Core Projects

Structural Analysis

Seismic Analysis of Multi-Storey RCC Buildings Using ETABS
A study focused on the dynamic behavior of reinforced concrete buildings under seismic loads, evaluating performance using response spectrum and time history methods.

Design and Analysis of a G+5 Commercial Building
Complete structural modeling of a five-storey building using STAAD.Pro, covering load calculations, beam-column design, and foundation detailing.

Pushover Analysis of Irregular Structures
Evaluates the nonlinear performance of asymmetrical buildings under lateral loads using pushover techniques to assess vulnerability.

Comparative Study of Structural Systems: Shear Wall vs. Braced Frame
Analyses the lateral load resistance and cost-effectiveness of different structural systems in mid-rise buildings.

Geotechnical Engineering

Stability Analysis of Earth Slopes Using GeoStudio
Evaluates the safety of natural and man-made slopes under various conditions using limit equilibrium and finite element methods.

Soil Stabilization Using Industrial Waste Materials
Investigates the effectiveness of fly ash, GGBS, and lime in improving the engineering properties of expansive soils.

Seismic Site Response Analysis for Urban Zones
Assesses how soil layers amplify ground motion during earthquakes, aiding in safer structural design in seismic areas.

Design of Reinforced Earth Retaining Walls
Focuses on the use of geosynthetics and reinforcement materials in retaining structures for better load resistance and durability.

Water Resources & Hydraulics

Design of an Efficient Stormwater Drainage System for Urban Areas
Models urban runoff and proposes drainage layouts using SWMM to prevent flooding during peak rainfall events.

Hydraulic Design of Canal System Using Manning’s Equation
Focuses on optimizing cross-sections for irrigation canals to ensure efficient water conveyance with minimal losses.

Flood Risk Mapping Using HEC-RAS and GIS Integration
Simulates flood scenarios along river basins and creates floodplain maps to support disaster management planning.

Transportation Engineering

Traffic Flow Analysis at Urban Intersections Using VISSIM
Simulates vehicular movement at congested junctions and recommends signal optimization and geometric improvements.

Pavement Design Using IRC Guidelines
Focuses on flexible and rigid pavement design using traffic loading, subgrade strength, and climate data per IRC 37/58 standards.

Accident Black Spot Identification and Remedial Measures
Analyzes crash data to pinpoint high-risk locations and propose engineering, enforcement, and awareness-based solutions.

Public Transport Route Optimization Using GIS
Evaluates existing bus routes and uses spatial analysis to improve service coverage and minimize commuter travel time.

Groundwater Flow Modeling Using MODFLOW
Develops a numerical model of aquifer systems to predict water table variations and inform sustainable extraction strategies.

Remote Sensing & GIS

Land Use and Land Cover (LULC) Mapping Using Satellite Imagery
Utilizes multi-temporal remote sensing data to classify and analyze changes in land use patterns over time.

Watershed Delineation and Runoff Estimation Using GIS
Applies DEM and hydrological tools in GIS to map watershed boundaries and estimate surface runoff for planning.

Urban Sprawl Analysis Using Remote Sensing Techniques
Detects and quantifies urban growth trends using Landsat imagery and NDVI indices over specific periods.

Flood Inundation Mapping Using Satellite Data and HEC-RAS
Combines hydrodynamic modeling with satellite imagery to map and assess flood-prone areas.

Others

Sustainable Construction Materials

Studies the performance of eco-friendly alternatives like fly ash bricks, geopolymer concrete, or recycled aggregates to promote green building practices.

BIM-Based Building Design and Cost Estimation

Implements Building Information Modeling (BIM) using software like Revit to design, analyze, and estimate costs of multistorey buildings.

Smart City Infrastructure Planning Using GIS

Integrates utilities, transport, green space, and zoning data in GIS to propose smart urban layouts for future-ready cities.

Energy-Efficient Building Design Using GRIHA/LEED Norms

Focuses on designing residential or commercial structures that meet energy efficiency and sustainability standards.

Design features

At PubliCraft, we walk with you every step of the way:

• 📞 1-on-1 Academic Consultation – Personalized guidance from subject experts to refine your topic and structure.
• 🕒 Timely Delivery – We value your deadlines as much as your research.
• 🔍 Unlimited Revisions – Your satisfaction matters—refinements are always welcome.
• 📧 Email, WhatsApp & Chat Support – Quick and responsive communication across your preferred channels.
• 📂 Confidential & Secure – Your data and documents are treated with utmost privacy.

 Key Features

Why students and researchers trust PubliCraft:

• 🎓 Expert Team from IITs, NITs & Global Universities
  Work with professionals who know what top-tier research demands.
• 🧠 Discipline-Specific Guidance
  Get support tailored to your area—be it structures, water, geo, or transportation.
• 📚 End-to-End Research Assistance
  From topic selection to publication—everything under one roof.
• ✍️ Plagiarism-Free, Quality Writing
  Content is original, well-researched, and grammatically sound.
• 📈 Data Analysis & Tools Support
  Proficiency in tools like SPSS, STAAD.Pro, ETABS, MATLAB, GIS, and more.
• 📄 Journal Selection & Submission Help
  We suggest the right journals and assist in navigating the submission process.