Comprehensive Knowledge in Civil Engineering software play a pivotal role in shaping up the engineers competent to the present day construction scenario. The center has the modern computers of latest configurations. The computer center is equipped with sophisticated software facilities for training UG and PG students in areas of structural, geotechnical and project planning. The center also caters to the needs of the post graduate (Goemechanics & structures) students of the civil engineering department. The center is actively used for the research work in Computer-aided analysis, design of structures and geotechnical engineering.


Lab Equipment and software tools:

  • E- TABS & SAP

Lab Courses:

  • CE 010 507: Computing Techniques lab
  • CE010 607 Computer Aided Design &Drafting Lab

Faculty In Charge: Assistant Professor Sheeja M.K

Lab Instructor: Mr. Hijan N.J


The planning and design of all Civil Engineering projects such as construction of highways, bridges, tunnels, dams etc. are based upon surveying measurements. Moreover, during execution, project of any magnitude is constructed along the lines and points established by surveying. The laboratory has modern instruments which are extensively used in order to edify the students about the latest surveying methodologies. Total stations are being used extensively for all survey works. Annual survey camps are held for 2 weeks for pre final year students.


Lab Equipments

  • Total station
  • Dumpy level
  • Prismatic compass
  • Transit Theodolite
  • Plane table

Lab Courses:


Faculty In Charge: Assistant Professor Saranya Das

Lab Instructor: Mr. Hijan N.J.


Transportation has always played an essential role in the development of society, originally with regard to trade routes and harbors, but more recently with regard to land and air based systems as well. The main objective of developing transportation engineering laboratory is to provide a platform for the B Tech students for practical implementation of Transportation engineering projects, thereby uplifting the standards of the students to industrial level. The laboratory is well equipped with latest instruments with advanced testing facilities.


List of instruments

  • Aggregate impact testing machine
  • Los Angeles abrasion testing machine
  • Length gauge & thickness gauge
  • Marshall Stability apparatus
  • Centrifuge extractor
  • Penetration apparatus
  • Pensky Marten closed cup apparatus
  • Ring and ball apparatus
  • Orifice type tar viscometer
  • Ductility testing machine
  • Specific gravity testing apparatus

Lab Courses:T3


Faculty In Charge: Assistant Professor Saranya Ullas

Lab Instructor: Mrs. Omana D.V

m1Material testing laboratory familiarizes the students with the testing procedure of materials used in civil engineering discipline like – cement, aggregate, concrete, steel timber, bricks etc. The need for compliance with current standards and specifications for materials is also stressed in the course. The laboratory facilities are provided in such a way that it gives a clear understanding of the behavior of the materials namely the physical properties, mechanical properties; suitability of material for use in construction, material selection code provisions, etc. This knowledge is of paramount importance in order to establish the relationship between material properties and the overall behavior of a structure. The need for compliance with current standards and specifications for materials will be understood through tests on materials. The state of art facilities for concrete mix design and material testing are being utilized by various construction companies through the consultancy cell. The material testing laboratory is designed to serve the research works in concrete technology.


List of instruments

  • Fatigue testing machine
  • Spring testing machine
  • Impact testing machine
  • Universal testing machine
  • Torsion testing machine
  • Rockwell / brinell hardness testing machine
  • Vickers hardness tester
  • Shear test attachmentm3
  • Torsion pendulum
  • Extensometer
  • Universal testing machine (1000kn)
  • Flow table
  • Flame photometer
  • Kelly ball penetration apparatus
  • Water bath
  • Hot air oven
  • Compressive testing machine
  • Tile flexure strength testing machine
  • Tile abrasion testing machine
  • Vicat apparatus
  • Pyconometer
  • Le-chatlier mould
  • Le-chatlier flask
  • Is sieves 30 cm dia gi set
  • Is sieve 20 cm dia brass set
  • Slump test apparatus
  • Compaction factor apparatus
  • Consistometer
  • Longitudinal compresometer
  • Lateral compresometer
  • Crushing value apparatus
  • Sieve shaker
  • Lateral extensometer
  • Thickness gauge
  • U – box test apparatus
  • Concrete mixer pan type
  • Needle vibrator

Lab Equipments

  • Flow table
  • Kelly ball penetration apparatus
  • Compressive testing machine
  • Tile flexure strength testing machine
  • Tile abrasion testing machine
  • Compaction factor apparatus
  • Crushing value apparatus
  • U – box test apparatus
  • Concrete mixer pan type
  • Needle vibrator

Lab Courses:

  • CE010 608 Material Testing Lab – II
  • CE 331 Material Testing Lab II

Faculty In Charge: Assistant Professor Liji Anna Mathew

Lab Instructor: Mr.Antony Rinosh K.S


Since the inception of Geotechnical engineering laboratory, all the faculties, students and associated lab staff have dynamically contributed for the progress of the laboratory. The laboratory caters to the needs of graduate as well as post graduate (Goemechanics & structures) students of the civil engineering department. The laboratory is well equipped to execute all the necessary soil tests along with several advanced testing facilities. The facilities provided in the laboratory are such that it can undertake consultancy works. The vision of this division is to utilize the state-of-the art knowledge for solving problems related to subsurface. The results from geotechnical engineering laboratory are critical in determining the engineering behavior that are relevant to a particular project considered, assessing risks posed by site conditions; designing earthworks and foundations. There are different physical, chemical and geotechnical properties determined in the laboratory that is required for identifying the subsurface. This information is used by geotechnical engineer for designing the type of foundations, earthworks such as dams, embankments, tunnels, reservoirs, pavement subgrades, and specialized applications like waste containment systems. The preciseness of such design is entirely based on the experimental information obtained from a geotechnical laboratory. Therefore, geotechnical engineering laboratory has a great role to play in rendering the subsurface a safe and stable load bearing medium


List of instruments

  • Liquid limit device
  • Laboratory permeability apparatus
  • Pycnometer
  • Shrinkage limit set
  • Split mould 50mm dia x 100 mm long
  • Soil hydrometer
  • Unconfined compressive strength tester
  • Laboratory vane shear test apparatus
  • Direct shear test apparatus
  • Compaction test apparatus
  • Core cutter
  • Sand pouring cylinder apparatus
  • Hot air oven
  • Specific gravity bottle 25 ml
  • Consolidation apparatus
  • High speed stirrer
  • Sieve shaker
  • Standard penetration test setgeo1
  • Infra red moisture meter
  • Triaxial test apparatus
  • Plastic limit set
  • Sample extractor
  • Split mould 38 mmx 76 mm
  • Dessicator
  • Laboratory cbr test apparatus
  • Static cone penetrometer
  • In-situ vane shear test apparatus
  • Relative density apparatus
  • Sieves 30 cm dia- 4.75 mm

Lab Courses:

  • CE 333 Geotechnical Engineering Laboratory
  • CE010 508 Geotechnical Engineering Laboratory
  • 06 CE6085 Advanced Geotechnical Laboratory

Faculty In Charge: Associate Professor Veena V

Lab Instructor: Mrs.Jinitha P.J