Department of CIVIL Engineering

B.Tech(JNTU), M.E(OU), Ph.D(NITW)

Structural analysis and design, and Concrete Technology

B.E.(OU), M.Tech.(JNTU), Ph.D(IITB), MISTE, MIRC, MIE, FIE, MIIBE, MIUT, MISR, MWCTR, MASCE, MTRB

Traffic Engineering, Rural roads Development, Highway Material Testing, Pavement Systems Design and Evaluation, Micro-simulation, Optimisation Techniques, Land-use Transportation, Urban Transportation Planning, Behavioural Modeling and Intelligent Transportation.

B.E.(OU),M.Tech (JNTU), Ph.D(O.U)

Structural Analysis and Design, Concrete composites, Bridge Engineering, Reinforced cement concrete, Prestressed concrete, Concrete technology, Earth quake engineering, Repair and Rehabilitation of Structure.

B.E.(OU), M.E.(OU), Ph.D.(IITB), MASCE, IWRS, ISRS, ISH, ISG

Surface hydrology, Hydraulics, Watershed management, Urban watershed management, FEM application to Water Resources Engineering, remote sensing and Geographical information systems, Global Positioning Systems, Applications in Hydrology and Water Resources Engineering.

B.E.(OU), M.E(OU), Ph.D (IITB), MISTE, MISRS, MIWRS

Water resources engineering, Hydrology and water management, Ground water hydrology, Ground water pollution studies at normal gravities (1g) and enhanced gravities (Ng- centrifuge modeling studies)

B.Tech(JNTU), M.E(OU)

Structural analysis and design, and Concrete Technology

B. Tech(JNTU), M. Tech(IIT B), Ph.D(OU)

Geotechnical Engineering, Ground Improvement Techniques, Geosynthetics, Soil Dynamics and Machine Foundations, Geotechnical investigations.

B.Tech(SVU) ME-CE (UVCE-B), M.Tech- CS(JNTU), PhD (IITB)

Surface water Hydrology, mathematical modeling to water resources, ANN and GIS applications.

B.Tech(NU), M.Tech(JNTU), Ph.D(JNTU)

Design of RCC & steel structures, Finite element analysis, Earthquake resistant design of structures, Structural shape optimization, Bridge Engineering.

B.E, M.Tech, Ph.D(IIT-KGP)

Transportation Engineering, Pavement materials, Pavement analysis, Pavement Construction

B.E(OU), ME(MS University of Baroda), Ph.D(IIT-KGP)

Transportation engineering, Highway planning, pavement design, evaluation and maintenance, pavement material characterization and statistical analysis of data.

B.Tech(SKU), ME(OU)

Structural analysis and design computer aided analysis, STAAD.PRO

B.E(OU), ME(OU)

Computational Fluid Dynamics, Drainage Engineering, Irrigation Water Management.

B.Tech(JNTU), M.Tech(JNTU)

Structural Analysis And Earth Quake Engineering

B.E(OU), M.Tech(IISC, B)

Structural Analysis

BSc, MSc, Ph.D(IITR)

Earth Surface Process and Climate Moderation; Surface Hydrology, Global Bio-geochemical Cycles and Environmental Pollutants in rivers; Urban Water Management

M.Tech

M.E

Structural Analysis and Design, Earthquake-Resistant Design, Advanced Concrete Technology, Bridge Engineering,Construction Materials and Methods,Structural Health Monitoring (SHM)

A study on curved speed pumps (CSH) and its
evaluation of environmental impact for Indian conditions

Prof. V.Bhikshma

Experimental Investigation on Flexural and shear
behaviour of High strength pond ash concrete

2 years

2.35 Lakhs,

UGC Minor Research
Project (Work is in
progress)

Prof. M.GopalNaik &

Dr.Harish Gupta

Planning and Development of Climate Resilient Water
Sensitive Urban Designs: A Case Study of Hyderabad (April
2019)

4years

74.38 lakhs

SPARC-MHRD

Prof. M. Gopal Naik

Science and Engineering Research Board (SERB)

40.13 Lakhs

Department of
Science and
Technology

Prof. M. V. S. Sreedhar

Laboratory investigations on the Uplift Capacity of
Shallow Foundations

3.20 lakhs

Industry-M/s
RAMBOLL
Engineers, Hyderabad

Prof K Shashikanth

Impacts of climate change on Indian rainfall and Temperature
distribution in India

1.50 Lakhs

UGC MRP
(completed)

MOOCs on Water Resources and Watershed Management (Co-PI)

13.50
lakhs (2019)

Prof. M. Kumar

UGC, Govt of India

2 years

4.00 Lakhs

UGC, Govt of India

Prof. M. Kumar

SERB, DST, GOI

3 years

38.23 lakhs

SERB, DST, GOI

Prof Shashikanth .K& Dr. Harish Gupta

Assessment of climate change Impact on Indian Monsoon Precipitation using new age CMIP6 Dataset: Implication to water security in the Godavari and Narmada Basin

3 years

44.18

SERB

Dr. Harish Gupta

“Source to sink Transport and Transformations of
Corbon and Nutrients: Biogeochemical Modelling for the Tropical Narmada
River”

3 Years

37.93

SERB

Research Guide

Name of Scholar

Topic of Research

University & year of registration

Status

Sr. Prof. M. Kumar

S. Ramesh kumar

A study on mode choice travel behaviour in metropolitan cities : A case study of hyderabad

2023

Awarded

S. Praveen

Modeling of Leisure Travel Behavior  a case study of Hyderabad and Delhi Cities

2024

Awarded

Ch. Anukosh

A Study on pedestrian crossing behaviour using deep Learning techniques

2024

Awarded

Shabonathabassum

Driver behaviour modelling for Indian condition

2025

Awarded

H. Patkin

Performance evaluation of bitumen binders and mastic using Nanoclay

2025

Awarded

KNV Chandra Sekhar

Basis splines to perform ISO Geometric Analysis for Topology Optimization of Continuum mechanics

2024

Awarded

Ahmadshah Abrahim

Experimental investigation on strength characteristics and flexural behaviour of light weight reactive powder concrete

2025

Awarded

K. Naresh kumar

Experimental Study on Mechanical Properties and performance of ultra high strength(M180-M150) Fiber Reinforced concrete members in flexure

2025

Awarded

R.prashanthkumar

Flexural behaviour of twisted steel fiber reinforced concrete members and investigation on stress block parameters

2023

Awarded

Seyed Ali Mousavi Deh Mourd

An Investigation on Construction Crisis Framework based on the Multiple Criteria Decision Making Models

2023

Awarded

G. Srikanth

Construction Delay Assessment using Fuzzy Expert System: A Case Study of Hyderabad Construction Sector

2024

Awarded

A. Naresh

Hydrodynamic Studies for water-sensitive Urban Design of urban Flooding in Hyderabad City, India

2024

Awarded

M. Aditya

Data-Driven Approach to Evaluate supplier Sustainability in Construction supply chains: A Study of Ready Mix Concrete Supply Chains in Hyderabad Metropolitan Area

2025

Awarded

Prof.  D. Rupesh Kumar

K. Divya Bharathi

A Study on Bacillus Subtilis Bacterial concrete with Nano silica

2025

Awarded

Rohith SR Mane,

“A Study on Sub grade Soil Stabilization by Using Bio-Enzyme”

2024

Awarded

Prashanth Kumar Soma

“Development of Pavement Distress Assessment Models for Flexible Pavement Maintenance”

2024

Awarded

K. Shasikumar

Evaluation of operational performance of roundabout Intersection under heterogeneous traffic conditions

2025

Awarded

Dr. S. V. S. N. D. L Prasanna

D.Yashwanth

Evaluation of environmental impacts of building materials for residential projects and experts analysis of eco friendly bricks this

2024

Awarded

Prof. M. Anjeneya prasad

K. Maheshkumar

Development of models for network optimization, Aquifer Geometry and G.W.Mgrt using numerical and soft computers techniques

2023

Awarded

Keshav Reddy

Non destructive testing of concrete A Pvachicelaprel

2023

Awarded

Kalidas nitturkar

Performance Evaluation of Ternary Blended Recycled Aggregate concrete with Graded hybrid fibers

2023

Awarded

1. Balraj Rao

Temperature distribution in concrete bridges

2023

Awarded

P.Srinivasreddy

A case study on performance of bacterial concrete with fly ash

2023

Awarded

Ms P. Anuradha

Analysis of Infill Frames using FEM approach

2023

Awarded

Mohd masihuddinsiddique

Tilted minimization of torsion in asymmetric buildings using GA technique

2023

Awarded

Prof N. Suresh Kumar

Sri Ramya

Simulation of flow using Analysis CFD for specific water resource egg application

2024

Awarded

Prof. V. S. S. Kumar

Konda Rahul

Analysis and forecasting of the accidental deaths and const sites using reusable Linear regression as model

2025

Awarded

Name of the Laboratory

Facilities

Utilization

• Olsens Torsion Testing Machine
• Amslers  Universal Testing Machine
• Brinells Hardness Testing machine
• Impact Testing Machine
• Leonards Compression Testing Machine
• Fatigue Testing Machine
• Transverse testing machine
• Denisions UTM
• Torsion Testing Machine
• Tinius Olsens UTM
• UTM-100T
• UTM-200T

The facilities available in the laboratory are extensively used to conduct various project works, including the testing of materials such as steel, concrete, bricks, and wood under different loading conditions.

• These experiments play a crucial role in the design, analysis, and development of materials used in civil engineering projects.
• The laboratory supports project work at all academic levels, including undergraduate (UG), postgraduate (PG), and PhD scholars, and is also utilized for research and consultancy projects.

• Mineral specimens
• Rock specimens
• Geological maps
• Steak plates
• Earth layer model
• Pen knives
• Structural geology wooden models (folds)
• structural geology wooden models (faults)
• Brunton compass
• Magnifying lenses
• Geological Hammer
• Weighing Machine
• Oven
• Measuring Cylinders
• Milli Q Water system

The field of engineering geology primarily focuses on the interaction between the earth and human-made structures, examining how geological processes and earth materials affect the design, stability, and longevity of structures, as well as human activities.

• This area of study is essential for undergraduate (UG) scholars to understand the dynamic relationship between geology and civil engineering.

• Theodolite
• Total Station
• Surveying Chain
• Auto level
• Compass
• Plane table
• Measuring Rods
• Ranging Rods
• Cross Staffs

Students use this laboratory to explore and apply various surveying techniques, gaining practical experience in data collection, analysis, and interpretation.

• This laboratory plays a crucial role in the academic development of undergraduate (UG) scholars, enhancing their understanding of surveying methods essential in civil engineering.

• Viscometer
• Electrical Analogy
• Piezometers
• Manometers
• Pressure gauges
• Rectangular Notch
• Triangular Notch
• Mouth Piece
• Venturi Metre
• Reynolds experiment
• Hemispherical Vessel
• Circular Orifice
• Bernoulli’s Apparatus
• Major and Minor losses in the Pipe
• Broad Crested Weir
• Francis Turbine
• Kaplan Turbine
• Pelton Wheel
• Centrifugal Pump
• Open Channel
• Curved Channel
• Impact of Jet
• Water hammer apparatus

The study of fluids—encompassing liquids, gases, and plasmas—and the forces acting upon them is fundamental to many civil engineering applications.

• Applied fluid mechanics plays a critical role in the design and implementation of various projects, such as water supply systems, sewage networks, irrigation channels, and power generation.
• This area of study is integral to undergraduate (UG), postgraduate (PG), and PhD scholars, and also supports research projects aimed at advancing fluid-related technologies and infrastructure.

• Tri-axial compression test facility
• PC-controlled cyclic/static tri-axial compression testing facility
• Laboratory plate load test facility
• Large direct shear box facility
• Electro-osmosis device
• Block resonance test facility
• Erosion measuring facility
• Triaxial Compression test facility
• Direct Shear test facility
• Unconfined Compression test facility
• CBR test facility
• Variable Head test facility
• Constant Head test facility
• Sand Replacement apparatus

Software:

• Geo.5
• PLAXIS 2D

The laboratory is fully equipped to perform essential soil characterization tests.

• Geotechnical engineering, a crucial branch of civil engineering, focuses on the engineering behavior of subsurface materials.
• This includes Soil Mechanics, which is fundamental for identifying, characterizing, and analyzing the mechanical properties of soil and rock. Applied Soil Mechanics, in particular, plays a key role in real-world applications, such as foundation design and soil stability.
• The laboratory supports projects at the undergraduate (UG), postgraduate (PG), and PhD levels, as well as research and consultancy initiatives aimed at advancing geotechnical practices.

• Vacuum Pump
• Electronic  Balance 6 Kg (0.01g)
• Asphalt Mixer
• DCP Test
• Visco Meter with Thermo cell

• Automatic Compactor
• Universal Water Bath Infrared
• Digi Marshal
• Bitumen Testing Equipment
• Accelerated Polishing Machine
• Ring and Ball Apparatus
• Under hook Weighing Machine
• Digital Electric Balance
• Benkelman Beam
• Merlin
• 3-M Rolling Straight Edge
• Asphalt Testing System
• Digital Dial Gauge
• Speed Radar Gun
•  Infrared Thermometer
• Impact Test Apparatus
• Abrasion Test Apparatus
• Compaction test Apparatus
• Size& Shape test Apparatus
• Penetration test Apparatus
• Ductility test
• Softening point

Students in this field focus on the planning, design, construction, operation, and maintenance of roads, bridges, and tunnels to ensure the safe and efficient transportation of people and goods.

• Key aspects of highway construction, such as strength, rigidity, flexibility, smoothness, shock absorption, bonding strength, and load-bearing capacity, are influenced by the careful use of bitumen and aggregates.
• These materials are applied in precise proportions throughout the pavement to achieve optimal performance.
• The laboratory supports projects and research for undergraduate (UG), postgraduate (PG), and PhD scholars, along with research and consultancy initiatives aimed at advancing transportation infrastructure.

• BOD Incubator
• COD Reactor
• Incubator
• Muffle Furnace
• Auto Clave
• Nephelometer
• Jar  Test Apparatus
• PF-12 Photometer
• Magnetic Stirrer
• Hot Air Oven
• Digital Balance
• Hot Pan
• Distilled Water Maker
• PH Meter
• EC  Meter
• TDS Meter
• DO Probe

Students engage in the process of treating wastewater from industries and domestic sources to make it suitable for reuse.

• This involves identifying and quantifying impurities through various testing methods. By determining the types and levels of impurities, appropriate treatment processes can be applied to purify the water, making it safe and usable.
• The laboratory supports projects for undergraduate (UG), postgraduate (PG), and PhD scholars, as well as research and consultancy initiatives aimed at advancing water treatment technologies.

• NDT Equipment like Corrosion analyzer, Profometer, Digital Schmidt Rebound hammer, and Ultrasonic pulse velocity test apparatus
• Infrared camera
• Ground penetrating camera
• Humidity Chamber
• Drying Shrinkage and Moisture movement
• Laboratory Oven
• Ground penetration Radar
• Rebar locator profometer
• Core cutting/Drilling machine
• Thermo CAMTM Camera
• Core drilling machine(Hilti make)
• Automatic compression testing machine(KN)
• Strain Measuring devices with related software
• Concrete pan mixer
• Tile abrasion machine
• Concrete permeability apparatus
• Proving ring(t)
• Impact testing machine
• Mortar cube vibrating testing machine
• Vibrating table

• It is fully equipped with the necessary tools and equipment for manufacturing and testing concrete specimens.
• As one of the most important construction materials in civil engineering, concrete's constituents and their properties are crucial for understanding its performance.
•  This knowledge is essential for developing the expertise required in the field.
• The laboratory supports projects for undergraduate (UG), postgraduate (PG), and PhD scholars, as well as research and consultancy work focused on advancing concrete technology.

The utilization of the Structural Dynamics Laboratory focuses on the study and analysis of how structures respond to dynamic loads, such as vibrations, earthquakes, wind forces, and moving loads.

• Understanding the dynamic behavior of structures, including beams, frames, and buildings, is essential for assessing their performance under time-varying conditions.
• The laboratory conducts vibration analysis experiments using both free and forced vibration setups, exploring the behavior of single and multi-degree-of-freedom systems. T
• this laboratory supports projects for undergraduate (UG), postgraduate (PG), and PhD scholars, as well as research initiatives aimed at advancing structural dynamics and earthquake engineering.

• Polygon law of forces apparatus
• Combined inclined plane and friction slide apparatus
• Parallel force apparatus(Dial type)
• Bell crank lever apparatus-wooden
• Screw jack apparatus
• Simple wheel and axle apparatus
• Fly wheel apparatus
• Universal force table
• Bar pendulum
• Centre of gravity apparatus

The facilities available are primarily focused on practical applications and experiments that support the understanding of fundamental principles in mechanics, such as force, equilibrium, friction, moments, and motion.

• These experiments are designed to correlate directly with classroom learning in areas such as statics, dynamics, kinematics, and strength of materials.
• The laboratory supports hands-on learning and research projects for undergraduate (UG), postgraduate (PG), and PhD scholars, contributing to both academic development and advanced research initiatives.

• Basic hydrology system
• Groundwater model
• Open channel
• Double ring infiltrometre
• MAT LAB programs
• Theory of models

The utilization of the Water Resources Engineering Laboratory involves the study of hydraulics and fluid flow, focusing on understanding the behavior of flow in both open channels and closed conduits.

• The laboratory enables the exploration of key principles such as continuity, momentum, and energy in water flow. It also supports the testing and analysis of hydraulic structures and devices, including weirs, notches, flumes, spillways, and hydraulic jumps.
• These experiments play a crucial role in the design and analysis of real-world water structures. Additionally, the lab is involved in groundwater and irrigation studies, rainfall and runoff analysis, and the simulation of rainfall and surface runoff.
• The laboratory supports projects for undergraduate (UG), postgraduate (PG), and PhD scholars, as well as research and consultancy work in the field of water resources engineering.

Computer  Lab

UG Lab

• Systems (30)
• Dell Vastro 3020
• HP Elite Desk 800G3 TWR
• HP Pro 3330 MTPC
• Projector with screen
• UPS set-20 KVA BPE MAKEUPS set-20KVA BPE MAKE

PG Lab

• Systems total 27 No’s
• Dell OptiPlex 3070-25No’s
• Dell OptiPlex 3080-02 No’s
• Dell Server PowerEdge R540 Server
• HP Server ProLiant ML350P Gen 2
• Tower AC-02 No’s

Software:

• ANSYS
• STAAD PRO connect Edition                
• MATLAB
• ARC GIS
• MIDAS
• MD FEA Bundle
• Geo Slope
• Geo.5
• Intergraph Geospatial Educational Bundle

Students utilize this laboratory for a wide range of design, development, and analysis-based projects, leveraging the existing software and tools available.

• The laboratory supports various academic levels, including undergraduate (UG) and postgraduate (PG) students, as well as PhD scholars.
• In addition to academic projects, the laboratory also serves as a hub for research and consultancy projects, contributing to both academic growth and industry collaborations.

• Systems- total 70 No’s
• HP 280G4 - 50 No’s
• HP 400 G2 MT – 20 No’s
• Projector with screen
• Smart Interactive White board
• Smart Interactive Panel
• UPS set-10 KVA APC MAKE

Software:

• AUTOCAD
• Dev C++

This laboratory is utilized by students for carrying out design, development, and analysis projects using the available software tools.

• It supports a diverse range of academic levels, including undergraduate (UG), postgraduate (PG), and PhD scholars.
• In addition to academic projects, the laboratory also facilitates research and consultancy projects, offering valuable resources for both student innovation and professional industry applications.