niranjanir1
I am a passionate and results-driven undergraduate civil engineer.
Kāraikāl,
India
Global rank:
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2D & 3D CAD Design
2D & 3D DRAFTING & MODELING
2D/3D AutoCAD
3d & 2d technical drawing
3D Modeling and Simulation
Abaqus
ArcGIS
AutoCAD
Bentley STAAD
CAD Design
Design and Analysis
Design Engineer
Design Engineering
Drafting
Engineering Project Management
FEA
Google Suite
Structural Analysis
Structural Engineering
Structure Design
17
more
About
Skills: Structural analysis & design Software: Staad Pro | Abaqus
CAD and drafting: AutoCAD 2D and 3DProject management: Microsoft Project | Lean Construction | Microsoft Office suite - Advanced MS Excel, MS Power Point, MS Word, Outlook, Teams, OneNote | Google Suite – ▒▒▒▒▒, Docs, Sheets, Slides, Calendar, Forms, Sustainable Construction: Sustainable construction materials | Material characterization | Efficiency analysis | Concrete Technology, Software development & data analysis: Python | Trend Analysis | Statistical Analysis | XLSTAT | ArcGIS
PROJECTS:
1. INFLUENCE OF CONSTRUCTION AND DEMOLITION WASTE CONCRETE AS COARSE AGGREGATE FOR DEVELOPING CEMENT-BASED MESH-EMBEDDED PAVER BLOCKS. Major project
Analysed the potential of 100% replacement of recycled mortar-surrounded coarse aggregate (RMSCA) as coarse aggregate and embedment of steel fibre for achieving the highest compressive strength. RMSCA paver showed a 12% increase in compressive strength over conventional NCA blocks. Steel wire mesh reinforcement in RMSCA further increased strength by 38%, making the blocks suitable for non-traffic zones. The research aimed to reduce carbon footprints and provide valuable insights into the potential of using RMSCA in paver block production, which contributes to sustainable construction practices. And determined the size of RMSCA for better strength performance, which yielded promising results.
2. APPLICATION OF DISCRETE WAVELET TRANSFORM AND INNOVATIVE TREND ANALYSIS FOR RAINFALL TREND ANALYSIS IN GREATER CHENNAI CORPORATION, TN, INDIA.
The research focused on the importance of understanding the uncertainties of rainfall patterns. And analyzed the effect of climate change-induced rainfall fluctuations on the Greater Chennai Corporation (GCC) using seasonal and annual rainfall data for over a period of 35 years. The data was extracted from the Center for Hydrometeorology and Remote Sensing (CHRS platform) and bias-corrected with a resolution of 0.040 degree. With the incorporation of the homogeneity test for a uniform and consistent data format, found the monotonically and non-monotonically increasing trend by innovative trend analysis and discrete wavelet transform.
INTERNSHIPS:
1. National Institute of Technology, Tiruchirappalli
Research Internship - Structural Design Engineer
• Directed comprehensive analysis of pre-engineered industrial steel building structure, employing Finite Element Analysis (FEA)
techniques. Utilized Abaqus CAE and STAAD Pro for detailed structural modelling and dynamics under diverse loading scenarios. Implemented steel structure design and detail for meticulous analysis.
• Investigated design parameters' impact on PEB steel frame performance, emphasizing haunches' role in enhancing structural stability. Contributed to design modifications based on FEA results to enhance overall reliability.
• Implemented advanced FEA techniques using Abaqus CAE and STAAD Pro, influencing the optimization approach for PEB steel frame designs. Played a pivotal role in enhancing structural performance through simulation and analysis.
• Generated comprehensive reports and presentations detailing FEA findings and design recommendations. Communicated implications and benefits of haunch utilization in PEB steel industrial structures, facilitating informed decision-making.
Technologies and skills: Structural design and analysis, pre-engineered steel industrial structures, and finite element analysis.
2. Public Works Department, Thanjavur
Structural Design Engineering Trainee
• Directed the structural design of Prefabricated Structures, ensuring integrity and stability. Applied expertise in structural engineering principles and collaborated with engineers to meet regulatory standards.
• Utilized AutoCAD to create detailed structural drawings, translating architectural concepts into precise technical specifications. Ensured compliance with regulatory standards and engineering best practices.
• Provided crucial design insights to integrate aesthetics with regulatory standards. Collaborated with Executive Engineer and Assistant Engineers for large-scale projects, ensuring adherence to engineering and regulatory requirements.
• Conducted on-site inspections to oversee the implementation of AutoCAD-generated designs, ensuring compliance with safety and quality standards. Played a vital role in ensuring the execution of designs for optimal project outcomes.
Technologies and skills: AutoCAD 2D and 3D, floor plan, layout plan, and Prefabricated structures.
RESEARCH PAPER PRESENTATION:
Research paper presenter: 14th Structural Engineering Convention, SEC-2024, NITT
• I Presented my research (major project) at the SEC 2024, Organized by the Department of Civil Engineering at the National Institute of Technology, Tiruchirappalli, from 12th to 14th Dec 2024.
The conference was organized under the aegis of the Indian Association for Structural Engineering (IASE), RILEM, and
TLC2. Editorial Board - Springer Scopus.
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CAD and drafting: AutoCAD 2D and 3DProject management: Microsoft Project | Lean Construction | Microsoft Office suite - Advanced MS Excel, MS Power Point, MS Word, Outlook, Teams, OneNote | Google Suite – ▒▒▒▒▒, Docs, Sheets, Slides, Calendar, Forms, Sustainable Construction: Sustainable construction materials | Material characterization | Efficiency analysis | Concrete Technology, Software development & data analysis: Python | Trend Analysis | Statistical Analysis | XLSTAT | ArcGIS
PROJECTS:
1. INFLUENCE OF CONSTRUCTION AND DEMOLITION WASTE CONCRETE AS COARSE AGGREGATE FOR DEVELOPING CEMENT-BASED MESH-EMBEDDED PAVER BLOCKS. Major project
Analysed the potential of 100% replacement of recycled mortar-surrounded coarse aggregate (RMSCA) as coarse aggregate and embedment of steel fibre for achieving the highest compressive strength. RMSCA paver showed a 12% increase in compressive strength over conventional NCA blocks. Steel wire mesh reinforcement in RMSCA further increased strength by 38%, making the blocks suitable for non-traffic zones. The research aimed to reduce carbon footprints and provide valuable insights into the potential of using RMSCA in paver block production, which contributes to sustainable construction practices. And determined the size of RMSCA for better strength performance, which yielded promising results.
2. APPLICATION OF DISCRETE WAVELET TRANSFORM AND INNOVATIVE TREND ANALYSIS FOR RAINFALL TREND ANALYSIS IN GREATER CHENNAI CORPORATION, TN, INDIA.
The research focused on the importance of understanding the uncertainties of rainfall patterns. And analyzed the effect of climate change-induced rainfall fluctuations on the Greater Chennai Corporation (GCC) using seasonal and annual rainfall data for over a period of 35 years. The data was extracted from the Center for Hydrometeorology and Remote Sensing (CHRS platform) and bias-corrected with a resolution of 0.040 degree. With the incorporation of the homogeneity test for a uniform and consistent data format, found the monotonically and non-monotonically increasing trend by innovative trend analysis and discrete wavelet transform.
INTERNSHIPS:
1. National Institute of Technology, Tiruchirappalli
Research Internship - Structural Design Engineer
• Directed comprehensive analysis of pre-engineered industrial steel building structure, employing Finite Element Analysis (FEA)
techniques. Utilized Abaqus CAE and STAAD Pro for detailed structural modelling and dynamics under diverse loading scenarios. Implemented steel structure design and detail for meticulous analysis.
• Investigated design parameters' impact on PEB steel frame performance, emphasizing haunches' role in enhancing structural stability. Contributed to design modifications based on FEA results to enhance overall reliability.
• Implemented advanced FEA techniques using Abaqus CAE and STAAD Pro, influencing the optimization approach for PEB steel frame designs. Played a pivotal role in enhancing structural performance through simulation and analysis.
• Generated comprehensive reports and presentations detailing FEA findings and design recommendations. Communicated implications and benefits of haunch utilization in PEB steel industrial structures, facilitating informed decision-making.
Technologies and skills: Structural design and analysis, pre-engineered steel industrial structures, and finite element analysis.
2. Public Works Department, Thanjavur
Structural Design Engineering Trainee
• Directed the structural design of Prefabricated Structures, ensuring integrity and stability. Applied expertise in structural engineering principles and collaborated with engineers to meet regulatory standards.
• Utilized AutoCAD to create detailed structural drawings, translating architectural concepts into precise technical specifications. Ensured compliance with regulatory standards and engineering best practices.
• Provided crucial design insights to integrate aesthetics with regulatory standards. Collaborated with Executive Engineer and Assistant Engineers for large-scale projects, ensuring adherence to engineering and regulatory requirements.
• Conducted on-site inspections to oversee the implementation of AutoCAD-generated designs, ensuring compliance with safety and quality standards. Played a vital role in ensuring the execution of designs for optimal project outcomes.
Technologies and skills: AutoCAD 2D and 3D, floor plan, layout plan, and Prefabricated structures.
RESEARCH PAPER PRESENTATION:
Research paper presenter: 14th Structural Engineering Convention, SEC-2024, NITT
• I Presented my research (major project) at the SEC 2024, Organized by the Department of Civil Engineering at the National Institute of Technology, Tiruchirappalli, from 12th to 14th Dec 2024.
The conference was organized under the aegis of the Indian Association for Structural Engineering (IASE), RILEM, and
TLC2. Editorial Board - Springer Scopus.
Education
- SASTRA University Bachelor of Technogy, Civil Engineering, 7.0 2020 – 2024 Activities and Societies: Team Head Dec 2021 – Jun 2024 • Orchestrated and guided a 60-member Arts team, fostering collaboration and adherence to schedules for seamless execution of cultural events. • Led brainstorming sessions for campus posters and crafted eco-friendly decor. Transformed university walls into thematic art pieces. • Communicated effectively to ensure cohesive teamwork. Recruited around 40 art enthusiasts for our team, showcasing passion for the arts and motivating creative thinking. Student Volunteer Dec 2020 – Jun 2024 • Volunteered NSS at SASTRA University, actively participated in community service, showcased strong teamwork, adaptability, and genuine dedication to making a positive impact. • Participated in volunteering and events for social activities like cleaning camps, raising awareness about dengue fever, and social responsibilities. • District coordinator - SASTRA University' COVID Help Center initiative, SAHO. Volunteered at SAHO to inform COVID patients on things like oxygen supply, bed availability, and vaccinations.
Other experience
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Student Membership
PROFESSIONAL MEMBERSHIP:
Student Member, Chartered Institute of Building 2023 - Present
• Participated in the CIOB's conferences, seminars, and events. Understanding in the field of construction and the built environment, taking part in workshops, training sessions and courses.
Student Member, Affiliate Member, American Society of Civil Engineers 2022 –Present
• Attended seminars on cutting-edge civil engineering trends and sustainable infrastructure development, demonstrating a
commitment to ethical and socially responsible civil engineering practices.
Student Member, Institute of Lean Construction Excellence – IIT Bombay 2021 - Present
• Engaged in hands-on workshops and collaborative projects implementing lean strategies. Proposing innovative solutions for
efficient construction practices, fostering a deep understanding of lean methodologies in civil engineering applications.
Licenses & Certifications
- 3D printing Oct 2024 – Present
- Circular Economy Sep 2024 – Present
- Agile project management Sep 2024 – Present
- Mechanics of Materials I: Fundamentals of Stress & Strain and Axial Loading Jul 2023 – Present
- CFD Simulation Through a Centrifugal Pump Jul 2023 – Present
- Computational Fluid Mechanics - Airflow Around a Spoiler Jul 2023 – Present
- FEM - Linear, Nonlinear Analysis & Post-Processing Jul 2023 – Present
- Finite Element Analysis Convergence and Mesh Independence Jul 2023 – Present
- Environmental Studies Apr 2023 – Present
- IITR - Strength of Materials Oct 2022 – Present
- IITM - ILCE – Introduction to Lean Construction Feb 2022 – Present
Stats
0 followers, 0 following
Joined: April 16, 2025
Last seen: April 17, 2025
Area of Expertise
General CAD Drafting
Engineering Design
Structural Engineering
Civil Engineering
CAD Drawing Services
FEA Finite Element Analysis
AutoCAD Drafting & Design
AutoCAD Design Services
2D CAD Drafting Services
AutoCAD Drawing Services
CAD Drafting Services
2D CAD Design Services
Isometric Drawing Services
Drafting and Design Services
Languages
English Full professional proficiency
Tamil Native or bilingual proficiency
Location
Kāraikāl, India