Lab Name : Physcio- Chemical Treatment Process Lab

Lab Incharge : Dr. Srikantha H

Lab Instructor : Mrs. Ramyashree. S

The Physcio-Chemical Treatment Process Lab provides students with practical knowledge of water and wastewater treatment processes used in environmental and civil engineering applications. The lab is equipped with facilities to study the physical and chemical characteristics of water, treatment methods, and process efficiency evaluation.

Students conduct experiments related to coagulation, flocculation, sedimentation, filtration, pH measurement, alkalinity, hardness, turbidity, chlorination, and determination of water quality parameters such as dissolved oxygen, BOD, COD, and solids content.

Through these hands-on activities, students gain a clear understanding of treatment plant operations, water quality control, and pollution prevention techniques. The lab bridges theoretical concepts with practical applications, preparing students to design, operate, and manage sustainable water and wastewater treatment systems in the field.

Lab Name : Structural Design Lab

Lab Incharge : Mr. Manu S E

Lab Instructor : Mr. Channabasayya G K

The Advanced Concrete Technology Lab provides students with practical knowledge of modern concrete materials, mix design techniques, and advanced testing methods used in civil engineering construction. The lab is equipped with facilities to study the properties, behavior, and performance of conventional as well as high-performance concrete.

Students conduct experiments on workability, compressive strength, tensile strength, flexural strength, durability, permeability, shrinkage, and non-destructive testing of concrete. The lab also includes studies on admixtures, supplementary cementitious materials, self-compacting concrete, fiber-reinforced concrete, and sustainable concrete technologies.

Through these hands-on activities, students gain a clear understanding of concrete behavior under various conditions, quality control practices, and innovative construction materials. The lab bridges theoretical concepts with practical applications, preparing students to design, test, and implement durable and sustainable concrete structures in the field.

Lab Name : Construction Management Software Laboratory

Lab Incharge : Dr.Raghavendra Prasad H D

Lab Instructor : Mrs.Anusha K N

The Construction Management Software Laboratory provides students with practical knowledge of modern planning, scheduling, estimation, and project control techniques used in the construction industry. The lab is equipped with advanced software tools to support efficient management of civil engineering projects.

Students perform exercises related to project planning, bar charts, CPM and PERT networks, resource allocation, cost estimation, budgeting, progress tracking, risk analysis, and project monitoring using industry-standard software such as Primavera, MS Project, AutoCAD, and quantity estimation tools. Through these hands-on activities, students gain a clear understanding of project coordination, time management, cost control, and decision-making processes in construction projects. The lab bridges theoretical concepts with practical applications, preparing students to effectively plan, execute, and manage construction works in the professional field.

Lab Name : Structural Design Lab

Lab Incharge : Dr Anusudha V

Lab Instructor : Mrs Anusha K N

Structural Design Lab provides students with practical knowledge of analysis and design principles for civil engineering structures. The lab is equipped with advanced software tools to study the behavior, stability, and design of structural elements under various loading conditions.Students perform exercises related to analysis and design of beams, columns, slabs, footings, trusses, steel structures, reinforced concrete structures, and multi-storey buildings using industry-standard software such as STAAD Pro, ETABS, AutoCAD, and other structural design tools.Through these hands-on activities, students gain a clear understanding of load distribution, structural safety, design standards, and detailing practices. The lab bridges theoretical concepts with practical applications, preparing students to analyze, design, and execute safe, economical, and durable structures in the professional field.

Lab Name : Computer Aided Design Lab

Lab Incharge : Prof. Pavan P S

Lab Instructor : Mrs Anusha K N

The Computer Aided Design Lab provides students with practical knowledge of drafting, modeling, and design techniques used in civil engineering projects. The lab is equipped with modern computer systems and advanced software tools for preparing accurate engineering drawings and digital models.Students perform exercises related to 2D drafting, 3D modeling, building plans, elevation drawings, structural detailing, layout planning, and infrastructure design using industry-standard software such as AutoCAD, Revit, SketchUp, STAAD Pro, and other CAD applications.Through these hands-on activities, students gain a clear understanding of technical drawing standards, design visualization, precision drafting, and digital project planning. The lab bridges theoretical concepts with practical applications, preparing students to create professional engineering designs and construction documents for the industry.

Lab Name : Fluid Mechanics and Machinery Laboratory

Lab Incharge : Dr Dimple Bahri

Lab Instructor : Mrs Ramyashree. S

The Fluid Mechanics and Machinery Lab provides students with practical understanding of fluid properties, fluid behavior, and the functioning of hydraulic machines used in civil engineering applications. The lab is equipped with facilities to study flow measurement, fluid dynamics, and performance evaluation of hydraulic equipment.

Students conduct experiments to determine viscosity, metacentric height, discharge through orifices and notches, friction losses in pipes, and calibration of flow-measuring devices. The lab also includes experiments on turbines, pumps, and other hydraulic machinery to study their efficiency, characteristics, and operating conditions.

Through these hands-on activities, students gain a clear understanding of real-time fluid flow behavior, principles of energy transfer, and the performance of hydraulic systems used in water supply, irrigation, drainage, and hydropower projects. The lab bridges theoretical concepts with applied engineering, preparing students to analyze, design, and maintain fluid-related systems in the field.

Lab Name : 3D Visualisation and Design Laboratory

Lab Incharge : Prof. Pavan P S

Lab Instructor : Mrs Anusha K N

The 3D Visualization and Design Laboratory introduces students to computer-aided drafting and modelling techniques essential for civil engineering design and documentation. The lab provides hands-on experience in preparing accurate 2D drawings and 3D models using software such as AutoCAD, Revit Architecture, SketchUp, and STAAD.Pro. Students learn to develop plans, elevations, sections, and basic structural visualizations while understanding drawing standards and digital design workflows.

The laboratory supports students in gaining confidence with digital tools, enhancing their ability to visualize engineering concepts, interpret design details, and present project layouts effectively. By integrating software-based drafting and modelling with real-world applications, the lab strengthens students’ technical skills and prepares them for professional engineering practice.

Lab Name : Material Testing Laboratory

Lab Incharge : Dr V Anusudha

Lab Instructor : Mr Channabasayya G K

The Material Testing Laboratory provides students with practical knowledge of the mechanical properties of construction materials used in civil engineering. The lab enables hands-on experience in determining strength, durability, elasticity, hardness, toughness, and other fundamental characteristics of materials such as cement, concrete, steel, bricks, aggregates, and timber.

Students perform experiments using universal testing machines, compression testing machines, impact testing machines, hardness testers, and other standard equipment. The lab introduces concepts related to stress–strain behavior, modulus of elasticity, ductility, brittleness, and material failure patterns, helping students understand how materials behave under different loading conditions.

By connecting theoretical principles with real-time test results, the Material Testing Lab supports students in evaluating material quality, ensuring safety standards, and selecting appropriate materials for various civil engineering applications. The laboratory builds a strong foundation for structural design, construction supervision, and quality control practices in the field.

Lab Name : Environmental Engineering Laboratory

Lab Incharge : Dr Gautham Krishna

Lab Instructor : Mrs Ramyashree. S

The Environmental Engineering Laboratory provides students with hands-on experience in monitoring, analyzing, and treating environmental pollutants, bridging theoretical concepts with real-world applications. Equipped with facilities for water and wastewater analysis, air quality monitoring, and solid waste characterization, the lab enables students to perform tests such as pH, turbidity, BOD, COD, jar tests for coagulation, and determination of various physical, chemical, and biological parameters. Students learn the fundamentals of water and wastewater treatment, characteristics of municipal and industrial effluents, design and performance evaluation of treatment units, and basic air and noise pollution measurement. The lab’s focus on sustainable environmental management, pollution control, and regulatory compliance builds a strong foundation for careers in environmental engineering, publichealth, urban infrastructure, and research, while nurturing critical thinking, innovation, andproblem-solving skills.

Lab Name : Seismology Laboratory

Lab Incharge : Dr Gopalakrishna V G

Lab Instructor : Mrs Ramyashree. S

The Engineering Geology Lab helps civil engineering students understand the geological characteristics that influence the planning and construction of engineering structures. The lab provides practical exposure to the identification of minerals and rocks, study of geological formations, and interpretation of geological and topographic maps.

Students learn to classify igneous, sedimentary, and metamorphic rocks, observe geological structures such as folds, faults, joints, and bedding planes, and understand their impact on construction activities. The lab also introduces the engineering relevance of soil and rock properties, slope stability, groundwater conditions, and site investigation methods.

By connecting geological concepts with real-world civil engineering applications, the lab enhances student's ability to assess site conditions and make informed decisions for foundations, tunnels, dams, roads, and other major infrastructure projects.

Lab Name : Geotechnical Engineering Laboratory

Lab Incharge : Dr Srikantha H

Lab Instructor : Mr Channabasayya G K

The Geotechnical Engineering Laboratory provides students with practical experience in determining the engineering properties of soils, which are essential for the analysis and design of foundations, earth structures, and other civil engineering projects. The lab enables students to study soil classification, compaction characteristics, permeability, shear strength, and consolidation behavior through standard testing procedures.

Students perform experiments such as sieve analysis, Atterberg limits, Proctor compaction test, permeability test, direct shear test, triaxial test, unconfined compression test, and consolidation test using dedicated soil testing equipment. These experiments help students understand soil behavior under different loading and drainage conditions and evaluate its suitability for construction.

By connecting laboratory results with geotechnical principles, the lab prepares students to assess site conditions, estimate bearing capacity, analyze settlement, and make informed decisions regarding foundation design and earthwork construction. The Geotechnical Engineering Lab forms an essential foundation for safe, reliable, and efficient geotechnical engineering practice.

Lab Name : Construction Material Testing Laboratory

Lab Incharge : Dr V Anusudha

Lab Instructor : Mr Channabasayya G K

The Construction Material Testing Laboratory provides students with practical understanding of the properties and behavior of materials commonly used in civil engineering works. The lab offers hands-on experience in testing cement, concrete, aggregates, bricks, steel, timber, and other construction materials to assess their strength, durability, quality, and suitability for structural applications.

Students conduct experiments using compression testing machines, universal testing machines, Vicat apparatus, sieve analysis equipment, impact and hardness testing devices, and other standard instruments. These tests help students understand material characteristics such as consistency, workability, fineness, specific gravity, stress–strain behavior, and load-bearing capacity.

By linking experimental results with theoretical concepts, the Construction Material Testing Lab enables students to evaluate material performance, follow engineering standards, and ensure quality control in construction practices. This laboratory forms a strong foundation for structural design, construction supervision, and professional decision-making in civil engineering.

Lab Name : Geometrology Laboratory

Lab Incharge : Dr Raghavendra Prasad H D

Lab Instructor : Mrs. Anusha K N

The Geometrology Laboratory provides students with practical exposure to measurement techniques, precision instruments, and dimensional accuracy essential in civil engineering applications. The lab helps students understand the principles of linear, angular, and surface measurements used in construction, surveying, material inspection, and quality control processes.

Students work with instruments such as vernier calipers, micrometers, dial gauges, spirit levels, theodolites, total stations, and surface measurement devices to perform accurate measurements and verify dimensional properties. The experiments enable students to learn calibration procedures, error analysis, and proper handling of precision tools.

By linking hands-on measurement practices with engineering applications, the Geometrology Lab enhances students’ understanding of accuracy, reliability, and standardization in construction and surveying tasks. The lab builds a strong foundation for quality assurance, site measurement, and professional engineering practice.