor in Department of Civil Engineering. Dr. Ghoshal; was also former head in the same department from 2017-2019. Dr. Ghoshal is currently working with Uttarakhand Pollution Control Board in the domain of Air and Water quality monitoring.

MUSINGS...

DIT University, a learning management system provides an instructor with a way to create and deliver good people who tend to go to good organizations. We borne in our minds that teaching is one of the noblest profession where one imparts knowledge to others. A standout feature is that our brand is rooted in our core values. Thus, represents both our reality and aspirations. Being proactive is an amazingly wonderful attitude and a behavior that ears us memorable relationships at work.
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Mission

  • Preparing the new generation of civil engineers capable of handling any practical problems using technical knowledge, critical thinking, innovative ideas and research outcomes.

Vision

To enrich the department as an institute of learning for civil engineers in research and academics committed with ethics, entrepreneurship skills and global standards to serve the nation and larger global society.

Air and Water

About the Department

Civil Engineering is a professional engineering discipline that deals with the design, construction and maintenance of the physical and naturally built environment, including works like roads, bridges, canals, dams, and buildings. Civil Engineering takes place on all levels: in the public sector from municipal through to national governments, and in the private sector from individual homeowners through to international companies.

A Civil Engineering degree prepares a professional to work in various engineering areas, from construction to communications, infrastructure etc. Civil Engineers are involved in the design, development and construction of a huge range of projects in the built and natural environment. Their role is central to ensuring the safe, timely and well-resourced completion of projects in many areas, including highway construction, waste management, coastal development and geotechnical engineering. Consulting Civil Engineers liaise with clients to plan, manage, design and supervise the construction of projects. As contracting Civil Engineers, they turn the plans of consulting Civil Engineers (designers) into reality. They oversee the actual construction on the ground and work in conjunction with consulting engineers.

Civil Engineering graduates are also valued in commercial and corporate sectors such as finance, banking and accountancy. A Civil Engineering degree would be of great value in operational management, supply chain management, procurement, intellectual property, logistics and after-sales management also. The Civil Engineering Department of the Institute was started in the year of 2009 offering Under Graduate course in Civil Engineering with an intake capacity of 60 students, which has now been increased to 120. An M. Tech. program in Structural Engineering is also being offered with a sanctioned intake of 18. The department has well qualified, experienced and dedicated faculty members and lab technicians. The Department has state-of-the-art laboratories and modern infrastructure.

Center of Excellence

Air and Water

Center of Excellence in Land, Air and Water (LAW)

DISA Lab

Formation of DISA Lab (Data Interpretation and Spatial Analysis) under the sponsored project of DST SERB

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Laboratories

The Department has 11 fully equipped state-of-the-art laboratories supervised by experienced faculty members. There are trained technicians to help the students in performing the experiments.

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Hydraulics & Hydraulic Mechanics Lab

The hydraulics laboratory is fully equipped with all the facilities and experimental setup through which students are given a very good demonstration to understand various methods of measurement of flow rates, capacity & velocity of water in tanks, closed pipes and open channels.

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Building Material Lab

The Building Material Lab is equipped with experimental setup required for study of properties of various building materials.

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CAD Lab

The CAD Lab is equipped with AutoCAD software and is extensively used for design and drawing. The knowledge gained in the lab eventually equips the students to provide quality service once employed in the industry.

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Structure Analysis Lab

Transportation lab consists of equipment used in the testing of bituminous materials such as viscosity, ductility and plasticity and other devices for super-pave testing of bitumen and aggregates. There are other devices for mix design by both Superpave and Marshall Methods.

Building Planning and Drawing Lab

Building planning and drawing lab in civil engineering is used for make the plan of any building, structure, etc. The various plan model of this lab are generally Study model of two story building, Study model of bifurcated stair, Study model of open well stair, Study model of flush door, Study model of racking shore, model of ventilated door, Study model of laced & bracing, Study model of shahs door, Study model of fully panel door, Study model of half panel & half glazed door etc.

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Structure Lab

The Structural Engineering Laboratory in the Department of Civil Engineering at DIT University is equipped with state-of-the-art instruments to facilitate hands-on learning and advanced research in structural analysis and mechanics. Key equipment includes the Redundant Joint Apparatus, Elastically Coupled Beam Structure, Deflection of Truss Apparatus, Three Hinged and Two Hinged Arch Apparatus, and Beam Models for studying fundamental concepts of load distribution and deformation. Additional apparatus such as the Elastic Properties of Deflection Beam, Column Apparatus, Portal Apparatus, and Curved Member Apparatus enable students to explore elastic properties, structural stability, and the behavior of unsymmetrical bending. These instruments provide a comprehensive platform for practical understanding and skill development in structural engineering.

Concrete lab

The Concrete Laboratory of the Civil Engineering Department at DIT University is equipped with state-of-the-art instruments to provide a comprehensive platform for advanced learning, research, and practical applications in concrete technology. The laboratory is designed to meet the objectives of quality testing, performance analysis, and material characterization of concrete and related materials. High-end equipment such as the Compression Testing Machine and Universal Testing Machine from Aimil Ltd. enables precise strength evaluation, while instruments like the Automatic Blaine Apparatus and Air Entrainment Meter ensure detailed analysis of cement fineness and air content in concrete, respectively. Advanced tools like the Silver Schmidt Rebound Hammer from Proceq provide non-destructive testing capabilities, ensuring modern quality assessment methods. For workability and consistency studies, the lab features devices such as the Slump Test Apparatus, Flow Table Test Apparatus, and Vibrating Table, all ensuring rigorous adherence to testing standards. Additionally, aggregate quality is analyzed using the Sieve Shaker (Motorized) and Aggregate Crushing Value Apparatus, while the Concrete Mixer and Vibrating Machine facilitate precise specimen preparation. The facility is instrumental in Promoting innovative research and producing skilled professionals aligned with industry standards.

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Soil Mechanics Lab

The Soil Mechanics Laboratory of the Civil Engineering Department at DIT University is a well-equipped facility dedicated to studying and analyzing the properties of soil for geotechnical applications. The lab provides advanced infrastructure to support academic, research, and professional objectives in soil mechanics and foundation engineering. Key instruments such as the Triaxial Testing Machine and Consolidation Apparatus allow for detailed evaluation of soil strength and compressibility under varied loading conditions. Tools like the Proctor Compaction Apparatus and Relative Density Apparatus are crucial for understanding soil compaction characteristics, while the Falling Head and Constant Head Permeability Tests facilitate precise permeability assessments.

The Unconfined Compression Testing Machine and Casagrande Apparatus enable accurate determination of soil cohesion and consistency limits. Comprehensive particle size analysis is performed using the Sieve Shaker and high-quality sieve sets (20 cm and 30 cm). Additionally, in-situ soil properties are evaluated with tools such as the Dynamic Cone Penetration Apparatus, Core Cutter, and Sand Replacement Test setup. Auxiliary equipment, including Hot Air Oven, Weight Machines (150 kg and 30 kg), and Shrinkage Limit Set with Mercury, enhance the lab's analytical capabilities. This laboratory is pivotal in developing expertise in soil behavior, supporting research, and ensuring compliance with geotechnical standards.

Survey Lab

The Survey Laboratory of the Civil Engineering Department at DIT University is equipped with modern instruments to provide practical training and facilitate advanced research in land surveying and geospatial analysis. The lab supports academic and professional objectives, ensuring that students gain hands-on experience in precision measurement and mapping techniques. High-end equipment such as the Total Station and Electronic Theodolite offers cutting-edge capabilities for accurate angular and distance measurements, enabling efficient topographical surveys. The Vernier Theodolite and Dumpy Level are essential for traditional surveying practices, while the Auto Level ensures precision in leveling tasks. Instruments like the Prismatic Compass and Surveyor Compass are used for fundamental navigation and orientation, while the Plane Table provides a practical approach to field mapping. Additionally, the Handheld GPS introduces students to modern geospatial positioning, integrating technology with traditional methods. This laboratory is instrumental in bridging theoretical knowledge with field applications, preparing students for professional challenges in surveying and geospatial sciences.

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Geology Lab

The Geology Laboratory of the Civil Engineering Department at DIT University is designed to provide in-depth practical exposure to the study of rocks and minerals, equipping students with essential skills for geotechnical and geological applications. The lab is equipped with advanced tools like the Clinometer, which facilitates precise measurement of angles and slopes crucial for geological mapping and field studies. High-resolution Microscopes are used to examine the physical and mineralogical properties of rocks and minerals, enabling detailed analysis and identification. The laboratory also supports studies on contouring and profiling, essential for understanding topographical and subsurface features. Additionally, research in rock mechanics is conducted to evaluate the strength, stability, and deformation characteristics of various rock samples. This facility integrates theoretical concepts with practical applications, making it a vital component for students and researchers working in geology, geotechnical engineering, and related disciplines.

Transportation Lab

The Transportation Laboratory of the Civil Engineering Department at DIT University is a state-of-the-art facility designed to advance learning, research, and testing in pavement and material engineering. Equipped with high-end instruments like the Marshall Stability Apparatus and its accessories, the lab enables precise evaluation of asphalt mix stability and flow, critical for road construction. The Rotational Viscometer facilitates the advanced study of bitumen viscosity, ensuring quality control in binder selection. For pavement surface evaluation, the Benkelman Beam Apparatus provides reliable deflection measurements, essential for pavement design and maintenance. The Dynamic Cone Penetration Machine is instrumental in assessing in-situ soil strength for subgrade analysis. Additionally, the CBR Test Apparatus is utilized for determining the strength of subgrade and base course materials. Supporting equipment like the Hot Air Oven, Asphalt Mixer, and Electronic Balances ensures comprehensive material preparation and testing. This laboratory plays a pivotal role in bridging theoretical concepts with practical applications, Promoting innovation and quality assurance in transportation engineering.

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Environmental Lab

The Environmental Laboratory of the Civil Engineering Department at DIT University is equipped with advanced instruments to support education, research, and practical applications in environmental monitoring and management. High-end equipment like the COD Digester and Kjeldahl Apparatus enables precise analysis of chemical oxygen demand and nitrogen content, crucial for assessing water and wastewater quality. The BOD Incubator is used for biological oxygen demand testing, essential for evaluating organic pollution levels in water bodies. Instruments such as the TDS-Conductivity Meter and Digital pH Meter ensure accurate measurement of water quality parameters, while the Nephelometer facilitates turbidity analysis. The Multi-Parameter Instrument provides comprehensive testing for fluoride, nitrate, and other critical ions, ensuring reliable monitoring of drinking water standards. Additional equipment like the Sound Level Meter and Jar Test Apparatus enable noise pollution assessments and coagulant optimization, respectively. The lab is also supported by essential tools like the Autoclave, Hot Air Oven, and Digital Balance, ensuring efficient sample preparation and sterilization. This facility is instrumental in Promoting advanced research and providing practical solutions to contemporary environmental challenges.

Fluid Mechanics Lab

The Fluid Mechanics Laboratory of the Civil Engineering Department at DIT University is equipped with advanced instruments to facilitate the study and analysis of fluid behavior, flow mechanics, and hydraulic systems. Key equipment like the Pelton Turbine Test Rig and Francis Turbine Test Rig allows students to understand and analyze the working principles of hydraulic turbines, crucial for hydroelectric power generation. The Orifice Meter & Venturimeter are used for precise flow measurement and discharge calculations, while the Bernoulli's Apparatus demonstrates the principle of energy conservation in fluid flow. The Reynolds Apparatus helps visualize and classify flow regimes, aiding in a deeper understanding of laminar and turbulent flows. For practical insights into fluid resistance, the Major Head Loss Apparatus provides detailed analysis of energy losses in pipelines. The lab also features the Hydraulic Flume, a high-end tool for studying open channel flow dynamics, sediment transport, and hydraulic structures. This laboratory is integral to hands-on learning, enabling students to bridge theoretical fluid mechanics concepts with real-world applications in hydraulic and environmental engineering

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Computer Lab

The Computer Laboratory of the Civil Engineering Department at DIT University is equipped with industry-standard software to support advanced learning, research, and professional applications in engineering design and analysis. The lab features AutoCAD, enabling precise drafting and design of structural and architectural layouts. MATLAB provides a robust platform for numerical computation, simulation, and data analysis, essential for solving complex engineering problems. For geospatial analysis and mapping, the lab is equipped with GIS software and Erdas Imagine, facilitating advanced remote sensing and spatial data processing. Structural analysis and design are supported by STAAD Pro, enabling the modeling, simulation, and optimization of structural systems. Additionally, Plaxis, a specialized geotechnical software, allows for the detailed analysis of soil-structure interaction and foundation behavior. This laboratory serves as a hub for developing computational skills, fostering innovation, and bridging theoretical knowledge with practical engineering solutions, preparing students to meet industry demands effectively