This laboratory plays a crucial role in understanding the fundamental behaviour of materials under different loading conditions. It enables students to practically apply theoretical knowledge from subjects like Strength of Materials and Materials Science. By using machines like the Universal Testing Machine, Torsion Testing Machine, Impact Testing Machine, and Hardness Testing Machines, students gain hands-on experience in evaluating key mechanical properties such as tensile strength, torsional resistance, impact toughness, and hardness of various engineering materials. This practical exposure is essential for enhancing analytical skills, promoting research, and developing a strong foundation for design and safety considerations in real-world engineering applications.

Area of the Lab: 137 Sq.m
Major Equipment:

• Universal Testing Machine (UTM)
• Torsion Testing Machine
• Impact Testing Machine
• Hardness Testing Machines

The Concrete Technology Laboratory is vital for evaluating and understanding the properties of concrete and its constituents, which are fundamental to civil engineering. This lab provides students with practical exposure to the behaviour of concrete under different conditions and mix proportions. With equipment like Vicat’s apparatus and Vee Bee consistometer, students learn to assess the workability and setting time of cement. The compression testing machine enables testing of concrete strength, while the compacting factor test and accelerated curing tank help analyse compaction and curing characteristics. Tools like the jaw crusher and concrete cutter aid in preparing and testing various concrete specimens. This hands-on experience strengthens students' knowledge in designing durable and efficient concrete structures in compliance with industry standards.

Area of the Lab: 97 Sq.m
Major Equipment:

• Vicat’s Apparatus
• Compression Testing Machine
• Compacting Factor Test Apparatus
• Vee Bee Consistometer
• Jaw Crusher
• Concrete Cutter
• Accelerated Curing Tank

The UG CAD Laboratory is essential for developing computer-aided design and drafting skills among undergraduate students. It serves as a platform for learning and applying software tools widely used in the civil engineering industry. With advanced applications like AutoCAD for drafting, STAAD Pro for structural analysis and design, MX Road for highway alignment and design, and AutoPlotter for land surveying and plotting, students gain practical experience in planning, modelling, and analysing various civil engineering projects. This lab bridges the gap between theoretical concepts and real-world applications, equipping students with the technical proficiency needed in modern infrastructure development and design automation.

Area of the Lab: 84 Sq.m
Software Available:

• AutoCAD 2014
• STAAD Pro V8i
• MX Road
• AutoPlotter

The Surveying Laboratory is fundamental in training students on precise measurement and mapping techniques, which are the backbone of any civil engineering project. Equipped with modern instruments such as the Total Station, Theodolite, Dumpy Level, and Compass, the lab provides hands-on experience in conducting various types of surveys, including topographic, construction, and route surveys. These instruments help students understand angles, distances, elevations, and coordinate systems, ensuring accuracy in the design and layout of structures. This lab not only enhances technical and observational skills but also prepares students for field challenges in urban planning, road alignment, land development, and other infrastructure projects.

Area of the Lab: 66 Sq.m
Major Equipment:

• Total Station
• DGPS
• Theodolite
• Dumpy Level
• Compass
• Other modern surveying tools

The Highway Engineering Laboratory plays a critical role in the design, quality control, and performance evaluation of highway materials. It provides students with hands-on experience in testing key materials used in road construction, such as soil, aggregates, bitumen, and bituminous mixes. Instruments like the Penetration and Ductility Apparatus help assess the consistency and elasticity of bitumen, while aggregate testing machines evaluate the strength and durability of aggregates under traffic loads. The CBR testing equipment is essential for analysing the load-bearing capacity of subgrades and pavement layers. This laboratory supports practical learning in pavement material behaviour, mix design, and performance analysis, enabling students to design safe, durable, and cost-effective road networks.

Area of the Lab: 98 Sq.m
Major Equipment:

• Penetration Apparatus
• Ductility Apparatus
• Softening Point Apparatus
• Aggregate Impact Value Testing Machine
• Los Angeles Abrasion Value Testing Machine
• CBR (California Bearing Ratio) Testing Equipment

The Geotechnical Engineering Laboratory is essential for investigating the engineering behavior of soil, which is a critical foundation material in civil engineering projects. With advanced equipment for both laboratory and field testing, the lab enables students to determine key soil properties such as shear strength, compressibility, permeability, and bearing capacity. The Triaxial and Direct Shear Apparatus help assess soil stability under different loading conditions, while the Consolidation and Permeability units support analysis of settlement and drainage characteristics. Field equipment like the Standard Penetration Test, Plate Load Test, and Auger Boring tools allow students to simulate real-world site investigations. This practical exposure ensures students are well-prepared to analyze subsoil conditions and design safe and reliable foundations for various structures.

Area of the Lab: 196 Sq.m
Major Equipment:
Laboratory Testing Equipment:

• Triaxial Test Apparatus
• Consolidation Test Unit
• Permeability Apparatus
• Direct Shear Apparatus

Field Testing Equipment:

• Standard Penetration Test (SPT) Kit
• Plate Load Test Setup
• Auger Boring Equipment

The Environmental Engineering Laboratory is instrumental in addressing and solving environmental challenges related to land, water, and air pollution. It provides students with a scientific platform to analyze and assess the quality of water, wastewater, and air, in line with environmental standards and sustainability goals. With sophisticated instruments such as the BOD incubator, conductivity meter, and high volume air sampler, students learn essential testing procedures for determining biochemical oxygen demand, conductivity, turbidity, air pollutant levels, and other crucial parameters. Equipment like the jar test apparatus and magnetic stirrer aid in studying water treatment processes, while the muffle furnace and reflux apparatus are used in advanced chemical analysis. This lab enhances students' practical knowledge in environmental monitoring and equips them to develop efficient and sustainable engineering solutions for real-world environmental problems.

Area of the Lab: 154 Sq.m
Major Equipment:

• Thermostatically Controlled Oven
• Jar Test Apparatus
• Distilled Water Still
• BOD Incubator
• Muffle Furnace
• Suction Pump
• Air Compressor
• Conductivity Meter
• High Volume Air Sampler
• Reflux Apparatus
• Magnetic Stirrer
• Nephelometer