Conduct structural analysis using software like STAAD.Pro or ETABS to ensure steel structures meet safety standards and design codes (IS 800).

Prepare detailed steel fabrication drawings and specifications for workshops, ensuring accuracy and compliance with Indian standards.

Design steel connections (bolted, welded) according to IS 800, ensuring structural integrity and stability under various loads.

Review and approve shop drawings from fabricators, ensuring they align with design specifications and project requirements.

Collaborate with architects and other engineers to integrate steel structures into overall building designs, addressing any clashes or design issues.

Perform site visits to inspect steel erection, ensuring compliance with drawings and safety regulations, and addressing any on-site issues.

Optimize steel designs for cost-effectiveness, considering material selection, fabrication methods, and transportation logistics in the Indian context.

Prepare technical reports and documentation for steel designs, including calculations, assumptions, and design justifications as per project needs.

Stay updated with the latest revisions in IS 800 and other relevant Indian standards, incorporating them into design practices.

Use AutoCAD and other CAD software to create and modify steel structure designs, ensuring accuracy and adherence to project specifications.

Manage and coordinate with junior engineers and draftsmen to ensure timely completion of steel design projects.

Conduct risk assessments for steel structures, identifying potential hazards and implementing mitigation measures.

Perform detailed structural analysis using software like STAAD.Pro or ETABS to ensure steel structure integrity.

Optimize steel designs for cost-effectiveness, weight reduction, and material efficiency, adhering to project specifications.

Ensure all designs comply with relevant Indian and international standards (IS 800, Eurocode 3, AISC).

Design steel connections (bolted, welded) to ensure structural stability and load transfer between members.

Review shop drawings for accuracy and compliance with design specifications before fabrication.

Conduct site inspections to verify construction quality and adherence to design during steel erection.

Calculate dead loads, live loads, wind loads, and seismic loads for steel structures per code requirements.

Maintain proficiency in structural design software and BIM tools for efficient design and modeling.

Prepare detailed design reports, calculations, and documentation for project approvals and records.

Collaborate with architects, civil engineers, and contractors to integrate steel design into overall project plans.

Address and resolve design-related issues and challenges during the design and construction phases.