Engineer I

Description

• Provide engineering advice and technical solutions in relation to plant integrity issues on operational assets;
• Liaising with all stakeholders and responsible for all technical issues related to their area of specialisation; Co-ordination with other discipline specialists where areas interface or overlap exist.
• Perform wear pad requirements, trunnion calculations ad saddle support design.
• Perform quality work within deadlines with or without direct supervision and work effectively as a team member on all assignments.
• Perform calculations such as PSV Reaction Forces, Steam Hammer, Hydraulic Forces and 2 phase slug forces.
• Prepare Piping Stress Design Guideline Based on Project Requirements.
• Calculate and Select Spring hanger supports, Expansion joints, struts, snubbers. And Prepare data sheets for the special piping supports.
• Prepare technical notes and piping stress analysis reports considering project specifications.
• Perform static and dynamic analysis (Time history and Response Spectrum analysis) of complex systems.
• Preparation of support loads to structures team and qualify primary support validations. Knowledge on Secondary support validation would be an added advantage
• Perform flange leakage checks using different methods.
• Review & Checking Stress Reports, Equipment GA's, FRS & Seismic Anchor Movements (SAM), Stress Model Breakups & Critical Line List.

Requirements

• Experience in Nuclear, Power, Oil & Gas or other highly regulated industrial environment preferred.
• Ability to understand and define client's requirements, plan & schedule deliverables, timelines.
• Experienced with analysis software such as CAESARII, Autopipe, Pipestress (PepS), STAAD or RSTAB, Nozzle Pro. Proficiency in software tools like CAEPIPE, AutoCAD; knowledge of PDS, PDMS and other equipment design platforms highly desirable.
• Proven strong problem solving, organisational and interpersonal skills.
• Design experience in piping, pipe support and pipe layout.
• Demonstrable knowledge of design projects, or relevant experience/knowledge of process plant operations is desirable.
• Excellent written and verbal communication and presentation skills with a proven ability to write accurate, detailed and concise technical reports (e.g. design substantiations, basis of analysis, safety case support references).
• Flexible in travelling to Atkins' and client's'office locations around the world, if required.
• Exposure to piping fabrication, installation, testing.
• Familiar with international design codes and standards (such as: ASME BPVC Section III NC & ND, RCC-M, ASME B31.1, ASME B31.3, BS EN 13480-3) and various other ASME/ASTM, API Standards for piping components. Knowledge of recommended practices pertaining to mechanical design, fabrication, installation, inspection, testing, quality assurance and quality control etc is desirable.
• Suitable degree in Mechanical engineering (ME/BE, M.Tech/B.Tech or equivalent)
• Experience in mechanical design and assessment.
• Proficiency in static, dynamic and thermal stress analysis.
• Strong piping stress analysis concepts and ability to perform piping stress and supports analysis of critical piping systems.
• Proven computer aptitude, and expertise in MS office. Experience in developing digital tools highly desirable.
• Ability to work independently or as part of team, flexible attitude to the type of work and the level of responsibility accepted.
• Knowledge of material selection.

Benefits

• Generous annual leave balance.
• Relocation assistance.
• Company gratuity scheme.
• Discretionary bonus program.
• Comprehensive life insurance coverage.
• Employee Wellbeing Program: 24/7 access to specialists in finance, legal matters, family care, personal health, fitness, and nutrition.
• Premium medical insurance for you and your dependents.
• Remote work opportunities outside of country.
• Flexible and hybrid work solutions.

Training + Development

Interview process

Visa Sponsorship

Security clearance