Structural Design Engineer

Assystem Stup is a full-service design, engineering and project delivery consultancy created following Assystem's acquisition of Stup Consultants Pvt Ltd in July 2021. Assystem Stup combines Assystem's internationally recognised expertise in low-carbon technologies and complex project management with Stup's extensive experience. Stup has 5 decades expertise in the urban and territorial infrastructures, civil engineering, complex buildings, transportation infrastructures as well as its strong footprint and reputation in India. Founded in 1963 by two disciples of the renowned French engineer Eugène Freyssinet, Yves Guyon and C.R. Alimchandani, the father of Stup's last chairman, Stup became one of India's leading providers of infrastructure engineering services. 

Assystem is an international company of more than 6000 experts spread across 10 countries and with more than 55 years' experiencing of supporting the world's most challenging energy and complex infrastructure projects. 

Assystem is playing a leading role in the fight against climate change, helping governments and clients meet their energy transition aspirations. In Europe, Asia and the Middle East, our experts are working on new nuclear power stations, harnessing the power of hydrogen, wind and solar, and helping developing economies to upgrade and optimise their existing grid infrastructures. 

Assystem also helps its clients meet their operational performance challenges through its 'engineering powered by digital' philosophy, merging the strength of engineering and the power of datas, to improve project traceability, reduce projects costs and delivery time as well as optimising infrastructure performance. 

The Structural Design Engineer (Power sector) is a critical role responsible for ensuring the structural integrity and safety of power plant facilities. This position demands a high level of expertise and attention to detail in all aspects of structural engineering within the thermal power sector.

1. Structural Analysis and Design: Conduct rigorous structural steel and reinforced concrete analysis and design for industrial buildings and structures in various power projects (Thermal / Nuclear). 
2. Software Proficiency: Demonstrate advanced proficiency in analytical software such as STAAD, SAFE, ETABS, and SAP etc.. Accurate utilization of these tools is essential for precise structural calculations and design optimization.
3. Code Compliance: Familiar with various codes and standards such as IS codes, American, British, and European codes for both domestic and international projects. 
4. Design Review: Conduct thorough and critical reviews of multiple projects, identifying potential structural issues and proposing effective solutions. This responsibility is vital for maintaining the highest standards of quality and safety.
5. Project Management: Oversee the entire design process from concept to completion with utmost diligence. Ensure strict adherence to project timelines and budgets, as any deviation can have significant financial and operational implications.
6. Interdisciplinary Collaboration: Engage in close, professional collaboration with other engineering disciplines to ensure integrated project delivery. Effective communication and coordination are crucial for project success.
7. Quality Assurance: Implement and maintain rigorous quality control measures throughout the design and construction phases. Ensure unwavering compliance with safety standards and regulations, as this is paramount in the power industry.
8. Experience in Design of critical structures like cooling towers and chimneys, Turbine foundations be given preference.
9. Leadership: Demonstrate strong leadership qualities as a Reviewer/Lead Engineer in multi-disciplinary EPC projects. The ability to guide and mentor team members is crucial for project success and team development.
10. Communication: Maintain clear, concise, and professional verbal and written communication at all times. Effective reporting and collaboration are essential for project coordination and stakeholder management.
11. Problem-Solving: Employ advanced analytical skills to efficiently troubleshoot and resolve complex design and construction issues. Quick and effective problem-solving is critical to maintaining project timelines and ensuring structural integrity.

Minimum Qualification - BE / Btech. in Civil /Structural engineering. Masters degree will be preferable.

Years of Experience Years

Should have good understanding work commintments 

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