Water distribution system play a vital role in supplying safe and reliable drinking water to urban populations. However, due to rapid population growth, aging infrastructure, leakage, and uneven pressure distribution, many existing water supply networks face operational inefficiencies.
2.
Eco Friendly Road Repair Using Marble Powder ConcreteDeepan Kumar. S., Dr. M. Shahul Hameed
The performance of road repair materials is critical in ensuring the durability, strength, and sustainability of pavement structures. Conventional repair methods, which rely heavily on cement-based materials, often contribute to environmental degradation due to high carbon emissions and excessive use of natural resources.
3.
Experimental Investigation on Drainage System for SDATMr. R. Kalaiyarasan, Mr. S. Kesavan
Spectator galleries are an essential component of sports infrastructure, providing safe and comfortable seating arrangements for audiences. This study presents an experimental investigation on the performance of a Reinforced Cement Concrete (RCC) spectator gallery designed for Sports Development Authority of Tamil Nadu (SDAT) facilities.
4.
Asset Mapping For Water Pipe Line, Storm Water Network and Underground Sewerage System For Rajapalayam TownKanjana. M., Ms.T.Thilagalakshm
Rapid urbanization has increased the demand for efficient management of municipal infrastructure, particularly water supply, drainage, and sewerage systems. Asset mapping provides a scientific approach for documenting and monitoring urban utility networks.
5.
Low Cost Geopolymer Paver Using Industrial Waste & E WasteKartheeswaran. R., Dr. L. Arun Raja
Geopolymer concrete has emerged as a sustainable alternative to conventional cement concrete due to its reduced environmental impact and utilization of industrial waste materials. In this study, low-cost geopolymer paver blocks are developed using fly ash as the primary binder and electronic waste (E-waste) as a partial replacement for aggregates.
6.
Comparative Study on Fluoride Removal Using Natural Adsorbents, Nanomaterials and a Cost-Effective Hybrid Nano Assisted Membrane System Kartheeswari G, Saranya N
Groundwater contamination due to elevated levels of fluoride and Total Dissolved Solids (TDS) has emerged as a significant environmental and public health concern, particularly in semi-arid and rural regions. Prolonged consumption of fluoride-contaminated water leads to serious health issues such as dental fluorosis and skeletal fluorosis, thereby necessitating the development of efficient and affordable treatment methods.
7.
Integrated Digital Setting-Out System for Fit-Out and Joinery Works in Building ProjectsKathirvel su, Mr.G.Basker singh
Fit-out and joinery works play an important role in the final stage of building construction, where accurate setting-out is essential to ensure that wall finishes, flooring layouts, ceilings, and joinery elements are installed correctly according to design drawings.
8.
Improvement of Ganghi Market Infra Structure in Palani MunicipalityKavi Bala K, Saranya N
The reconstruction of Gandhi Market in Palani Municipality requires a strong and safe foundation to support the new structures. To achieve this, adequate sub-surface data is essential for proper foundation design. A detailed soil investigation was proposed to determine the geotechnical properties of the site, including soil type, strength, and bearing capacity.
9.
Experimental Investigation on Water Treatment using Advanced Slow Sand FilterMohamed Afsar.N, Dr. L. Arun Raja
Water contamination is a critical global issue affecting human health and environmental sustainability. Conventional water treatment systems are often expensive and require skilled operation, making them unsuitable for rural and low-income areas.
10.
Improvement of Water Storage and Renovation of Summer Storage Tank Mutheeswari. G., Mrs. V. Kani
Water is an essential natural resource for human survival and sustainable development. However, increasing population, urbanization, and climate variability have placed significant stress on available water resources.
11.
Advanced Hydraulic Analysis and Optimized Planning of Underground Sewerage Network For Newly Added Areas Using Sewergem SoftwareMuthukali. P., Dr. A. Dhanalakshmi
Rapid urbanization and population growth in newly developed areas demand efficient underground sewerage systems for safe wastewater disposal and environmental protection. Traditional design methods often face limitations in hydraulic efficiency, accuracy, time consumption, and future expansion planning.
12.
Artificial Intelligence-Based Air Pollution Prediction Using Machine Learning and Deep Learning Techniques S. Naveen Balaji, Mr. S. kathiresan
Air pollution is one of the most critical environmental challenges affecting human health and ecosystems worldwide. Accurate prediction of air quality plays a vital role in environmental monitoring and management.
13.
Crack Propogation of Plastic Waste Bituminous Mixture PavementG.Ommaharaja, Mr.S.Kesavan
This study investigates the effective utilization of plastic waste in road construction to address environmental pollution and improve the durability of road pavements. Plastic waste, including PET, HDPE, and LDPE, was incorporated into bituminous mixtures to evaluate its impact on crack resistance and mechanical properties.
14.
Digital Rebar Detailing and Bar Bending Schedule Generation For RCC Columns Using Rebar CAD SoftwarePandiya Rajan.k, Mr. S. Keasavan
Reinforced Concrete (RCC) columns are essential vertical load-bearing elements in modern construction. Accurate detailing of reinforcement is critical to ensure structural safety, reduce steel wastage, and optimize construction schedules.
15.
Experimental Investigation on Utilization of E-Waste in Coarse Aggregate of Paver Block ProductionPrabhu. P., Dr. G. Balaji Ponraj
The advent of rapid technological progress has resulted in an increase in the creation of electronic waste, which is dangerous for the environment due to its toxicity and inability to degrade. Improper disposal causes pollution of the ground, water bodies, and atmosphere.
16.
Strength Study On No – Fine Concrete Using Marble Sludge Powder Rajaselvam.R, Mr. S. Kathiresan
Leaving the waste materials to the environment directly can cause environmental problems. Hence the reuse of waste material has been emphasized. Waste can be used to produce new products or can be used as admixtures so that natural resources are used more efficiently and the environment is protected from waste deposits.
17.
Impact Behaviour of Graphene Coated Reinforcement Bars Rishi Suthan. M., Dr. L. Arun Raja, Jegatheesh Kumar.S
The performance of reinforcement bars is critical in ensuring the strength and durability of structural systems. Conventional steel reinforcement bars, although widely used for their high tensile strength and ductility, are highly susceptible to corrosion and mechanical damage when exposed to harsh environmental conditions.
18.
Experimental of Turning the Plastic Waste Into Urban Infrastructure Saravana perumal. R, Mr. G. Baskar singh
The increasing accumulation of plastic waste poses a serious environmental challenge, highlighting the urgent need for sustainable material alternatives to mitigate pollution. This study investigates the feasibility of utilizing various types of plastic waste—LDPE, HDPE, PET, PP, and PS—as a binding agent in paver block production.
19.
Resilient Water Supply System Using Alternative Filtration MethodMr. B. Singaraj, Dr. N. Sakthieswaran
Water scarcity and contamination have become significant challenges in urban water supply systems. Many towns depend on infiltration wells and groundwater sources, which often fail during seasonal droughts and excessive extraction.
20.
Reinforcement Detailing And BBS Preparation For Stadium Beams Using RebarCADMs.M.Sivaranjani, Mrs.V.Kani
This paper presents the application of Building Information Modeling (BIM) and RebarCAD software for reinforcement detailing and Bar Bending Schedule (BBS) preparation in a stadium structure. Modern construction projects require high precision, coordination, and efficiency, which cannot be effectively achieved using traditional 2D drafting methods.
21.
Reinforcement Detailing And Bar Bending Schedule (Bbs) Of Rcc Structure Including Core Wall Using Rebar Cad Ms.Sujitha S, Mrs.V.Kani
Reinforced Cement Concrete (RCC) structures require proper reinforcement detailing to ensure safety, strength, and durability. This project focuses on the preparation of reinforcement detailing and Bar Bending Schedule (BBS) for an RCC structure including a core wall using Rebarcad software.
22.
Sustainable Water Resource Enhancement and Rejuvenation of LakeS.Varalakshmi, Ms.T.Thilagalakshmi
The Lake Rejuvenation Project at Thuraiyur focuses on restoring a damaged urban lake by removing silt to increase water storage, fixing weakened bunds with both built structures and natural methods, and improving water flow control to prevent flooding. It includes a system to divert untreated sewage to a treatment plant, ensuring cleaner water that can be reused to keep the lake healthy and support activities like boating.
23.
Role of Epoxy Resin in Corrosion Protection of HYSD Bars in Reinforced Concrete StructuresM.Aathavan. S, Dr. M. Shahul Hameed
Corrosion of steel reinforcement is one of the major causes of deterioration in reinforced concrete structures, especially in aggressive environments such as coastal regions and industrial areas. This study investigates the role of epoxy resin coating in enhancing the corrosion resistance of High Yield Strength Deformed (HYSD) bars used in reinforced concrete.
24.
Renovating the Potholes on the Road Using Geopolymer ConcrteMr. S.Hari, Dr.M. Shahul Hameed
Road potholes are a major issue affecting transportation safety, vehicle efficiency, and maintenance costs. Conventional repair methods using Ordinary Portland Cement (OPC) concrete often fail due to low durability, poor bonding, and slow strength development.
25.
Utilization of Pistachio Shell Powder as Partial Replacement of Cement in Concrete Mr.K. Mahesh, Mr.S.R. Surya Abisek
This study investigates the use of pistachio shell powder (PSP) as a sustainable partial replacement for cement in M25 and M40 grade concrete. PSP was used to replace cement at 0%, 10%, 20%, 30%, and 40% levels. Concrete specimens were tested for workability, compressive strength at 7 and 28 days, and water absorption.
26.
Experimental Investigation on Drainage System for SDATC. Maniram, Mr. G. Baskar Singh
Effective drainage systems are essential for maintaining the performance, durability, and safety of sports infrastructure. This study presents an experimental investigation on the drainage system designed for Sports Development Authority of Tamil Nadu (SDAT) facilities.
27.
Experimental Investigation on Structural Performance of Steel Fiber In RCC ElementsSudharsan.K., Dr.G. Balaji Ponraj
The development of modern construction requires materials with enhanced ductility and crack resistance. This study experimentally examines the structural performance of hooked-end steel fibers as a reinforcement in RCC elements. The investigation utilizes M25 grade concrete with steel fiber addition at volume fractions of 0.5%, 1.0%, and 1.5%. Concrete specimens including cubes, cylinders, and beams were cast and cured under laboratory conditions.
28.
Experimental of Urban Water Distribution System for Pressure and Water Loss Reduction Sujith.R, Mr. S. Kesavan
Urban water distribution systems are essential for supplying water to cities, but they often face problems like uneven pressure, leaks, and water loss. This study analyzes an existing water network using field data and hydraulic modelling to identify these issues.
29.
Cool Rigid Pavement Using Waste Material: Crumb Rubber Amutha S, Dhanalakshmi A
A control concrete mix was designed. Two experimental mixes were prepared by replacing fine aggregates with waste rubber at proportions of 5% and 10% by volume. The primary objective was to evaluate the mechanical properties and thermal performance of the rubberized concrete.
30.
Experimental Investigation On Partial Replacement of Cement With Glass Powder In Concrete B.Arunkumar, Mr.G.Baskar Singh, R.Essaki muthu
The potential use of left,over glass powder as a 20% replacement level of cement in concrete is investigated in this study. This research aims to develop a more sustainable and ecologically friendly building material in light of the growing environmental problems associated with the production of traditional cement, such as significant energy consumption and carbon dioxide emissions, as well as the growing issue of waste glass accumulation in landfills.
31.
Sustainable Plastic-Sand Composite Bricks Using Recycled Plastic WasteChitra.G, Thilagalakshmi.T
The mounting accumulation of plastic waste has emerged as a significant environmental issue on a global scale, resulting in resource depletion and pollution. The objective of this project is to create sustainable plastic–sand composite bricks that utilize recycled plastic waste as a binding material.
32.
IOT Based Salt Content Monitering System In WatertankR. Esakki muthu, Mr.G.Baskar singh, B. Arunkumar
In home, agricultural, and industrial settings, where a high salt content can cause major health problems and equipment damage, water quality is vital. An Internet of Things (IoT)-based system for realtime salt concentration monitoring in a water tank is presented in this project.
33.
IoT-Based Multi-Hazard Detection and Automated Mitigation System for Smart Underground Tunnels using ESP32 P. Ganesh Kumar, Dr. M. Shahul Hameed, C. Mathesh Kannan
This project presents an advanced IoT-driven safety framework specifically designed for real-time monitoring and hazard mitigation in underground tunnels using the ESP32 microcontroller. The system integrates a suite of sensors to detect critical threats such as toxic gas leakages, fire outbreaks, and structural flooding.
34.
A Study of An Iot Enabled Concrete Curing and Monitoring System M.Kaliraj, Dr.L.Arun Raja
The Implementation of Embedded Sensors for In-Situ Concrete Curing Monitoring System satisfies the critical need for accurate, real-time assessment of concrete curing processes in modern construction. Traditional methods are labor-intensive, time-consuming, and often fail to provide timely insights regarding curing conditions since they rely on routine sampling and laboratory testing.
35.
A Study on Temperature Variation of Roofing System Using Thermochromic PowderV. Kannan, Dr. G. Balaji Ponraj
The increasing impact of heat gain in buildings has led to the need for innovative roofing materials to improve thermal comfort and energy efficiency. This study investigates the temperature variation of roofing systems using thermochromic powder. Thermochromic materials have the ability to change color with temperature, thereby altering their heat absorption and reflection properties.
36.
Experimental Study on the Utilization of Glass Powder And Waste Oil in Bituminous MixesK. Madhavan, Mr. S. R. Surya Abisek
The properties of bituminous mixes modified with glass powder and waste oil for use in road construction are examined in this study. The goal is to assess how waste oil as a modifier and glass powder as a partial replacement material affect bituminous mix performance.
37.
A Study on Utilization of Plastic Waste in Paver BlockK.Mageshwaran, Dr.G.Balaji Ponraj
As a sustainable substitute for traditional cement concrete pavers, this research investigates the creation and performance assessment of composite paver blocks(CPB) made from waste plastic and river sand. This study intends to reduce the environmental impact of the exponential increase in plastic pollution by using non-biodegradable waste—specifically, LDPE and HDPE—as a binding agent.
38.
IOT-Based Real-Time Water Quality Monitoring And Automated Isolation SystemM. Manikandan, Dr. L. Arun Raja Lourdu.
The availability of clean and safe water is becoming increasingly challenging due to rapid urban growth, industrial discharge, and environmental pollution. Conventional methods of assessing water quality mainly depend on manual sampling and laboratory analysis, which are time-intensive and do not provide instant feedback.
39.
Real-Time Wild Animal Detection And Collision Avoidance System C. Matheshkannan, Dr. M. Shahul Hameed, P. Ganesh Kumar
The integration ofi thermal imaging and machine learning provides an efifiective approach to enhancing railway safiety by detecting animals on tracks, especially under low-light or nighttime conditions. Thermal cameras detect the infirared radiation emitted by animals, allowing accurate identifiication and precise positioning even in darkness or fiog, while reducing fialse negatives compared to traditional PIR or IR sensors.
40.
Real-Time Drainage Monitoring And Alert System Using IotM. Munieswaran, Mr. S. R. Surya Abisek
Urban drainage systems play a critical role in maintaining sanitation and preventing flooding. However, blockages, overflow, and toxic gas accumulation in drainage systems pose serious risks to human health and infrastructure.
41.
A Study on Experimental Use of Jute Fiber as a Sustainable Alternative To Fine Aggregates In ConcreteS. Rajarajan, Mr.S. Kesavan
The depletion of natural river sand and the environmental impact of excessive mining have encouraged the search for sustainable alternatives in concrete production. This study investigates the use of jute fiber as a partial replacement for fine aggregates in concrete. Jute fiber, a biodegradable and renewable material, was added in varying proportions (0%–8%) to evaluate its effect on compressive strength, workability, and durability.
42.
Performance of Black Cotton Soil with Treated Psuedo Stem Fibre Ms.T.Ramya, Mrs.V.Kani V
The goal of this project is to use lime-treated pseudo-stem fibers as a reinforcement material to improve the engineering performance of Black Cotton (BC) soil. This study assesses the physical reinforcement effect of incorporating lime-treated banana fibers into the soil matrix as an alternative to conventional chemical stabilization.
43.
A Study on Utilization of Waste Plastic in Modified Bitumen Road Pavement P. Sam Kishore Raj, Dr. N. Sakthieswaran
The growing amount of non-biodegradable plastic garbage makes sustainable waste management crucial. The use of discarded Plastic in bituminous road construction is investigated in this study. Polyethylene (PE), polypropylene (PP), and polystyrene (PS) were among the common polymers utilized.
44.
Experimental Study of Soil Moisture And Landslides Monitoring In Iot-Based TechnologyS. Saravana, Mr. S. Kathiresan, S. Selva ranjith
This research introduces a cost-effective, IoT-based early warning system designed to mitigate landslide risks in vulnerable regions. Utilizing an Arduino Uno integrated with soil moisture and rain sensors, the system monitors environmental triggers that lead to increased pore-water pressure and reduced soil shear strength.
45.
Design of Iot Based Smart Indoor Air Control and Monitoring System In Buildings S. Selva Ranjith, Mr. S. Kathiresan
Indoor air quality (IAQ) plays a critical role in maintaining human health and comfort, especially in modern buildings with limited natural ventilation. This study presents the design and implementation of an IoT based smart indoor air control and monitoring system.
46.
Recycled Aggregate Concrete For Sustainable ConstructionSivaranjani.M, Saranya.N, Theyjesvini.R
The rapid increase in construction and demolition waste has led to the need for alternative and environmentally friendly materials in concrete production. This study aims to evaluate the properties of concrete when recycled coarse aggregates are used instead of natural aggregates.
47.
Automated Air Quality Monitor System For Construction SiteMs.R.Theyjesvini, Mrs.N.Saranya, Ms.M.Sivaranjani
Construction activities generate significant amounts of particulate matter (PM2.5 and PM10), carbon dioxide (CO₂), smoke, and other harmful gases, posing serious health risks to workers and nearby residents. This paper presents the development of an automated air quality monitoring system specifically designed for construction sites.
48.
Study on Carbon Absorbing Concrete Blocks Using 10% Magnesium Oxide and Calcium OxideS. Ulfath Salima, Ms. T. Thilagalakshmi
The continuous rise in carbon dioxide (CO₂) emissions has become a major environmental concern, contributing significantly to global warming and climate change. This research focuses on the development of ecofriendly concrete blocks capable of absorbing CO₂ by incorporating 5% Magnesium Oxide (MgO) and Calcium Oxide (CaO) as partial replacements in conventional concrete.
49.
Experimental Study On Natural Media Tittle M. Alagulakshmi, DR. A. Dhanalakshmi, S. AMUTHA
This mini-project develops a zero-cost greywater filtration system using only locally available waste materials river gravel, quarry sand, coconut shells, moringa seeds, crushed eggshells, and nylon ropes for household water recycling in water-scarce Tamil Nadu.
50.
Optimize Energy Atmosphere Perform for Solar EnergyS.Balaganesh, Mr. N. Sakthieswaran
This project focuses on improving the energy and environmental performance of solar power systems. Solar energy is one of the most reliable and eco-friendly sources of renewable energy, but its efficiency depends on several external and design factors. The main aim of this study is to identify ways to increase the performance of solar systems by optimizing their operating conditions.
51.
Temperature and Gas Monitoring in Under Construction Buildings and TunnelingT. Sanjai Kumar, S. Kesavan
Ensuring safety in construction zones and underground tunneling environments is a critical challenge due to the presence of harmful gases and unstable temperature conditions. This study presents the development of a real-time monitoring system capable of detecting temperature variations and hazardous gases such as carbon monoxide and methane.
52.
Influence of Natural Fiber with Mat Layering on the Impact Performance of UHTCC Bio Composite Panels P. Amrudha, Arun Raja Lourdu, N. Radhakrishnan, M. Chellapandian
Several previous studies have examined the compressive and tensile properties of bio-composite systems containing natural fiber mats and ultra-high-toughness cementitious composites (UHTCC) derived from natural fibers. However, their impact resistance remains unexplored.
53.
Experimental Investigation on Structural Performance of Steel Fiber In RCC BeamsG. Deepan Shailendran, Dr. G. Balaji Ponraj
The study aimed to evaluate the structural response of reinforced cement concrete (RCC) beams incorporating steel fiber reinforced concrete (SFRC). Since conventional concrete has limited tensile resistance and tends to develop cracks, steel fibers were introduced into M45-grade mixes at 0.5%, 1.0%, and 1.5% by volume.
54.
A Study on Behaviour of Self-Curing Concrete Elements Using Polyvinyl AlcoholBalajiponraj.G, Hariharan.M
Self-curing concrete is an emerging technology designed to retain internal moisture and promote continued hydration without the need for external curing. This study investigates the behaviour of self-curing concrete elements incorporating polyvinyl alcohol (PVA) as an internal curing agent.
55.
Strength and Light-Transmission Characteristics of Lightweight Translucent Concrete Using Optical Fibers Jegatheesh Kumar. S, Dr. M. Shahul Hameed, Shobhika. VV
Light-transmitting concrete is one of the normal wellsprings for getting light inside the structure which is utilized to lift the stylish look of the structure and is sometimes utilized for fancy reasons too. The significant downside of the light-sending concrete is that it is excessively weighty to life and moves to start with one spot and then onto the next place.
56.
Study on Flexural and Shear Behaviour of Hybrid Fibre RCC with Glass Fibre Reinforcement Kalyani M, Arun Raja L
Conventional concrete consists of several key components including cement, water, coarse aggregates, and fine aggregates. Among construction materials, concrete holds the second-largest global footprint after water. But, it is relatively weak in tension and it is very important to increase the tensile capacity by different means of alterations.
57.
Study on Flexural Behaviour of Ternary Belnded Binder Based Rc BeamsManikandan.R, L.Arun Raja.
The increasing demand for sustainable and high-performance construction materials has led to the development of ternary blended binder concrete, in which ordinary Portland cement is partially replaced by two supplementary cementitious materials such as fly ash, silica fume, or ground granulated blast furnace slag (GGBS).
58.
The Microstructural Analysis of Fly Ash Blended In RC Beam K.Mathan, G Basker Singh
The use of fly ash as a supplementary cementitious material has gained significant attention in reinforced concrete (RC) construction due to its environmental and performance benefits. This study focuses on the microstructural analysis of fly ash blended concrete used in RC beams.
59.
Experimental Study On Properties of No-Fine Concrete Wall Panels Using Marble Sludge Powder C. Muneeswaran, S. Kathiresan
No-Fine Concrete is a lightweight and porous construction material widely used for non-load-bearing elements such as wall panels and partition walls. However, improving its mechanical properties and sustainability remains an important area of research.
60.
Microstructural Analysis of Fly Ash based Polymer Concrete Reinforced with Hybrid FibreD.Piriyadharshini, Mrs. PA. VelciShridevi
Polymer concrete is an effective alternative to conventional cement materials due to its high strength, fast curing, and durability. This study examines fly ash-based polymer concrete reinforced with hybrid basalt and polypropylene fibers.
61.
Experimental Study On Flexural Behaviour of Natural Fiber in Geopolymer ConcreteB. Ramkumar, Dr. N. Sakthieswaran
The flexural properties of natural fiber reinforced in geo polymer concrete have been investigated in terms of its mechanical properties. For the purpose of the experiment, geo polymer concrete was prepared by using fly ash and Ground Granulated Blast Furnace Slag (GGBS), in combinations of 70 and 30 percent as a source material for binder, Coarse Aggregate, and Fine Aggregate as filler material.
62.
An Experimental Study of Durability on Silica Fume and Fly Ash In RC BeamRavin James.R, G.Baskar Singh
This study examines the durability characteristics of reinforced concrete (RC) beams incorporating silica fume and fly ash as partial replacements for cement. The research focuses on evaluating resistance to environmental deterioration, including water absorption, chloride penetration, and sulfate attack.
63.
External Strengthening of Reinforced Concrete (Rc) Beams Using Carbon Fibre Reinforced Polymer(CFRP) Composites Rohini K, PA. Velci Shridevi
Carbon Fiber Reinforced Polymer (CFRP) composite strips have gained popularity as a viable strengthening technique for reinforced concrete structures. The main task of this experiment is to investigate flexural strengthening performance of Reinforced Concrete(RC) beams wrapped by CFRP composites.
64.
An Experimental Study On Durability of Pervious Concrete Using Marble Sludge PowderSankaranarayanan. V, S. Kathiresan
Pervious concrete is a sustainable construction material widely used in pavement applications for effective stormwater management. However, its durability characteristics require enhancement for long-term structural performance. This study investigates the influence of marble sludge powder (MSP) as a partial replacement of cement in pervious concrete.
65.
Performance Study On Concrete Reinforced with GFRPSanthiya .M, Dr. Shahul Hameed M
The increasing demand for durable and corrosion-resistant concrete structures has led to the exploration of Glass Fiber Reinforced Polymer (GFRP) bars as an alternative to traditional steel reinforcement. This study investigates the mechanical and durability performance of M40 grade concrete reinforced with GFRP bars.
Upgrades of Water Distribution Network Pipeline by using Watergem Abinaya.B, Saranya N
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Water distribution system play a vital role in supplying safe and reliable drinking water to urban populations. However, due to rapid population growth, aging infrastructure, leakage, and uneven pressure distribution, many existing water supply networks face operational inefficiencies.
Eco Friendly Road Repair Using Marble Powder ConcreteDeepan Kumar. S., Dr. M. Shahul Hameed
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The performance of road repair materials is critical in ensuring the durability, strength, and sustainability of pavement structures. Conventional repair methods, which rely heavily on cement-based materials, often contribute to environmental degradation due to high carbon emissions and excessive use of natural resources.
Experimental Investigation on Drainage System for SDATMr. R. Kalaiyarasan, Mr. S. Kesavan
Download
Spectator galleries are an essential component of sports infrastructure, providing safe and comfortable seating arrangements for audiences. This study presents an experimental investigation on the performance of a Reinforced Cement Concrete (RCC) spectator gallery designed for Sports Development Authority of Tamil Nadu (SDAT) facilities.
Asset Mapping For Water Pipe Line, Storm Water Network and Underground Sewerage System For Rajapalayam TownKanjana. M., Ms.T.Thilagalakshm
Download
Rapid urbanization has increased the demand for efficient management of municipal infrastructure, particularly water supply, drainage, and sewerage systems. Asset mapping provides a scientific approach for documenting and monitoring urban utility networks.
Low Cost Geopolymer Paver Using Industrial Waste & E WasteKartheeswaran. R., Dr. L. Arun Raja
Download
Geopolymer concrete has emerged as a sustainable alternative to conventional cement concrete due to its reduced environmental impact and utilization of industrial waste materials. In this study, low-cost geopolymer paver blocks are developed using fly ash as the primary binder and electronic waste (E-waste) as a partial replacement for aggregates.
Comparative Study on Fluoride Removal Using Natural Adsorbents, Nanomaterials and a Cost-Effective Hybrid Nano Assisted
Membrane System Kartheeswari G, Saranya N
Download
Groundwater contamination due to elevated levels of fluoride and Total Dissolved Solids (TDS) has emerged as a significant environmental and public health concern, particularly in semi-arid and rural regions. Prolonged consumption of fluoride-contaminated water leads to serious health issues such as dental fluorosis and skeletal fluorosis, thereby necessitating the development of efficient and affordable treatment methods.
Integrated Digital Setting-Out System for Fit-Out and Joinery Works in Building ProjectsKathirvel su, Mr.G.Basker singh
Download
Fit-out and joinery works play an important role in the final stage of building construction, where accurate setting-out is essential to ensure that wall finishes, flooring layouts, ceilings, and joinery elements are installed correctly according to design drawings.
Improvement of Ganghi Market Infra Structure in Palani MunicipalityKavi Bala K, Saranya N
Download
The reconstruction of Gandhi Market in Palani Municipality requires a strong and safe foundation to support the new structures. To achieve this, adequate sub-surface data is essential for proper foundation design. A detailed soil investigation was proposed to determine the geotechnical properties of the site, including soil type, strength, and bearing capacity.
Experimental Investigation on Water Treatment using Advanced Slow Sand FilterMohamed Afsar.N, Dr. L. Arun Raja
Download
Water contamination is a critical global issue affecting human health and environmental sustainability. Conventional water treatment systems are often expensive and require skilled operation, making them unsuitable for rural and low-income areas.
Improvement of Water Storage and Renovation of Summer Storage Tank Mutheeswari. G., Mrs. V. Kani
Download
Water is an essential natural resource for human survival and sustainable development. However, increasing population, urbanization, and climate variability have placed significant stress on available water resources.
Advanced Hydraulic Analysis and Optimized Planning of Underground Sewerage Network For Newly Added Areas Using Sewergem SoftwareMuthukali. P., Dr. A. Dhanalakshmi
Download
Rapid urbanization and population growth in newly developed areas demand efficient underground sewerage systems for safe wastewater disposal and environmental protection. Traditional design methods often face limitations in hydraulic efficiency, accuracy, time consumption, and future expansion planning.
Artificial Intelligence-Based Air Pollution Prediction Using Machine Learning and Deep Learning Techniques
S. Naveen Balaji, Mr. S. kathiresan
Download
Air pollution is one of the most critical environmental challenges affecting human health and ecosystems worldwide. Accurate prediction of air quality plays a vital role in environmental monitoring and management.
Crack Propogation of Plastic Waste Bituminous Mixture PavementG.Ommaharaja, Mr.S.Kesavan
Download
This study investigates the effective utilization of plastic waste in road construction to address environmental pollution and improve the durability of road pavements. Plastic waste, including PET, HDPE, and LDPE, was incorporated into bituminous mixtures to evaluate its impact on crack resistance and mechanical properties.
Digital Rebar Detailing and Bar Bending Schedule Generation For RCC Columns Using Rebar CAD SoftwarePandiya Rajan.k, Mr. S. Keasavan
Download
Reinforced Concrete (RCC) columns are essential vertical load-bearing elements in modern construction. Accurate detailing of reinforcement is critical to ensure structural safety, reduce steel wastage, and optimize construction schedules.
Experimental Investigation on Utilization of E-Waste in Coarse Aggregate of Paver Block ProductionPrabhu. P., Dr. G. Balaji Ponraj
Download
The advent of rapid technological progress has resulted in an increase in the creation of electronic waste, which is dangerous for the environment due to its toxicity and inability to degrade. Improper disposal causes pollution of the ground, water bodies, and atmosphere.
Strength Study On No – Fine Concrete Using Marble Sludge Powder Rajaselvam.R, Mr. S. Kathiresan
Download
Leaving the waste materials to the environment directly can cause environmental problems. Hence the reuse of waste material has been emphasized. Waste can be used to produce new products or can be used as admixtures so that natural resources are used more efficiently and the environment is protected from waste deposits.
Impact Behaviour of Graphene Coated Reinforcement Bars Rishi Suthan. M., Dr. L. Arun Raja, Jegatheesh Kumar.S
Download
The performance of reinforcement bars is critical in ensuring the strength and durability of structural systems. Conventional steel reinforcement bars, although widely used for their high tensile strength and ductility, are highly susceptible to corrosion and mechanical damage when exposed to harsh environmental conditions.
Experimental of Turning the Plastic Waste Into Urban Infrastructure Saravana perumal. R, Mr. G. Baskar singh
Download
The increasing accumulation of plastic waste poses a serious environmental challenge, highlighting the urgent need for sustainable material alternatives to mitigate pollution. This study investigates the feasibility of utilizing various types of plastic waste—LDPE, HDPE, PET, PP, and PS—as a binding agent in paver block production.
Resilient Water Supply System Using Alternative Filtration MethodMr. B. Singaraj, Dr. N. Sakthieswaran
Download
Water scarcity and contamination have become significant challenges in urban water supply systems. Many towns depend on infiltration wells and groundwater sources, which often fail during seasonal droughts and excessive extraction.
Reinforcement Detailing And BBS Preparation For Stadium Beams Using RebarCADMs.M.Sivaranjani, Mrs.V.Kani
Download
This paper presents the application of Building Information Modeling (BIM) and RebarCAD software for reinforcement detailing and Bar Bending Schedule (BBS) preparation in a stadium structure. Modern construction projects require high precision, coordination, and efficiency, which cannot be effectively achieved using traditional 2D drafting methods.
Reinforcement Detailing And Bar Bending Schedule (Bbs) Of Rcc Structure Including Core Wall Using Rebar Cad
Ms.Sujitha S, Mrs.V.Kani
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Reinforced Cement Concrete (RCC) structures require proper reinforcement detailing to ensure safety, strength, and durability. This project focuses on the preparation of reinforcement detailing and Bar Bending Schedule (BBS) for an RCC structure including a core wall using Rebarcad software.
Sustainable Water Resource Enhancement and Rejuvenation of LakeS.Varalakshmi, Ms.T.Thilagalakshmi
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The Lake Rejuvenation Project at Thuraiyur focuses on restoring a damaged urban lake by removing silt to increase water storage, fixing weakened bunds with both built structures and natural methods, and improving water flow control to prevent flooding. It includes a system to divert untreated sewage to a treatment plant, ensuring cleaner water that can be reused to keep the lake healthy and support activities like boating.
Role of Epoxy Resin in Corrosion Protection of HYSD Bars in Reinforced Concrete StructuresM.Aathavan. S, Dr. M. Shahul Hameed
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Corrosion of steel reinforcement is one of the major causes of deterioration in reinforced concrete structures, especially in aggressive environments such as coastal regions and industrial areas. This study investigates the role of epoxy resin coating in enhancing the corrosion resistance of High Yield Strength Deformed (HYSD) bars used in reinforced concrete.
Renovating the Potholes on the Road Using Geopolymer ConcrteMr. S.Hari, Dr.M. Shahul Hameed
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Road potholes are a major issue affecting transportation safety, vehicle efficiency, and maintenance costs. Conventional repair methods using Ordinary Portland Cement (OPC) concrete often fail due to low durability, poor bonding, and slow strength development.
Utilization of Pistachio Shell Powder as Partial Replacement of Cement in Concrete Mr.K. Mahesh, Mr.S.R. Surya Abisek
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This study investigates the use of pistachio shell powder (PSP) as a sustainable partial replacement for cement in M25 and M40 grade concrete. PSP was used to replace cement at 0%, 10%, 20%, 30%, and 40% levels. Concrete specimens were tested for workability, compressive strength at 7 and 28 days, and water absorption.
Experimental Investigation on Drainage System for SDATC. Maniram, Mr. G. Baskar Singh
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Effective drainage systems are essential for maintaining the performance, durability, and safety of sports infrastructure. This study presents an experimental investigation on the drainage system designed for Sports Development Authority of Tamil Nadu (SDAT) facilities.
Experimental Investigation on Structural Performance of Steel Fiber In RCC ElementsSudharsan.K., Dr.G. Balaji Ponraj
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The development of modern construction requires materials with enhanced ductility and crack resistance. This study experimentally examines the structural performance of hooked-end steel fibers as a reinforcement in RCC elements. The investigation utilizes M25 grade concrete with steel fiber addition at volume fractions of 0.5%, 1.0%, and 1.5%. Concrete specimens including cubes, cylinders, and beams were cast and cured under laboratory conditions.
Experimental of Urban Water Distribution System for Pressure and Water Loss Reduction Sujith.R, Mr. S. Kesavan
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Urban water distribution systems are essential for supplying water to cities, but they often face problems like uneven pressure, leaks, and water loss. This study analyzes an existing water network using field data and hydraulic modelling to identify these issues.
Cool Rigid Pavement Using Waste Material: Crumb Rubber Amutha S, Dhanalakshmi A
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A control concrete mix was designed. Two experimental mixes were prepared by replacing fine aggregates with waste rubber at proportions of 5% and 10% by volume. The primary objective was to evaluate the mechanical properties and thermal performance of the rubberized concrete.
Experimental Investigation On Partial Replacement of Cement With Glass Powder In Concrete
B.Arunkumar, Mr.G.Baskar Singh, R.Essaki muthu
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The potential use of left,over glass powder as a 20% replacement level of cement in concrete is investigated in this study. This research aims to develop a more sustainable and ecologically friendly building material in light of the growing environmental problems associated with the production of traditional cement, such as significant energy consumption and carbon dioxide emissions, as well as the growing issue of waste glass accumulation in landfills.
Sustainable Plastic-Sand Composite Bricks Using Recycled Plastic WasteChitra.G, Thilagalakshmi.T
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The mounting accumulation of plastic waste has emerged as a significant environmental issue on a global scale, resulting in resource depletion and pollution. The objective of this project is to create sustainable plastic–sand composite bricks that utilize recycled plastic waste as a binding material.
IOT Based Salt Content Monitering System In WatertankR. Esakki muthu, Mr.G.Baskar singh, B. Arunkumar
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In home, agricultural, and industrial settings, where a high salt content can cause major health problems and equipment damage, water quality is vital. An Internet of Things (IoT)-based system for realtime salt concentration monitoring in a water tank is presented in this project.
IoT-Based Multi-Hazard Detection and Automated Mitigation System for Smart Underground Tunnels using ESP32
P. Ganesh Kumar, Dr. M. Shahul Hameed, C. Mathesh Kannan
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This project presents an advanced IoT-driven safety framework specifically designed for real-time monitoring and hazard mitigation in underground tunnels using the ESP32 microcontroller. The system integrates a suite of sensors to detect critical threats such as toxic gas leakages, fire outbreaks, and structural flooding.
A Study of An Iot Enabled Concrete Curing and Monitoring System M.Kaliraj, Dr.L.Arun Raja
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The Implementation of Embedded Sensors for In-Situ Concrete Curing Monitoring System satisfies the critical need for accurate, real-time assessment of concrete curing processes in modern construction. Traditional methods are labor-intensive, time-consuming, and often fail to provide timely insights regarding curing conditions since they rely on routine sampling and laboratory testing.
A Study on Temperature Variation of Roofing System Using Thermochromic PowderV. Kannan, Dr. G. Balaji Ponraj
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The increasing impact of heat gain in buildings has led to the need for innovative roofing materials to improve thermal comfort and energy efficiency. This study investigates the temperature variation of roofing systems using thermochromic powder. Thermochromic materials have the ability to change color with temperature, thereby altering their heat absorption and reflection properties.
Experimental Study on the Utilization of Glass Powder And Waste Oil in Bituminous MixesK. Madhavan, Mr. S. R. Surya Abisek
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The properties of bituminous mixes modified with glass powder and waste oil for use in road construction are examined in this study. The goal is to assess how waste oil as a modifier and glass powder as a partial replacement material affect bituminous mix performance.
A Study on Utilization of Plastic Waste in Paver BlockK.Mageshwaran, Dr.G.Balaji Ponraj
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As a sustainable substitute for traditional cement concrete pavers, this research investigates the creation and performance assessment of composite paver blocks(CPB) made from waste plastic and river sand. This study intends to reduce the environmental impact of the exponential increase in plastic pollution by using non-biodegradable waste—specifically, LDPE and HDPE—as a binding agent.
IOT-Based Real-Time Water Quality Monitoring And Automated Isolation SystemM. Manikandan, Dr. L. Arun Raja Lourdu.
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The availability of clean and safe water is becoming increasingly challenging due to rapid urban growth, industrial discharge, and environmental pollution. Conventional methods of assessing water quality mainly depend on manual sampling and laboratory analysis, which are time-intensive and do not provide instant feedback.
Real-Time Wild Animal Detection And Collision Avoidance System C. Matheshkannan, Dr. M. Shahul Hameed, P. Ganesh Kumar
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The integration ofi thermal imaging and machine learning provides an efifiective approach to enhancing railway safiety by detecting animals on tracks, especially under low-light or nighttime conditions. Thermal cameras detect the infirared radiation emitted by animals, allowing accurate identifiication and precise positioning even in darkness or fiog, while reducing fialse negatives compared to traditional PIR or IR sensors.
Real-Time Drainage Monitoring And Alert System Using IotM. Munieswaran, Mr. S. R. Surya Abisek
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Urban drainage systems play a critical role in maintaining sanitation and preventing flooding. However, blockages, overflow, and toxic gas accumulation in drainage systems pose serious risks to human health and infrastructure.
A Study on Experimental Use of Jute Fiber as a Sustainable Alternative To Fine Aggregates In ConcreteS. Rajarajan, Mr.S. Kesavan
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The depletion of natural river sand and the environmental impact of excessive mining have encouraged the search for sustainable alternatives in concrete production. This study investigates the use of jute fiber as a partial replacement for fine aggregates in concrete. Jute fiber, a biodegradable and renewable material, was added in varying proportions (0%–8%) to evaluate its effect on compressive strength, workability, and durability.
Performance of Black Cotton Soil with Treated Psuedo Stem Fibre Ms.T.Ramya, Mrs.V.Kani V
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The goal of this project is to use lime-treated pseudo-stem fibers as a reinforcement material to improve the engineering performance of Black Cotton (BC) soil. This study assesses the physical reinforcement effect of incorporating lime-treated banana fibers into the soil matrix as an alternative to conventional chemical stabilization.
A Study on Utilization of Waste Plastic in Modified Bitumen Road Pavement P. Sam Kishore Raj, Dr. N. Sakthieswaran
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The growing amount of non-biodegradable plastic garbage makes sustainable waste management crucial. The use of discarded Plastic in bituminous road construction is investigated in this study. Polyethylene (PE), polypropylene (PP), and polystyrene (PS) were among the common polymers utilized.
Experimental Study of Soil Moisture And Landslides Monitoring In Iot-Based TechnologyS. Saravana, Mr. S. Kathiresan, S. Selva ranjith
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This research introduces a cost-effective, IoT-based early warning system designed to mitigate landslide risks in vulnerable regions. Utilizing an Arduino Uno integrated with soil moisture and rain sensors, the system monitors environmental triggers that lead to increased pore-water pressure and reduced soil shear strength.
Design of Iot Based Smart Indoor Air Control and Monitoring System In Buildings S. Selva Ranjith, Mr. S. Kathiresan
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Indoor air quality (IAQ) plays a critical role in maintaining human health and comfort, especially in modern buildings with limited natural ventilation. This study presents the design and implementation of an IoT based smart indoor air control and monitoring system.
Recycled Aggregate Concrete For Sustainable ConstructionSivaranjani.M, Saranya.N, Theyjesvini.R
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The rapid increase in construction and demolition waste has led to the need for alternative and environmentally friendly materials in concrete production. This study aims to evaluate the properties of concrete when recycled coarse aggregates are used instead of natural aggregates.
Automated Air Quality Monitor System For Construction SiteMs.R.Theyjesvini, Mrs.N.Saranya, Ms.M.Sivaranjani
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Construction activities generate significant amounts of particulate matter (PM2.5 and PM10), carbon dioxide (CO₂), smoke, and other harmful gases, posing serious health risks to workers and nearby residents. This paper presents the development of an automated air quality monitoring system specifically designed for construction sites.
Study on Carbon Absorbing Concrete Blocks Using 10% Magnesium Oxide and Calcium OxideS. Ulfath Salima, Ms. T. Thilagalakshmi
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The continuous rise in carbon dioxide (CO₂) emissions has become a major environmental concern, contributing significantly to global warming and climate change. This research focuses on the development of ecofriendly concrete blocks capable of absorbing CO₂ by incorporating 5% Magnesium Oxide (MgO) and Calcium Oxide (CaO) as partial replacements in conventional concrete.
Experimental Study On Natural Media Tittle M. Alagulakshmi, DR. A. Dhanalakshmi, S. AMUTHA
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This mini-project develops a zero-cost greywater filtration system using only locally available waste materials river gravel, quarry sand, coconut shells, moringa seeds, crushed eggshells, and nylon ropes for household water recycling in water-scarce Tamil Nadu.
Optimize Energy Atmosphere Perform for Solar EnergyS.Balaganesh, Mr. N. Sakthieswaran
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This project focuses on improving the energy and environmental performance of solar power systems. Solar energy is one of the most reliable and eco-friendly sources of renewable energy, but its efficiency depends on several external and design factors. The main aim of this study is to identify ways to increase the performance of solar systems by optimizing their operating conditions.
Temperature and Gas Monitoring in Under Construction Buildings and TunnelingT. Sanjai Kumar, S. Kesavan
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Ensuring safety in construction zones and underground tunneling environments is a critical challenge due to the presence of harmful gases and unstable temperature conditions. This study presents the development of a real-time monitoring system capable of detecting temperature variations and hazardous gases such as carbon monoxide and methane.
Influence of Natural Fiber with Mat Layering on the Impact Performance of UHTCC Bio Composite Panels
P. Amrudha, Arun Raja Lourdu, N. Radhakrishnan, M. Chellapandian
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Several previous studies have examined the compressive and tensile properties of bio-composite systems containing natural fiber mats and ultra-high-toughness cementitious composites (UHTCC) derived from natural fibers. However, their impact resistance remains unexplored.
Experimental Investigation on Structural Performance of Steel Fiber In RCC BeamsG. Deepan Shailendran, Dr. G. Balaji Ponraj
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The study aimed to evaluate the structural response of reinforced cement concrete (RCC) beams incorporating steel fiber reinforced concrete (SFRC). Since conventional concrete has limited tensile resistance and tends to develop cracks, steel fibers were introduced into M45-grade mixes at 0.5%, 1.0%, and 1.5% by volume.
A Study on Behaviour of Self-Curing Concrete Elements Using Polyvinyl AlcoholBalajiponraj.G, Hariharan.M
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Self-curing concrete is an emerging technology designed to retain internal moisture and promote continued hydration without the need for external curing. This study investigates the behaviour of self-curing concrete elements incorporating polyvinyl alcohol (PVA) as an internal curing agent.
Strength and Light-Transmission Characteristics of Lightweight Translucent Concrete Using Optical Fibers
Jegatheesh Kumar. S, Dr. M. Shahul Hameed, Shobhika. VV
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Light-transmitting concrete is one of the normal wellsprings for getting light inside the structure which is utilized to lift the stylish look of the structure and is sometimes utilized for fancy reasons too. The significant downside of the light-sending concrete is that it is excessively weighty to life and moves to start with one spot and then onto the next place.
Study on Flexural and Shear Behaviour of Hybrid Fibre RCC with Glass Fibre Reinforcement
Kalyani M, Arun Raja L
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Conventional concrete consists of several key components including cement, water, coarse aggregates, and fine aggregates. Among construction materials, concrete holds the second-largest global footprint after water. But, it is relatively weak in tension and it is very important to increase the tensile capacity by different means of alterations.
Study on Flexural Behaviour of Ternary Belnded Binder Based Rc BeamsManikandan.R, L.Arun Raja.
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The increasing demand for sustainable and high-performance construction materials has led to the development of ternary blended binder concrete, in which ordinary Portland cement is partially replaced by two supplementary cementitious materials such as fly ash, silica fume, or ground granulated blast furnace slag (GGBS).
The Microstructural Analysis of Fly Ash Blended In RC Beam K.Mathan, G Basker Singh
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The use of fly ash as a supplementary cementitious material has gained significant attention in reinforced concrete (RC) construction due to its environmental and performance benefits. This study focuses on the microstructural analysis of fly ash blended concrete used in RC beams.
Experimental Study On Properties of No-Fine Concrete Wall Panels Using Marble Sludge Powder
C. Muneeswaran, S. Kathiresan
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No-Fine Concrete is a lightweight and porous construction material widely used for non-load-bearing elements such as wall panels and partition walls. However, improving its mechanical properties and sustainability remains an important area of research.
Microstructural Analysis of Fly Ash based Polymer Concrete Reinforced with Hybrid FibreD.Piriyadharshini, Mrs. PA. VelciShridevi
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Polymer concrete is an effective alternative to conventional cement materials due to its high strength, fast curing, and durability. This study examines fly ash-based polymer concrete reinforced with hybrid basalt and polypropylene fibers.
Experimental Study On Flexural Behaviour of Natural Fiber in Geopolymer ConcreteB. Ramkumar, Dr. N. Sakthieswaran
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The flexural properties of natural fiber reinforced in geo polymer concrete have been investigated in terms of its mechanical properties. For the purpose of the experiment, geo polymer concrete was prepared by using fly ash and Ground Granulated Blast Furnace Slag (GGBS), in combinations of 70 and 30 percent as a source material for binder, Coarse Aggregate, and Fine Aggregate as filler material.
An Experimental Study of Durability on Silica Fume and Fly Ash In RC BeamRavin James.R, G.Baskar Singh
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This study examines the durability characteristics of reinforced concrete (RC) beams incorporating silica fume and fly ash as partial replacements for cement. The research focuses on evaluating resistance to environmental deterioration, including water absorption, chloride penetration, and sulfate attack.
External Strengthening of Reinforced Concrete (Rc) Beams Using Carbon Fibre Reinforced Polymer(CFRP) Composites
Rohini K, PA. Velci Shridevi
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Carbon Fiber Reinforced Polymer (CFRP) composite strips have gained popularity as a viable strengthening technique for reinforced concrete structures. The main task of this experiment is to investigate flexural strengthening performance of Reinforced Concrete(RC) beams wrapped by CFRP composites.
An Experimental Study On Durability of Pervious Concrete Using Marble Sludge PowderSankaranarayanan. V, S. Kathiresan
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Pervious concrete is a sustainable construction material widely used in pavement applications for effective stormwater management. However, its durability characteristics require enhancement for long-term structural performance. This study investigates the influence of marble sludge powder (MSP) as a partial replacement of cement in pervious concrete.
Performance Study On Concrete Reinforced with GFRPSanthiya .M, Dr. Shahul Hameed M
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The increasing demand for durable and corrosion-resistant concrete structures has led to the exploration of Glass Fiber Reinforced Polymer (GFRP) bars as an alternative to traditional steel reinforcement. This study investigates the mechanical and durability performance of M40 grade concrete reinforced with GFRP bars.