Position: STSI Mechanical Engineer (0-5 years)
Essential Responsibilities and Duties:
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Responsible for mechanical design of components and assemblies for surface or downhole products, as
part of Sustaining or New Product Development team
Develop and review manufacturable drawings in accordance with standard modelling and detailing
practices using 3D modelling software like Creo/Solidworks and use PLM platforms like Windchill to
manage the Product Lifecyle process
Carry out detailed engineering calculations
Define testing procedures and coordinate with others to perform tests; document test results
Conduct and/or participate in technical design reviews
Plan, coordinate and manage professional engineering work; this may involve modifying proven
approaches, devise new techniques with continuous improvement approach
Make presentations effectively to technical and management audiences
Contribute to design standards and support design re-use (best practices, lessons learnt, design books,
standard work instructions, etc.)
Author/co-author technical specification documents, reports, papers, articles, patents and presentations
Share expertise and expand the informal network throughout the organization: field, research,
engineering, manufacturing, other domains and clients
Comply with applicable company policies, including Personnel, Quality System and Health, Safety &
Environment standards and procedures
Successfully complete required safety training (including but not limited to drugs and alcohol, electrical,
emergency response, fire, first aid, health and hygiene, PPE, SIPP, risk reporting, IT security, hazardous
materials, driving)
Required Skills / Qualifications
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Recognized Bachelor or Master’s degree in Mechanical / Production Engineering
Previous knowledge of 3D CAD software and/or PLM/PDM software. Experience in Creo and Windchill
would be advantageous
Strong oral and written communication skills
Demonstrated Problem Solving and Critical Thinking skills
Strong engineering fundamentals in the areas of strength of materials, manufacturing techniques and
engineering drawing
The Following Would Also Be Very Highly Regarded
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Background in performing FEA and reviewing FEA results
Exposure to Manufacturing environment and prior knowledge of DFM and DFA principles
Proficiency in using MathCAD / MATLAB / Microsoft Excel along with Visual Basic Coding
Sound knowledge of Geometric Dimensioning and Tolerancing
Conversant with ASME, ISO and API standards
Demonstrated ability to think independently and make decisions using engineering judgment
Demonstrated ability to work in cross-functional teams and deliver collaborative projects
Schlumberger-Private