What Does An Instrumentation Engineer Do?

WHAT DOES AN INSTRUMENTATION ENGINEER DO?

Updated: Sep 23, 2025 - The Instrumentation Engineer supports project development by generating instrument lists and preparing bid specifications and procurement documents. This role manages budgeting, man-hour estimation, equipment inspection, and the creation of detailed design deliverables such as loop diagrams, network architectures, and panel layouts. The engineer also oversees commissioning activities, responds to site inquiries, and ensures comprehensive turnover documentation, including As-Builts, checkout sheets, and instrument manuals.

A Review of Professional Skills and Functions for Instrumentation Engineer

1. Instrumentation Engineer Duties

Project Execution: Executing projects per the Phillips 66 and SFR project FEL process and ensuring conformance with Phillips 66 Required Standards and Recommended Engineering Practices
Standards Application: Applying Phillips 66 Required Standards, engineering standards, mechanical integrity procedures, and safety procedures to address instrument reliability challenges
Estimate Development: Directing the development of AFD and AFE quality project estimates
Capital Planning: Participating in annual capital long-range plan development and ongoing project funding approvals
Engineering Coordination: Coordinating FEL and detailed engineering with mechanical, civil, instrument and electrical resources
Project Validation: Ensuring assigned projects are technically sound, cost-effective and customer-focused
Execution Planning: Developing project execution plans and project milestone schedules
Scope Control: Ensuring project scope and cost are controlled and change is managed
Construction Support: Providing project-specific turnaround and construction support

2. Instrumentation Engineer Details

Project Prioritization: Establishing project priorities, deliverables and deadlines aligned with capital strategies
Multitask Management: Successfully managing competing priorities and multiple projects simultaneously
Time Accountability: Accountable for managing time to deliver on commitments
Team Interface: Ensuring interface with technical consultants, area resources and Operations
Technical Support: Serves as instrumentation technical support for both Maintenance and Operations personnel, including field instrument and process control troubleshooting support, training documentation and procedure development/review, and Management of Change (MOC) ownership
MOC Coordination: Coordinating the MOC process for assigned projects
System Design: Designing or approving designs by others of Safety Instrumented Systems
Design Review: Reviewing project design packages and providing design input to ensure that site requirements and preferences are met
Maintenance Integration: Ensuring that newly installed instruments are captured on appropriate maintenance programs after project commissioning
Failure Analysis: Providing consultation to the refinery for instrumentation issues, including leading and participating in root cause failure analyses (RCFAs)

3. Instrumentation Engineer Responsibilities

Operations Culture: Engage with the wider Technical Support, Maintenance, Technology, Commercial and Production Team to build a strong and coherent operations culture
Assurance Support: Support assurance activities at the site to ensure EPC deliverables meet the requirements of the Lump Sum Contract, Project Standards, and Industry Best Practices, Inspection Test Records (ITRs) and operational readiness requirements
Punch Listing: Support punch listing at handover to ensure agreement with A, B, and C, punch items
Digital Integration: Drive and integrate digital and data solutions into new ways of working, promoting, and delivering a culture of continuous improvement and future-proofing business
Procedure Writing: Support writing maintenance procedures and guidelines based on site experience gained during CSU phases, the first 200 cargoes and vendor support
NCR Initiation: Initiate NCRs for items not meeting EPC’s deliverables, substandard construction and demonstrate a good mitigation plan
Risk Management: Initiate Manage Threats and Opportunities (MTO) and MOC with a proper risk assessment and mitigation plan if potential HSSE, Reliability/availability/operability concerns are observed
Team Collaboration: Collaborate with EPC and the site construction team to display a One Team mindset and promote a learner attitude
Failure Prediction: Find opportunities for utilizing advanced diagnosis alerts and alarms, failure mode prediction
Lead Coverage: Provides coverage for other PACO leads to support CSU activities
Digital Support: Support the digital team to develop solutions
RCM Ownership: Support the current RCM process and take ownership of the Electronic Spare Parts Interchangeability Report (E-SPIR)
Workforce Support: Support the connected worker and augmentation workforce vision for LNGC
Functional Integration: Act as an integrator across all the PACO functions during CSU and the initial startup period
PSSR Assurance: Responsible for ensuring that the Asset delivery meets the pre-start-up safety requirements (PSSR)

4. Instrumentation Engineer Job Summary

Instrument Specification: Specifying cGMP process instrumentation, components, and spare parts
Calibration Justification: Setting priorities for and completing Calibration Range and Tolerance Justifications forms for new instruments
Equivalence Evaluation: Evaluating new instruments for Functional Equivalence to existing instrumentation that has become obsolete
I/O Review: Reviewing and approving input/output lists for automated systems
Root Cause: Conducting troubleshooting and root cause analysis for complex instrumentation and associated systems
Config Management: Creating and maintaining configuration specifications for cGMP manufacturing equipment
Design Review: Assisting in the design review of equipment and approved supplier lists for instrumentation
Test Execution: Writing and executing test plans to demonstrate instrument suitability
Corrective Actions: Implementing corrective/preventative actions for existing equipment
Change Evaluation: Preparing engineering evaluations and test plans for change control documentation

5. Senior Instrumentation Engineer Accountabilities

Spec Preparation: Develop specifications and prepare material requisitions for control and safety systems, instruments, valves and all other instruments on assigned front-end and detailed engineering projects
Sizing Calculation: Carry out instrument sizing calculations and verification checks
P&ID Review: Review and develop P&IDs for correctness with respect to control and safety requirements and instrumentation
Index Preparation: Prepare a project instrument index in accordance with the P&IDs
Drawing Support: Assist the designers with the preparation of cable block diagrams, cable routing, equipment layouts, termination drawings and schedules
Design Review: Review all C&I drawings and ensure that the quality of design and drawings produced for inquiry and fabrication purposes is of a satisfactory standard
Bid Analysis: Prepare technical bid analysis for C&I equipment
Supplier Coordination: Attend coordination meetings and engineering review meetings with the supplier
Document Tracking: Review document requirements and issue dates for major equipment with suppliers and assist the Procurement Department in compiling a Supplier’s Document Index
Document Approval: Review and approve supplier documents for instrumentation and distribute
Procurement Support: Assist the Procurement Department with the expediting of supplier documents
Site Survey: Attend site surveys and contribute to site survey reports

6. Senior Instrumentation Engineer Functions

Client Support: Give support to the client, project engineers, other specialist engineers and inspectors on C&I engineering matters
Drawing Review: Review C&I aspects of the package unit supplier’s drawings as requested by the engineer responsible for the equipment
Schedule Monitoring: Advise the Lead C&I Engineer of any slippages, their causes, and proposed corrective action
Technical Advisory: Advise the Lead C&I Engineer of any technical problems and unresolved differences with other groups
Drawing Coordination: Coordinate with the Procurement Department and ensure certified drawings are available in time to meet the engineering schedules
Data Notification: Notify the Project Engineer of all deficiencies in the flow of data or other basic information required for the execution of work
Progress Reporting: Assist the Lead C&I Engineer with the progress reports
Site Follow-up: Follow up on C&I construction work on project sites to ensure correct interpretation of designs regarding installation
Issue Resolution: Resolve any C&I problems arising during commissioning
Field Awareness: Keep abreast of developments in the C&I engineering field
Efficiency Improvement: Suggest ways to improve efficiency, costs and service in the execution of projects
Manual Compilation: Assist in the compilation of operating manuals and mechanical catalogues

7. Instrumentation Engineer Job Description

Package Engineering: Engineering of electrical and instrumentation packages
Drawing Preparation: Prepare drawings and technical documentation
Test Documentation: Prepare documentation for testing and installation
Installation Support: Support during the installation and commissioning phase
Product Development: Contribute to further development of existing products
Agency Interface: Support in interfacing with space agencies, authorities and customers to support the company in winning the different contracts
Requirement Analysis: Synthesize/Extract the outcomes of the system/satellite requirements toward the instruments and elaborate their specifications and the statements of work
Proposal Review: Analyze the technical, development and industrial proposal issued by the instruments subcontractors
Subcontract Negotiation: Negotiate the subcontracts concerning the instruments
Development Oversight: Manage and follow up with the instruments subcontractors during the overall development process of the instruments subcontractors (meetings, reviews, documentation analysis, budgets, industrial matters, quality, assembly, tests…)
Project Participation: Proactive participation in the project team work to guarantee that the subcontractors will deliver a product totally in line with the specification, the SOW and the delivery time
Budget Management: Establish budgets and synthesize

8. Instrumentation Engineer Overview

System Design: Design and build complex analytical and/or measurement systems, and integrate them with data acquisition and control software
Protocol Execution: Design of complex experimental protocols and execution of experiments on unstable and/or highly variable systems
Project Maintenance: Work on electrification, modification, and maintenance projects
Client Support: Work with clients to reduce carbon footprint from existing and new installations
Project Participation: Participate in EPCI projects, general field instrument engineering, system engineering, automation and control engineering
Engineering Support: Support of the project manager in the basic engineering
Diagram Creation: Creation of cause and effect diagrams, logic diagrams, instrument lists and technical instrument specifications
Document Preparation: Collaborate in the preparation of plant documentation
HAZOP Support: Collaborate in the preparation of P&I diagrams and HAZOP studies
Hardware Specification: Specification of hardware and software requirements for DCS and PLC
Detail Design: Instrument detail design development
Engineering Interface: Interface with other engineering disciplines and close co-operation with the Instrument Discipline Task Responsible
Offshore Survey: Perform Offshore surveys to identify installation method, placement of Instruments, Cable tray and Cable routing
Material Coordination: Identify and coordinate material needs
Jobcard Planning: Establish and develop a Jobcard plan in accordance with best practice and installation method

9. Instrumentation Engineer Details and Accountabilities

Facility Setup: Set up the facilities, systems and processes needed to assemble the modules into finished goods
Procedure Development: Devise procedures and forms for the end-to-end manufacturing process
Product Transfer: Lead the transfer of product into manufacturing
Process Improvement: Drive and implement process improvements and optimization to meet the production goals
Risk Assessment: Perform risk assessment, cycle time study, manufacturing tools and fixtures reliability study, etc
Fixture Maintenance: Drive maintenance and improvement activities on test fixtures and equipment including equipment qualification and setup PM/Calibration process for tools
Equipment Service: Perform equipment maintenance of service equipment
Compliance Assurance: Ensure that the manufacturing processes are compliant with Quality System and EHS requirements
Issue Resolution: Perform troubleshooting, failure analysis and drive issues to closure
Data Analysis: Perform data trending analysis, construct and execute the design of experiments to address quality issues
Issue Coordination: Coordinate with Operations, Assay Development, Hardware Engineering and Software Development to troubleshoot performance issues
Training Delivery: Compile training materials and conduct training on the manufacturing process
Team Leadership: Provide leadership and mentor junior staff to resolve routine issues

10. Instrumentation Engineer Tasks

PID Development: Support the development of PIDs and create an instrument list based on the controls shown
Bid Specification: Generating bid specifications for instruments and sending bid packages out to vendors
Budget Planning: Creating budgets for project instrumentation
Hour Estimation: Generating man-hour estimates for project execution such as procurement, checkout, documentation, commissioning, turnover
Instrument Procurement: Procuring all instrumentation, which will include the creation of RPOs
Equipment Inspection: Receive all instrumentation and check-in/inspect equipment before delivering to the site
Diagram Creation: Create instrument location plans, loop diagrams, network architectures, panel layouts and schematics
Site Support: Respond to contractor/site questions
Checkout Documentation: Create checkout sheets and/or testing documentation for commissioning and startup
Instrument Startup: Commission and start up each instrument and fill out all checkout paperwork
Turnover Submission: Submit turnover documentation, including Greenlines of construction drawings, As Builts, Commissioning/checkout sheets, and Instrument manuals

11. Instrumentation Engineer Duties

Flight Design: Use identified requirements to fully design, test, and support flight instrumentation systems on current and future research projects.
Data Processing: Support the use of the Veridian data processing systems in the checkout of instrumentation and ground test efforts.
Mission Coordination: Coordinate with the mission control room personnel in the development and design of the displays, development of the data cycle maps, calibration files and run files.
Report Creation: Create reports and other documentation necessary to describe the results of studies and/or tests.
Project Analysis: Analyze project objectives and requirements, develop plans for conducting projects, provide support for the project safety review process, including participation in the development of Failure Modes and Effects Analysis, documentation of hazards, and the specification and implementation of mitigations to those hazards.
Instruction Review: Review project instructions to ascertain requirements, specifications, procedures, objectives, equipment, nature of technical problem, and possible solutions.
Test Setup: Set up and conduct tests or studies of complete systems, components, or concepts under research test conditions to investigate proposals for improving performance or other factors, or to obtain data for development, standardization, and quality control with some supervisory direction and review.
Result Analysis: Analyze indicated and calculated results in relation to requirements, specifications, or test objectives.
Engineer Mentorship: Mentors engineers in specific technical areas and/or the system engineering process and project management principles.
Compliance Execution: Perform work in accordance with NASA ISO AS9100 procedures and applicable regulatory requirements.

12. Instrumentation Engineer Responsibilities

Technical Advice: Provide expert advice and assistance to the UR, outside vendors, manufacturers, and design firms on instrument engineering matters.
Engineering Studies: Originate and carry out engineering studies to determine potential problems and remedies to existing problems, resolve complex technical problems, and review data sheets for instrumentation.
Installation Inspection: Inspect installations in factories and in the field.
System Troubleshooting: Troubleshot complex instrumentation and control system issues in operational facilities.
Standards Development: Develop and maintain the UR engineering standards and design best practices.
Material Review: Develop and review material takeoffs and data sheets for instrumentation equipment.
Technology Evaluation: Evaluate and introduce best practices and new technologies from all over the world to help the UR achieve best-in-class positions.
Vendor Assessment: Review and evaluate the capabilities of vendors and contractors to determine their acceptability to perform major services to UR.
Department Liaison: Act as the department representative in dealings with vendors and manufacturers.
Task Force Participation: Work on or with task forces assigned to investigate incidents or solve specific problems.
Cost Analysis: Perform cost analyses and value engineering studies.
Special Assignments: Undertake special assignments requiring extensive technical experience and discretion when dealing with outside organizations.
Technical Seminars: Conduct seminars on the resolution of technical problems with personnel in other engineering organizations.
Research Publication: Write papers for peer-reviewed journals on engineering studies and projects the candidate has overseen.

13. Instrumentation Engineer Job Summary

System Design: Design review for ELV, LV, and HV systems.
Method Review: Review and prepare method statements.
Cable Preparation: Prepare LV and HV cable MTO and cable schedule.
Site Management: Manage LV and HV site installations, ELV systems site coordination, and all infrastructure works.
Site Inspection: Attend regular site visits and HSE walkdowns.
Department Coordination: Coordinate with other departments and follow the as-built preparation.
Progress Monitoring: Follow up on progress and verify interim payments.
Planning Liaison: Liaise with the planning team to achieve targets and project milestones.
Subcontractor Management: Manage all HV, LV, and ELV systems subcontractors.

14. Instrumentation Engineer Accountabilities

Scope Execution: Execute the scope delivery within the agreed cost and schedule targets, including meticulous management of change.
Design Assurance: Be responsible for the assurance of the design of the subsea control system and ensure that the equipment meets the requirements of the project based on design and functional specifications.
Supply Management: Manage the scope of supply, including thorough scope management of change and action closure associated with the MOC, e.g., concessions, deviations, variation orders, and risks.
Technical Oversight: Be responsible for ensuring execution of the technical assurance process, e.g., design reviews, TRAP, etc., for the subsea control equipment in scope.
Risk Management: Identify and manage the risk associated with the engineering and delivery of subsea control packages.
Verification Implementation: Ensure the implementation of the design verification plan in the assigned subsea controls package.
Design Participation: Participate in HAZOPs, LOPA, and other project design assurance activities.
Testing Support: Provide technical support during the execution of equipment FAT, FIT, and SIT testing.

15. Instrumentation Engineer Functions

Instrumentation Design: Basic design for instrumentation and related electrical components and feeders, including P&ID checks, block and loop diagrams, instrument data sheets, and IO lists.
Instrumentation Validation: Size, select, and validate process instrumentation and corresponding hook-ups.
Valve Validation: Size, select, and validate control and automated block valves.
Electrical Validation: Size, select, and validate low-voltage electrical feeders and equipment such as motors, variable frequency drives (VFD), uninterruptible power supplies (UPS), rectifiers/chargers, feeder panels, electrical tracing, and corresponding cables.
Code Compliance: Design and engineer according to national and international codes and regulations.
Safety Application: Apply environmental, safety, and loss prevention principles.
Field Verification: Perform field verification for detailed engineering.
Cost Input: Provide input for cost estimates, quality, and efficiency measurements.
Client Liaison: Serve as contact for client and partners for technical questions and participation in interdisciplinary and project meetings.
Project Leadership: Lead and guide E&I work for projects executed by external engineering companies and the central engineering center (CE-C).

16. Instrumentation Engineer Job Description

Asset Strategy: Continue development of asset care strategies for instrument devices that provide significant return and ensure reliability and long-term effectiveness.
Reliability Scope: Define instrument reliability work scope for plant turnarounds.
Improvement Planning: Create and maintain reliability improvement plans for instrumentation.
Innovation Promotion: Encourage and promote a culture that is proactive and personifies innovative ways of solving problems, driven by business profitability and bottom-line results.
Solution Design: Design and develop innovative, practical solutions to maintenance, reliability, and operations challenges.
SME Network: Serve as part of a company-wide network of subject matter experts for instrumentation engineering.
Utility Knowledge: Demonstrate solid fundamental understanding of utility systems and operating procedures.
Safety Knowledge: Demonstrate knowledge of safe work practices, including safety policies and procedures, OSHA, and environmental requirements.
System Reliability: Manage and improve the reliability of the site’s instrumentation systems, creating significant value through improved performance and reliability.
Project Support: Support improvement projects to enhance utilities' reliability, maintainability, profitability, and safe operations.
Principle Development: Continue development of established reliability engineering principles and best work practices to continuously improve with the corporate team.
Standards Refinement: Refine the development of asset care strategies for instrument devices using corporate standards.
Turnaround Planning: Define the reliability work scope for plant turnarounds.
Mentorship: Serve as a mentor and SME to junior engineers.

17. Instrumentation Engineer Overview

Instrument Design: Be responsible for the proper design and selection of all instrumentation necessary for the safe and optimum operation of the asset.
Discipline Knowledge: Properly apply discipline knowledge, such as specific sizing and selection knowledge, to meet all required process and contractual requirements.
Package Management: Be responsible for the design, procurement, manufacture, installation, and commissioning assistance of the package.
Collaboration: Work with engineers and designers both within and outside the discipline to ensure instruments are selected, installed, and configured for optimum operation and accuracy.
Task Delivery: Understand, plan, and deliver assigned tasks with accuracy within the agreed time frame.
Instruction Clarification: Identify areas requiring more detailed instructions and clarify understanding and expectations with the discipline lead.
Document Development: Develop engineering documents in a manner that the design intent can be interpreted correctly.
Compliance: Complete tasks in compliance with applicable engineering codes, industry standards, regulations, and work procedures.
Issue Resolution: Proactively interface with the discipline lead and peers for resolving issues, sharing information, and reporting progress.
Guidance Seeking: Seek clarification or guidance as soon as difficulties arise and recommend alternative solutions.
Quality Check: Perform a thorough self-check of all deliverables prior to submission for review and approval.

18. Instrumentation Engineer Details and Accountabilities

Work Planning: Properly plan work to allow adequate time for documents to be thoroughly checked to ensure accuracy.
Task Awareness: Understand how assigned tasks will affect all disciplines and stakeholders.
Design Support: Provide timely and accurate input to other disciplines in support of their design requirements in meeting deadlines.
Status Reporting: Proactively provide the Discipline Lead with status updates, highlight concerns as they arise, and prioritize assigned activities to meet key milestones.
Stakeholder Networking: Network with stakeholders to serve as a source of support in executing project deliverables and ensure proactive two-way communication.
Document Production: Produce consistent and organized documents in a well-structured format to clearly convey the required information.
Vendor Coordination: Coordinate with vendors, subcontractors, third-party consultants, etc. to ensure timely review of documents and that comments are made with the required quality level.
Project Support: Provide timely and accurate input to other disciplines in support of their design requirements and project deliverables.
Issue Awareness: Raise awareness of issues timely to the Discipline Lead.
Change Management: Understand the change impact within and across disciplines and identify the stakeholders to be engaged.

19. Instrumentation Engineer Tasks

Change Review: Respectfully challenge proposed changes that significantly impact project deliverables to ensure the best option is taken as the way forward.
Activity Prioritization: Prioritize activities to effectively manage conflicting deadlines to meet key milestones and deliverables.
Communication Management: Ensure changes are conveyed through the established channels of communication to minimize the impact on deliverables and the project.
Adaptability: Demonstrate adaptability and flexibility in implementing changes.
MOC Compliance: Ensure management of change (MOC) procedures are used to promote positive impact on the project.
Technical Development: Improve technical competencies for current and future work assignments.
Continuous Improvement: Promote continuous improvement within the discipline by maintaining and sharing the latest industry developments.
Compliance Assurance: Ensure activities are completed with consistency and in compliance with applicable codes, standards, and regulations.
Lessons Application: Apply and capture applicable lessons learned in the execution of activities to enable information sharing, increase project efficiencies, and support and develop best practices.
Work Organization: Ensure work is organized and documented in a manner to support the intent of the design for easy understanding by others.
Quality Check: Ensure a proper level of checks for all deliverables before submission and avoid cutting corners.

20. Mid-level Instrumentation Engineer Roles

Test Support: Assist in demonstrating the effectiveness of test methods.
Procedure Development: Develop simple test procedures and instrumentation and configuration definitions needed to perform the test and minimize risk.
Hardware Design: Design component- and sub-assembly-level hardware or software and use analytical tools to verify the design.
Manufacture Coordination: Assist in coordinating the manufacture and assembly of test hardware.
Problem Solving: Identify solutions to basic problems and support the development of metrology processes, methods, and tools.
Debrief Support: Support the development of test debrief material.
Data Evaluation: Participate in the evaluation of test performance data.
Data Review: Review test data for accuracy, quality, and fidelity before delivery to the customer.
Issue Reporting: Alert senior engineers of off-nominal data.
Report Preparation: Prepare test reports for review.
Supervised Work: Work under general supervision.

21. Instrumentation Engineer Additional Details

Sensor Selection: Apply physics and sound engineering principles to select appropriate contact and non-contact measurement sensors.
Sensor Installation: Install instrumentation sensors.
Sensor Cabling: Cable instrumentation sensors.
Data Setup: Set up data acquisition systems, including scale factor, sampling rates, and filter frequencies.
System Operation: Operate data acquisition systems during testing operations in the laboratory, on track, and remotely.
Data Interpretation: Read and interpret electronic data charts during testing operations.
Instruction Review: Read and interpret test plans, schedules, and other written instructions received from the test engineers and project managers.
Log Preparation: Prepare accurate daily logs by the company, FRA, and other governing agencies.
Troubleshooting: Troubleshoot instrumentation system problems and data dropouts.
Compliance: Be accountable for compliance with all operating rules, policies, and guidelines.
Safety Adherence: Attend rules and safety classes and ensure all rules are followed by the company, FRA, and other governing agencies.

22. Instrumentation Engineer Essential Functions

Team Collaboration: Work as part of a team of electrical engineers and technicians.
Component Design: Provide component and system-level designs.
RF Design: Design, simulate, prototype, document, and troubleshoot RF circuitry.
Prototype Integration: Support the integration of prototypes with other existing subcomponents, subsystems, and systems.
Project Support: Support multiple projects in parallel in an environment that changes quickly in response to customer needs.
Requirement Communication: Communicate with an engineering team and customers to discover and develop requirements with the goal of optimizing current and future designs.
Mentorship: Mentor junior instrumentation engineers and provide guidance and advisement on instrumentation designs, troubleshoot prototype builds, and review electrical schematics.
Documentation: Generate best practices documents and document current instrumentation processes.

23. Instrumentation Engineer Role Purpose

Instrumentation Design: Design unique instrumentation, control and mechanical fixturing solutions.
PLC Programming: Design and program PLC-based control systems for specific test applications.
Troubleshooting Support: Provide troubleshooting and repair support for test facilities, systems and equipment.
Facility Coordination: Coordinate the design and modification of the existing test facility to support critical test programs.
Technical Solutions: Develop technical solutions to address poor facility availability and reliability issues.
Procurement Coordination: Identify and coordinate the procurement of off-the-shelf instrumentation packages necessary to support Engineering Test programs.
Test Assurance: Assure the effectiveness of test and data collection systems.
Data Analysis: Uses analytical techniques to verify and confirm/validate test data.
Equipment Calibration: Calibration of test equipment and instrumentation.
Instrumentation Support: Assist with and provide basic instrumentation support.
Project Management: Write and manage capital projects

24. Instrumentation Engineer General Responsibilities

Technical Support: Provide technical support in project development, QA/QC, installation, commissioning, start-up and work activities on instrumentation upgrades, repairs, and new installations.
Project Support: Support as an Instrumentation SECORA resource for Capital projects.
Failure Analysis: Lead and promote Root Cause Failure Analysis and utilize findings to advance strategies around instrumentation reliability.
Solution Development: Identify, recommend, and champion solutions that reduce risk to employees, maximize system availability, and achieve the lowest cost of operation.
Engineering Practices: Apply the Company’s engineering practices.
Practice Oversight: Ensure the practices are used, remain relevant, and keep the business competitive.
Employee Mentorship: Lead and mentor employees to apply Market-Based Management (MBM) in ways that are consistent with Guiding Principles and MBM Framework.
Cross-Site Collaboration: Collaborate with peers across KAES and KII to instill best practices, share and institutionalize knowledge and provide technical insight into cross-site initiatives.

25. Instrumentation Engineer Key Accountabilities

Software Support: Support daily needs and enhance new features in automation software.
User Interface: Work with the scientist to make the software more user-friendly and more scalable to the needs of the future.
Data Capture: Work with research and industrial equipment to capture data into a sophisticated Information management system.
Lab Programming: Work with scientists in a laboratory environment, developing and supporting programs and services to set up communication between reactors, analytical instruments and other R&D devices.
Application Management: Manage datalogging and control applications using software platforms such as C# .NET, LabVIEW and Python.
Sensor Setup: Setting up sensors and actuators based on 4-20mA wiring, RS232, RS485, OPC DA, and OPC UA communication protocols.
System Installation: Support installation of small lab-scale bench-top bioreactor systems and instrumentation to larger biocontrol systems using industrial controllers such as AB PLCs, and NI cRIO.
Instrumentation Integration: Carry out integration of instrumentation with software C#, LabVIEW, Python, and SQL.
Logic Development: Develop and document control logic diagrams and functional descriptions.
Data Acquisition: Set up data acquisition systems, including analytical instrumentation communications.
Infrastructure Maintenance: Maintain infrastructure that collects and inserts data into the LIMS system.

26. Instrumentation Engineer Roles and Details

Team Leadership: Instrumentation Design Team Lead working as part of a multi-disciplinary project delivery team.
Budget Support: Provide support to the fee and capital budget proposals.
Design Package Management: Assemble and manage bid, approval, and construction issue instrumentation design packages in an efficient and lean manner.
Mentorship: Monitor and mentor engineering team members.
Peer Review: Check other instrumentation engineers' work for accuracy and quality and undertake peer reviews.
Client Liaison: Extensive and independent contact with the client, vendor’s representatives and site personnel.
Meeting Participation: Attend and participate in client and PM Group meetings.
Standards Implementation: Implement specific site and company quality and design Standards.
Design Coordination: Manage the coordination of the design team and external stakeholders.
Value Engineering: Undertake value engineering activities and implement new technologies to provide cost-effective solutions for clients.

27. Instrumentation Engineer Responsibilities and Key Tasks

Process Rules: Define and write rules linked to the process of a new installation in order to ensure a safe flight test installation.
Project Management: Drive projects and developments of new instrumentation with internal and external suppliers.
Test Integration: Integrate and validate new test means.
System Reliability: Ensure a good level of reliability and availability of the complete set of flight test means.
Innovation: Drive innovation by implementing new technologies from the external market.
Interface Management: Manage interfaces with many internal and external actors, including design offices, architects, test specialists, flight test engineers, experts, teams from other groups, competitors, worldwide suppliers, startups, research laboratories, and universities.
Instrumentation Specification: Evaluate, specify, select, configure, calibrate, and commission/validate new process instrumentation.
Documentation: Create and/or update all necessary documentation for new instrumentations to include asset information, calibration templates, job plans, work instructions, predictive maintenance procedures and preventative maintenance procedures.
Project Oversight: Manage small capital and/or expense projects involving process instrumentation.
Installation Troubleshooting: Install and troubleshoot instrumentation, including mounting, pulling and terminating wiring in control cabinets.
Career Growth: Challenging work environment at a progressive and growing company.
Professional Development: Engineers are provided with diverse project exposure and the environment to continually grow their careers and technical capabilities.

28. Instrumentation Engineer Duties and Roles

Requirement Interpretation: Interpret system-level engineering requirements to establish sensor and instrumentation designs, specifications, qualification test plans, and verification documentation.
Supplier Oversight: Oversee and develop 3rd party supplier designs for sensors, instrumentation, and interfacing systems.
Performance Testing: Evaluate and test the performance of a variety of instrumentation types under the required environmental conditions.
Troubleshooting: Troubleshoot instrumentation issues using root cause analysis and engineering problem-solving methodologies.
Specification Development: Develop and maintain instrumentation specifications and calibration processes.
Design Guide: Develop and maintain the instrumentation application design guide.
Maintenance: Carry out all preventive maintenance/breakdown maintenance of all Instrumentation equipment as per SAP.
Spare Planning: Plan for spares for Instrumentation Equipment.
Instruction Compliance: Follow the instructions from the Superior always.
Standards Compliance: Always follow up the Norms of NIS, ISO 14001-2015, NIS, ISO 9001-2015, NIS, OHSMS-45001-2018 strictly regularly.
Site Surveys: Assist with instrument site surveys and walkdowns.
Documentation Development: Develop and prepare as-built or as-found instrumentation documentation.
Document Retrieval: Perform client instrument documentation searches to find required project documents.
Data Generation: Assist with generating instrumentation data, sheets, loop drawings, installation details, instrument lists, DCS/PLC I/O lists, and P&IDs.

29. Instrumentation Engineer Roles and Responsibilities

System Design: Design and development of flight test instrumentation systems in close collaboration with Avionics and other engineering disciplines.
Sensor Selection: Selection of sensors for flight test instrumentation, including Strain gauges, thermocouples, and pressure transducers.
Installation Definition: Create installation definition for flight test instrumentation.
Integration Support: Support other departments regarding flight test instrumentation sensor integration.
Specification Development: Develop VG flight test instrumentation specifications and ensure equipment compliance.
Obsolescence Solutions: Develop, implement, and troubleshoot solutions to address hardware and software obsolescence.
Requirement Interpretation: Interpret system-level engineering and quality system requirements for use in sensor and instrumentation engineering drawings, specifications and procedures.
Acceptance Testing: Perform acceptance testing in the electronics lab and the environmental test lab environments.
Anomaly Troubleshooting: Troubleshoot and debug sensor/instrumentation anomalies in an avionics and engine component development environment.
Root Cause Analysis: Identify root cause failure modes using fault tree and fishbone methodologies, and formally document findings.
Sensor Specification: Specify sensor requirements and specifications for new products.
Test Direction: Direct test and qualification campaigns.

30. Instrumentation Engineer Duties

Instrumentation Design: Design, develop, install, manage and maintain instrumentation which is used to monitor and control engineering systems, machinery and processes in client environments related to the chemical industry and other industries.
Measurement Strategy: Develop instrumentation strategies to measure physical parameters not typically acquired in process industries (e.g., vibration, acoustic emission, thermal imaging signatures, hyperspectral image signatures, presence of debris in oil, etc.) to make certain fault modes observable.
Sensor Deployment: Lead selection and deployment of commercial and proprietary sensors, develop data acquisition strategies, and integrate new sensors in the client environment.
System Integration: Integrate instrumentation with edge devices within the clients’ OT and IT environments, set up and integrate with wireless networks, and communicate with Historian databases and other enterprise applications (e.g., CMMS) deployed at the client site.
Testbed Support: Support the design, development, commissioning, management, and maintenance of various hardware-in-the-loop testbeds.
Algorithm Validation: Validate various algorithms and approaches to detect and measure degradation and failure of industrial assets such as motors, pumps, bearings, seals, and valves.
Project Management: Be responsible for small to intermediate-sized projects for various facility locations in close collaboration with global engineering centers.
System Design: Work as an instrumentation design engineer, primarily on the design of instrumentation systems.
Performance Improvement: Drive productivity and performance improvements.
Project Planning: Be responsible for developing project plans according to local design codes and ensuring each project complies with laws and other regulations.
Feasibility Analysis: Perform calculations to ensure the feasibility of a project.
Data Analysis: Collect and analyze data from several sources to determine the best way to plan projects.
Equipment Management: Manage equipment to monitor instrumentation systems.
Installation Networking: Be responsible for instrumentation installation and network establishment.

Relevant Information

What Does An Electrical and Instrumentation Engineer Do?

What Does An Instrumentation and Controls Engineer Do?