Electrical/Civil/Structural Design Engineer for Substation Projects with proficiency in AutoCAD and MicroStation. Location : Saudi and Hyderabad

Join ScieFi "Professional Training Program" in piping modeling, pipe stress analysis, & support design. Ideal for Mechanical Engineers /diploma holders. Learn to work with industry-leading software & specialize in nuclear, energy, & defense sectors.

Join ScieFi "FEA Advanced Training Program" and master geometry simplification, discretization & preprocessing techniques. Ideal for Mechanical Engineers. Learn to work with industry-leading software & specialize in nuclear, energy & defense sectors.

Key Responsibilities: Conduct static and dynamic stress analysis of piping systems (metallic and non-metallic), including surge and water hammer analysis. Review and approve complex pipe stress reports and ensure compliance with ASME B31.3 and other relevant codes. Lead and mentor junior pipe stress engineers, providing coaching and guidance. Participate in design reviews and provide technical solutions to clients and internal stakeholders. Review and sign-off on equipment and piping layout drawings, general arrangements, pipe support fabrication, and detail drawings. Collaborate with cross-functional engineering disciplines (e.g., Mechanical Design, Piping, Project Engineering). Coordinate with global engineering teams and manage interface with suppliers and clients. Provide guidance to piping modelers/drafters and support in developing material requisitions, reviewing supplier offers, and preparing technical bid evaluations. Manage multiple projects simultaneously, monitor budget vs. actual hours, and ensure timely delivery of project deliverables. Conduct internal/external technical reviews and lessons learned sessions to promote engineering best practices. Provide support during manufacturing, installation, and commissioning phases to resolve shop/site issues. Required Skills & Competencies: Technical Expertise: Expert knowledge of ASME B31.3. Working knowledge of API 610, API 617, and API 618 standards. Proficient in using stress analysis software (e.g., CAESAR II). Able to evaluate and sign off on complex engineering documents and reports. Project & People Management: Ability to lead stress analysis efforts on projects, including guiding a team of engineers. Competent in planning, resource allocation, and performance monitoring. Experienced in proposal-stage engineering support, effort estimation, and bid evaluations. Communication & Collaboration: Strong interpersonal and client-facing skills. Proven ability to work across disciplines and with geographically distributed teams. Capable of conducting technical reviews and driving quality improvements.

Key Responsibilities (Summary): Act as Structural Engineering SME, offering technical leadership and advanced analysis for complex projects. Lead structural design of large modules (>1500 tons) including lifting, transport, and installation. Approve dynamic, transportation, and lifting analyses for safety and compliance. Mentor engineers, guide early 3D modeling, and ensure structural integrity. Perform offshore structural design and fatigue analysis using tools like SACS/STAAD Offshore. Develop/review sea fastening, rigging schemes, and SPMT arrangements. Collaborate across engineering disciplines and regions. Manage structural scope for large-scale projects from concept to fabrication. Support proposal engineering and construction documentation. Resolve fabrication/production issues through expert structural input. Track project progress, manage resources, and deliver timely outputs. Required Skills & Competencies (Summary): Technical: Expert in structural analysis tools (SACS, STAAD), offshore design, fatigue, and modular transport. Leadership: Experienced in leading teams, mentoring, and managing complex projects. Collaboration: Strong communicator with proven coordination and client-facing skills

Engage with foundries to understand their challenges and present ProSIM casting simulation solutions. Promote our software as a Sales Engineer. Comprehensive training on foundry processes and simulation tools will be provided.

Providing simulation-based process & gating optimization solutions to casting industries by visiting foundries understand their pain points. Provide training and support services on casting simulation tool and support for pre-sales activities.