Gulbarga, Karnataka, India
"To secure a challenging BIM Modeller position where I can leverage my expertise in Building Information Modeling (BIM), 3D modeling, and clash detection to enhance project efficiency, accuracy, and collaboration. With a strong background in Revit, AutoCAD, and Navisworks, I aim to contribute to innovative construction projects by creating precise models, optimizing workflows, and ensuring compliance with industry standards."
BIM Engineer with expertise in creating, coordinating, and managing intelligent building models to improve design accuracy and construction efficiency,uses intelligent 3D models to reduce clashes, errors, and construction risks. Technically Manages multidisciplinary BIM models, ensuring compliance with standards, LOD, and coordination requirements to support design, construction, and project delivery.
Project: Red Sea International Airport (Civil 3d) Dry & Wet Utility Project Location-Arizona Description: This project demonstrates the complete terrain and road design workflow in Autodesk Civil 3D for the Red Sea International Airport – Runway 4, Building 6. It includes processing survey point data, creating point groups and surfaces, and developing road alignment, profiles, and corridor models. The project also features a real-time 3D drive- through visualization used to review roadway geometry, transitions, surface smoothness, and overall design accuracy for validation and presentation. Project: Intel corporation building (Trestle -F) (Tekla) Project Location-Arizona Description: This task involved modeling a miscellaneous steel structure in Tekla Structures, including platforms, handrails, columns, and access stairs, in accordance with OSHA and project-specific standards. The steel model was developed with accurate member sizing, alignment, and connections, followed by the production of General Arrangement drawings with plan, elevation, and section views for fabrication and site installation. The workflow also included generating material lists, bolt lists, and assembly ID reports to support fabrication, procurement, and coordination, demonstrating proficiency in miscellaneous steel modeling, detailing, and fabrication-ready documentation in Tekla Structures. Project: Hunters point shipyard blocks 52 & 54 (Revit) Project Location-San Francisco Description: This project showcases my structural internship work in Autodesk Revit, including the complete structural layout and framing modeled from design drawings. The model was developed using a defined grid system with accurate placement of columns, beams, foundations, and slabs, and delivered as construction-ready drawings with proper dimensions, tags, and annotations for site coordination.
▪ Design & Drafting: Developing detailed engineering drawings, site plans for civil projects using AutoCAD ▪ Technical Compliance: Ensuring all designs comply with local, state, federal regulations, and industry standards. ▪ Collaboration: Coordinating with architects, structural engineers, and contractors to align on project specifications. ▪ Modification & Review: Revising drawings based on feedback and validating designs for accuracy. ▪ Documentation: Preparing, updating, and maintaining accurate project documentation, including material lists, technical reports, and "As-Built" drawings. ▪ Site Support: Assisting with site inspections and providing technical support during the construction phase.
▪ The site engineer is responsible for overseeing all on-site activities to ensure they align with the project’s design, specifications, and timeline. This includes monitoring construction progress, ensuring proper execution of tasks, and verifying that work adheres to engineering standards. ▪ Accurate record-keeping and reporting are vital for tracking progress and communicating with project managers. The site engineer maintains logs of daily activities, material usage, and any issues encountered. ▪ Site engineers address unexpected technical challenges, such as design errors, equipment malfunctions, or site conditions that differ from plans. Quick and effective problem-solving is essential to avoid delays. ▪ The site engineer enforces safety protocols to protect workers and maintain a hazard free environment. This includes ensuring compliance with occupational health and safety regulations and conducting regular safety audits. ▪ Efficient management of materials, labor, and equipment is critical to avoid waste and keep costs under control. The site engineer tracks resource usage and optimizes allocation to maximize productivity. ▪ Effective coordination with architects, contractors, subcontractors, and other teams is essential to keep the project on schedule and within budget. The site engineer ensures clear communication and resolves conflicts between teams.
Review project drawings, specifications, and BOQ (Bill of Quantities). • Assist in developing work schedules and resource allocation plans. • Coordinate with architects, contractors, and subcontractors to ensure smooth workflow. • Oversee day-to-day construction activities (earthwork, concreting, structural works, etc.). • Monitor labor productivity and equipment usage. • Track daily progress and compare it with the project schedule. • Prepare daily/weekly progress reports for the Project Manager. • Identify delays and propose corrective actions.