Hello, I'm Manikandan

Passionate about integrating AI and Civil Engineering to create innovative solutions.

Resume

About Me

Construction

Design

Artificial Intelligence

Data Science

Engineering

Innovation

Introduction

Hi, I'm a passionate Civil Engineering student with a strong interest in Artificial Intelligence and Technology. I believe in combining traditional engineering principles with modern tech to create innovative solutions for real-world problems.

Education

I'm currently pursuing my Bachelor’s in Civil Engineering at SRI KRISHNA COLLEGE OF ENGINEERING AND TECHNOLOGY.

Location: Coimbatore, Tamilnadu - 641008
Batch: 2022 - 2026

Passion and Interests

I'm passionate about integrating AI and Civil Engineering to create innovative solutions for real-world problems. I’m always eager to learn and apply new technologies to solve complex challenges.

Career Goals

I’m looking to apply my skills in a challenging role where I can contribute to innovative engineering solutions. I’m particularly interested in roles that combine Civil Engineering and AI.

Location and Languages

Location: Tiruchirappalli, Tamilnadu
Languages Known: Tamil, English

Let's Connect!

Feel free to reach out if you’d like to collaborate or discuss exciting opportunities! You can contact me via email or connect with me on LinkedIn.

Skills

Civil Engineering

Revit

AutoCAD

STAAD Pro

SketchUp

MS Project

Primavera

Computer Science

Python

C++

DSA (Using C++)

Java

Python Libraries

Pandas
Numpy
Matplotlib

Soft Skills

Communication

Leadership

Collaboration

Other Tools

MS Excel

PowerPoint

MS Word

Projects

Civil Engineering

Sustainable Thermal Insulation for Structures (Ongoing)

Introduction

This project aims to develop and analyze custom tile materials for thermal insulation in buildings. Using software simulations, we plan to test how different material compositions can enhance heat resistance and energy efficiency.

Objective

To design and validate cost-effective, high-performance insulating tiles that can be used in sustainable construction.

Planned Approach

Material Selection : Identifying suitable raw materials for insulation.
Tile Composition Design : Virtually designing tiles with different material mixes.
Simulation & Testing : Using software to evaluate heat transfer and insulation performance.
Performance Comparison : Analyzing energy savings and efficiency.

Expected Outcomes

✅ Optimized tile composition for better thermal insulation.
✅ Software-based validation before real-world implementation.
✅ Potential reduction in energy consumption for cooling and heating.

Challenges & Solutions (Future Scope)

Choosing the right materials ? → Researching properties and feasibility.
Simulation accuracy ? → Validating results with industry standards.
Implementation feasibility ? → Exploring potential for real-world testing and manufacturing.

Future Plans

🚀 Once the best tile composition is identified, the next steps will include prototype development and real-world testing.
📌 The project will contribute to energy-efficient building design and sustainable construction.

Conclusion

This research project is in progress and aims to develop an innovative, software-driven approach for designing thermal insulating tiles. By leveraging simulations, we aim to create practical, cost-effective solutions for the construction industry.

Computer Science

Personal Portfolio Website

Introduction

I built a portfolio website to showcase my skills in Civil Engineering and Computer Science. It serves as my digital resume, highlighting my projects, skills, and experience in a modern, interactive, and responsive way.

Why This Project ?

I wanted a professional online presence but had no prior experience in web development (HTML, CSS, JS). So, I used AI assistance, online resources, and hands-on learning to create a fully functional site.

Tech Stack & Tools Used

🔹 Frontend: HTML, CSS (Tailwind), JavaScript
🔹 Tools: VS Code, GitHub

Key Features

✅ Separate Skills Sections (Civil, CS, Soft Skills)
✅ Projects Showcase
✅ Responsive Design for mobile & desktop
✅ Contact Section with Social Links

Challenges & How I Solved Them

Didn’t know HTML, CSS, JS ? → Built the project with support from AI coding tools, learning through hands-on implementation.
Making it responsive ? → Learned Flexbox & Grid from online resources.
Adding interactivity ? → Researched JavaScript event handling.

Outcomes

🚀 Successfully developed a functional and professional portfolio website.
📌 Future plans include active site maintenance and improvements.
🎯 Gained fundamental knowledge of web development, which will be further expanded.

Conclusion

This project taught me web development fundamentals, problem-solving, and UI/UX design. Even without prior experience, I used AI + self-learning to build something useful.

Certifications

Civil Engineering

Procore Construction Management Professional Certificate

Issuing Organization: LinkedIn Learning
Date: July 03, 2025
Skills Learned: Construction Management, Project Coordination, Construction Safety

Building Materials as a Cornerstone to Sustainability

Issuing Organization: NPTEL
Date: Jul-Oct 2024
Skills Learned: Sustainable Building Materials, Environmental Impact Assessment, Green Construction

Steel Fundamentals Certification

Issuing Organization: Trimble Corporation (Tekla Structures)
Date: May 15, 2024
Skills Learned: Steel Structures, 3D Modeling, Structural Design

Computer Science

Python for AI and Data Science

Issuing Organization: Coursera
Date: May 2023
Skills Learned: Python Programming, Data Analysis, Machine Learning

Data Science using Python

Issuing Organization: R P Sarathy Institute of Technology
Date: Feb 19th, 2024 to Feb 23rd, 2024
Skills Learned: Data Science, Python Programming, Data Analysis

Experience

Internship - Check Dam Construction Project

Organization: K.V.C.S Constructions
Duration: May 08, 2025 – June 10, 2025
Role: Civil Engineer Trainee
Project: Construction of a Check Dam for water resource development.
Key Responsibilities:
- Worked in multiple roles – Site Engineer, Supervisor, and Quality Control Assistant.
- Monitored daily site activities and maintained safety protocols.
- Assisted in ensuring quality standards during construction.
Skills Gained:
- Site Management and Supervision
- Construction Quality Control
- Safety and Work Coordination
Feedback:
- "Actively involved, eager to learn, and handled responsibilities with dedication."

Internship - WRO Works in Gunderipallam Dam Project

Organization: Balamurugan Associates Pvt. Ltd.
Duration: July 1, 2024 - July 18, 2024
Role: Intern (Civil Engineering)
Project: Providing WRO (Water Resources Organization) works in Gunderipallam Dam Project.
Key Responsibilities:
- Assisted in the planning and execution of WRO works.
- Collaborated with the team to ensure project milestones were met.
- Gained hands-on experience in dam construction and water resource management.
Skills Gained:
- Project Planning and Execution
- Team Collaboration
- Technical Problem Solving
Feedback:
- "Sincere, hardworking, and technically sound. Worked well as part of a team."

Events & Activities

Workshops

Fibre Reinforced Polymer Bars Workshop

Date: February 19, 2025

Attended a workshop on Fibre Reinforced Polymer Bars organized by Karpagam College of Engineering, Coimbatore.

Revit and Robot Structures Workshop

Date: February 28, 2024

Participated in a workshop on Revit and Robot Structures as part of CRIADIOS 2024, organized by Sri Krishna College of Engineering and Technology.

Webinars

AI Tools and ChatGPT Webinar

Date: December 22, 2024

Attended a webinar on AI tools and ChatGPT, learning to create presentations, analyze data, and debug code using AI.

Role of BIM in AEC Industry

Date: August 25, 2024

Participated in a 1.30-hour webinar on the Role of BIM in the AEC Industry, organized by the Construction Management Training Institute.

Participations

Concrete Cube Competition

Date: February 19, 2025

Participated in the technical event "CONCAST’25 - Concrete Cube Competition" organized by Karpagam College of Engineering.

Creatrix Event

Date: February 27, 2024

Participated in the "Creatrix" event as part of CRIADIOS 2024, a national-level technical symposium.

Other Events

Drama Competition

Date: February 5, 2025

Participated in the Drama Competition organized by the Department of Civil Engineering, Sri Krishna College of Engineering and Technology.

BuildMat 2025

Date: January 2025

Attended the "BUILDMAT 2025" event at PSG iTECH, featuring seminars and exhibitions on innovative building materials.

Blogs

Sustainable Concrete – The Future of Green Construction

Introduction

Concrete is the backbone of modern infrastructure, but its environmental impact is significant. With rising concerns about sustainability, the construction industry is exploring eco-friendly alternatives to traditional concrete.

Why Sustainable Concrete Matters

Traditional concrete production releases large amounts of CO₂, contributing to global warming. Sustainable alternatives reduce carbon footprints while maintaining strength and durability.

Innovative Alternatives in Sustainable Concrete

Geopolymer Concrete: Made from industrial byproducts like fly ash and slag, reducing the need for cement.
Recycled Aggregate Concrete (RAC): Uses crushed demolition waste, minimizing landfill accumulation.
Self-Healing Concrete: Infused with bacteria that heal cracks, increasing the lifespan of structures.
CarbonCure Concrete: Captures CO₂ emissions and injects them into concrete, improving strength.

Conclusion

Adopting sustainable concrete solutions can revolutionize the construction industry, making it more eco-friendly and cost-effective. Civil engineers must embrace these innovations to build a greener future.

AI and Data Science in Civil Engineering – A Game Changer

Introduction

The integration of Artificial Intelligence (AI) and Data Science in civil engineering is transforming the way we design, construct, and maintain infrastructure. These technologies enhance efficiency, reduce costs, and improve safety.

Applications of AI & Data Science in Civil Engineering

Structural Analysis & Design:
- AI-based software predicts structural performance and optimizes design.
- Machine learning algorithms analyze material properties for better selection.
Smart Construction Management:
- AI-driven project planning minimizes delays and cost overruns.
- Real-time monitoring ensures better safety and quality control.
Predictive Maintenance & Risk Assessment:
- Data-driven models assess infrastructure health and predict failures.
- AI-powered sensors detect early signs of damage in bridges, dams, and roads.
Sustainable Urban Planning:
- AI analyzes traffic, energy use, and population growth for smart city planning.
- Data science helps in optimizing green building designs.

Conclusion

AI and Data Science are reshaping civil engineering, making projects smarter and more efficient. Engineers who leverage these technologies will lead the industry into a data-driven future.

Resume

Download My Resume

Feel free to download my resume to learn more about my skills, experience, and achievements. It’s a comprehensive overview of my professional journey.

Download Resume

Contact

Get in Touch

Email: manikandan13579t@gmail.com

Mobile: +91 63805 30464