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Civil EngineeringFacilities

Survey Lab

The Surveying Laboratory is a state-of-the-art, 110m2 facility that integrates teaching, research, and innovation, providing a comprehensive learning environment. This lab enables students and researchers to conduct precise surveys with unparalleled accuracy. This lab is located on ground floor of founder’s block.

Lab in charge: Prof. Sarah Anil

Key Equipment

  • Total Station: Measures angles, distances, and slope calculations
  • Digital Theodolite: Measures angles with 1-inch accuracy
  • Digital Level: Measures heights and distances accurately
  • Electronic Distance Measurement (EDM): Enhances distance measurements

The Surveying Laboratory provides students with hands-on experience, preparing them for real-world applications in civil engineering.

Geotechnical Engineering Lab

The Geotechnical Engineering Laboratory is designed to provide students with comprehensive hands-on training in soil testing and characterization. Through a range of experiments and investigations, students will develop the skills and knowledge necessary to determine the physical, index, and engineering properties of soils. It is equipped to perform all the necessary tests for the characterization and determination of geotechnical properties of soils, along with several advanced testing facilities. This information is very essential for identifying the engineering behaviour of geomaterials and designing the foundations, earth dams, embankments, pavement subgrades, slopes and waste containment systems. It is well equipped with instruments and machineries for conducting laboratory tests and for extending consultancy service to government and private organizations. The experience in this lab equips the students with a good understanding of geotechnical engineering problems. Floor area of this lab is 140m2. This lab is located on ground floor of founder’s block.

Lab in charge: Prof. Eldhose M Manjummekudiyil

Key Equipment

  • Triaxial Testing Apparatus: Used to determine shear strength and stress-strain behavior of soils under various confining pressures.
  • Direct Shear Test Apparatus: Measures shear strength of soils.
  • Consolidation Test Apparatus: Determines settlement and consolidation characteristics.
  • Liquid Limit and Plastic Limit Apparatus: Determines Atterberg limits.
  • Compaction Test Equipment (Proctor Test): Evaluates soil compaction characteristics.
  • Unconfined Compression Test Apparatus: Measures unconfined compressive strength.
  • Permeability Test Apparatus: Determines hydraulic conductivity.
  • Soil Sieves and Shakers: Used for grain size analysis.
  • Hydrometer: Measures particle size distribution.

 

Environmental Engineering Lab

The Environmental Engineering Laboratory is a cutting-edge research facility that conducts innovative research and experimentation to address environmental challenges and develop sustainable solutions. The lab’s primary focus is on analyzing water and wastewater characteristics through qualitative and quantitative methods. Equipped with state-of-the-art equipment, including incubators, fume hood, balances, centrifuge, shaker, pH meter, COD digester, drying oven, and muffle furnace, the laboratory spans 184m², providing an ideal space for research and analysis. This lab is located on ground floor of founder’s block.

Lab in charge: Dr. Devika Venu

Transportation Engineering Lab

The Transportation Engineering Laboratories are advanced research facilities focused on innovation in transportation engineering. Catering to diverse sectors like public works departments, transportation consulting firms, and government agencies these labs address modern transportation infrastructure challenges. They facilitate research in areas like traffic management, pavement analysis, sustainable supply chain management, urban planning, geospatial studies, and transportation logistics. Spanning 270m², the labs provide a collaborative platform for researchers, industry professionals, and students to drive innovation and shape the future of transportation engineering. This lab is located on the basement of Post Graduate block.
Lab in charge: Prof. Bybin Paul

Engineering Mechanics Lab

The Engineering Mechanics Laboratory’s primary objective is to provide students with hands-on experience in applying fundamental principles of mechanics to solve engineering problems. Through experiments and data analysis, students develop a deeper understanding of the principles of statics and dynamics, including equilibrium of forces, moments, and couples, as well as friction, structures, and vibrations. Students also learn to calculate internal and external forces, displacements, and ensure structural safety under various loads. Strategically located on the ground floor of the Post Graduate block, this lab offers students a comprehensive learning environment to explore and apply engineering mechanics concepts.
Lab in charge: Dr. Sachin Paul

Material testing Lab

The Materials Testing Laboratory is a state-of-the-art facility designed to provide students with hands-on experience in applying the principles of mechanics of materials. Equipped with advanced testing machines and equipment, the lab enables students to analyze the behavior of various materials under different loading conditions. Through experiments, students gain a deeper understanding of the relationships between stress, strain, and deformation. This facility is utilized by both civil and mechanical engineering students, fostering a comprehensive learning experience. The laboratory spans an area of 650m². This lab is located on the ground floor of Post Graduate block.

Lab in charge: Prof. Hanna Paulose

Key Equipment

  • Universal Testing Machine (UTM): Tests tensile, compressive, and flexural strength of materials.
  • Compression Testing Machine: Measures compressive strength and deformation of materials.
  • Tensile Testing Machine: Evaluates tensile strength, yield strength, and elongation of materials.
  • Impact Testing Machine (Charpy/Izod): Assesses impact resistance and toughness of materials.
  • Hardness Testing Machines:

    – Rockwell Hardness Tester: Measures hardness based on indentation depth.

    – Brinell Hardness Tester: Measures hardness based on indentation diameter.

    – Vickers Hardness Tester: Measures hardness based on indentation diagonal length.

  • Torsion Testing Machine: Tests torsional strength and stiffness of materials.
  • Flexural Testing Machine: Evaluates flexural strength and stiffness of materials.
  • Shear Testing Machine: Measures shear strength and deformation of materials.
  • Spring Testing Apparatus/Machine: Tests structural behavior and properties of springs.
  • Torsion Pendulum: Measures torsional properties and behavior of materials.

 

Concrete Laboratory

The laboratory is equipped with state-of-the-art facilities for testing various building materials, including cement, concrete, aggregates, bricks, blocks, tiles, and stones. It offers a range of tests for cement and concrete, such as compressive strength, flexural strength, fineness, and mix design. The lab’s Non-Destructive Testing (NDT) machine is also utilized for consultancy services. Researchers and students in civil engineering can leverage the lab’s resources to analyze material properties and develop innovative construction techniques. The lab’s capabilities include Comprehensive assessment of different phases, from paste phase testing (Marsh cone and Mini-slump test) to mechanical characterization of hardened concrete. And a dedicated servo-control unit for displacement-controlled testing, connected to a high-stiffness flexural testing frame, facilitating testing of strain-softening materials. Facilities for assessing the longevity and performance of materials. This lab is located on the ground floor of Post Graduate block.
Lab in charge: Prof. Hanna Paulose

CAD LAB

The computer-Aided Design laboratory is a state-of-the-art facility equipped with advanced technology and a large number of high-performance computers. The lab features a comprehensive suite of software tools, including Abaqus, Ansys, Staad Pro, SAP, ETABS, AutoCAD, Revit, Intel C++, Python, Primavera, and Origin. This digital platform supports a wide range of applications, from structural analysis and design to project management and data analysis. The lab’s computers are regularly monitored to ensure cybersecurity and optimal performance, providing a secure and efficient environment for students and researchers to work on complex projects. This lab is located on the first floor of Post Graduate block.
Lab in charge: Prof. Jency Nadayil

Department Library

The department library is a comprehensive resource center, housing a vast collection of books, including latest editions by renowned authors. With a floor area of 30m², it caters to the diverse needs of faculty and students, offering:

Professor in charge: Dr. Alka Abraham

  • Extensive Book Collection: 3700 volumes of textbooks, project thesis (B.Tech, M.Tech), and competitive exam books (GRE, GATE, Civil Services, Aptitude, Reasoning)
  • Archival Resources: Old question papers, industrial training reports, mini-project reports, and past academic year’s project theses
  • Periodicals and News: Magazines, newsletters, and newspapers
  • Support for Academic Excellence: Resources to support educational, informational, inspirational, and recreational needs.

Concrete Research Laboratory

The Concrete Research Laboratory drives innovation in civil engineering through advanced research and testing of concrete materials. Its state-of-the-art facilities support material characterization and development, with ongoing projects focused on:

Lab in charge: Dr. Anu James

  • Enhancing special concretes (self-compacting, fiber-reinforced) for improved robustness
  • Boosting material durability

This research informs the construction of resilient infrastructure, such as high-rise buildings, bridges, and roads. By pioneering new concrete composites, repair techniques, and sustainable solutions, the laboratory promotes eco-friendly and efficient construction practices. Future initiatives include establishing a durability testing lab to study concrete and corrosion, further advancing the field.