Key Responsibilities
- Design and Engineering
- Execute the detailed design and engineering of static equipment, including but not limited to:
- Towers, columns, heat exchangers, separators, and atmospheric/pressurized storage tanks
- Drawing and Documentation Preparation
- Develop high-quality General Arrangement Drawings (GAD), fabrication drawings, and detailed component schematics
- Support project execution through well-defined piping layouts, isometric drawings, and piping class definitions
- Layout and Planning
- Create accurate plot plans and equipment layouts, ensuring compliance with space, process, and accessibility requirements
- Engineering Deliverables
- Prepare and deliver critical project documents such as:
- Material take-offs, technical specifications, RFQs, engineering data sheets, and design reports
- Conduct thorough evaluations of vendor proposals and ensure alignment with project goals
- Compliance and Standards
- Ensure strict adherence to international engineering codes and standards, including:
- ASME Section VIII Div-1, TEMA, ASME B31.3, API, and ASTM standards
- Structural Component Design
- Design and engineer equipment skids, pipe racks, pipe supports, and associated structural elements
- Analysis and Validation
- Perform pressure vessel modeling, stress analysis, and finite element analysis (FEA) to ensure structural integrity, safety, and performance
- Interpret analysis results and apply engineering judgment for robust and reliable designs
- Global Collaboration and Reviews
- Actively participate in multi-disciplinary global design reviews and technical discussions with internal and international teams
- Provide engineering support throughout project life cycles, from concept to commissioning
- Technical Best Practices
- Apply appropriate code interpretations, material selection criteria, and industry best practices to ensure high-quality, cost-effective, and compliant designs
- Team Collaboration
- Work in close coordination with Zeeco’s U.S.-based engineering team and international colleagues, ensuring smooth information flow and alignment across project teams
Preferred Software Proficiency
- Design and Analysis Tools:
- PV Elite, COMPRESS (Pressure vessel design)
- STAAD.Pro, CAESAR II (Structural and piping stress analysis)
- AutoCAD (2D & 3D), Navisworks, SmartPlant Review (3D modeling, visualization, and review)
- NozzlePro (Localized stress analysis and nozzle evaluations)
Key Competencies
- Technical Expertise:
- In-depth knowledge of static equipment design, engineering principles, and fabrication methodologies
- Regulatory & Code Proficiency:
- Strong familiarity with global standards and codes applicable to mechanical design, manufacturing, and inspection
- Problem-Solving Ability:
- Sharp analytical skills with the ability to troubleshoot design challenges and optimize engineering solutions
- Communication & Collaboration:
- Excellent verbal and written communication skills, particularly for cross-border coordination and global stakeholder interaction
- Ownership & Initiative:
- Self-driven with a strong sense of ownership, quality consciousness, and attention to detail
- Capable of working independently as well as in diverse team environments across time zones