Instrumentation Design Engineer

Roles and responsibilities

▪ Perform Project technical tasks assigned by the Instrumentation Discipline Lead and by the Instrumentation Engineer consisting in design, checking, layout definition, installation drawings and material definition of instrumentation installation elements

▪ Interface and coordinate with the other Project Team Specialists and Designers

▪ Perform 3D Instrumentation modeling activities

Tasks

The Designer executes the activities within his area of responsibility, ensuring the compliance with the QA/QC and HSE requirements

Tasks Include

A - Development Technology know how and Commercial support

B - Feasibility C - Bidding phase/Commercial proposal development

▪ Prepare Instrumentation bulk material quantities (BOQs and MTOs) for cost and erection works estimates

▪ Support Discipline Lead to define man hours and cost estimates

D - Project Execution

▪ Review Client technical documentation and requirements

▪ Follow-up subcontracted engineering activities and control subcontracted engineering documents

▪ Apply engineering design basis and guidelines

▪ Prepare the technical documentation for Instrumentation bulk material requisitions and prepare, according to internal procedures, the technical evaluations

▪ Provide technical support to Project Team

▪ Optimise Instrumentation bulk material design ensuring minimal cost and complexity in compliance with the contractual and safety requirements

▪ Prepare Instrumentation bulk material technical specifications

▪ Prepare Instrumentation installation drawings

▪ Prepare Instrumentation BOQs and MTOs

▪ Perform Instrumentation 3D modelling design activities and participate to 3D Modelling reviews

E - Construction and start up

▪ Provide technical and engineering support to construction Team

▪ Perform site engineering activities during construction and commissioning phases

Desired candidate profile

• Project Experience: Proven track record of designing instrumentation for large-scale projects, from conceptual design to implementation.

Technical Skills

• Instrumentation Design: Expertise in designing and developing instrumentation systems, including sensors, transmitters, and control systems.
• Software Proficiency: Proficiency in design software (e.g., AutoCAD, MicroStation, or CAD packages specific to instrumentation).
• Data Analysis: Ability to analyze and interpret data for the selection and specification of instruments and control systems.

Knowledge of Standards and Regulations

• Industry Standards: Strong understanding of relevant standards and codes (e.g., ISA, ANSI, IEC) related to instrumentation design and safety.
• Safety Practices: Knowledge of safety and environmental regulations impacting instrumentation design and operation.

Project Management Skills

• Planning and Coordination: Experience in coordinating instrumentation design activities with other engineering disciplines and project teams.
• Documentation: Ability to prepare and maintain detailed documentation, including instrumentation specifications, P&IDs, and test plans.

Communication and Collaboration

• Interdisciplinary Collaboration: Strong ability to work collaboratively with process engineers, electrical engineers, and project managers to ensure design alignment and feasibility.
• Stakeholder Engagement: Excellent communication skills for presenting design concepts and engaging with clients and stakeholders.

Personal Attributes

• Detail-Oriented: High attention to detail to ensure accuracy in design and compliance with specifications.
• Problem-Solving: Strong analytical and problem-solving skills to address design challenges effectively.
• Adaptability: Willingness to learn new technologies and adapt to evolving project requirements.