Principal Instrumentation and Control Engineer

Responsibilities:

• Provides project discipline engineering support on project teams towards the successful completion of projects as assigned so that they are successfully completed and meet the objectives. 
• Works with design resources both internally and externally to achieve designs that are cost effective and technically sound so that all projects are designed efficiently, cost effectively, and have operability against the up-front project objectives. 
• Collaborates and engages all other disciplines, process operators and engineers, control systems engineer, and the operations/maintenance superintendents either internally or externally towards the successful completion of the project. 
• Responsible for following the Capital project process and meeting the Delegation of Authority (DOA) policy so that all projects can meet internal and external audit criteria, and the sites remain in DOA compliance. Working through the Capital Project Checklist and documenting all phases of the project process. 
• Works closely with subcontract engineers and/or designers to coordinate their activities and to ensure the subcontractor's work is checked and the standards and quality are in accordance with standards, guidelines, and customer requirements. 
• Prepares or reviews/approves specifications for purchase of materials and equipment. 
• Performs periodic design reviews; ensures designs, including all IEA engineering drawings, technical specifications, calculations and programs, follow specifications, codes, regulations, and contract requirements. Ensures technical and quality standards are maintained. 
• Designs, develops and implements new Basic Regulatory and Advanced Process Control applications. Emphasis is on applications utilizing single output control technology as well as providing assistance to the Control Systems Engineer with multi-variable predictive controls. 
• Documents and maintain all communication that impacts technical decisions. 
• Assists in reviewing estimates of probable costs for construction at various stages of design. 
• Participate in the development of criteria for and evaluation of equipment, technical material suppliers, and technical service providers. 
• Consults with peers at the site and across the company. 
• Supports the development of control logic Functional Specifications used to support integration of automation and operator control logic into DCS systems for capital projects. 
• Supports the review of the alarm rationalization aspects for capital automation projects. 
• Supports the development of procedures for Factory Acceptance Tests (FAT) and Pre-Startup Acceptance Tests (PSAT) of project installed or modified SIS. 
• Supports function tests, PSAT, FAT, PSSR and startup activities and ensures proper documentation and data integrity of function testing, FAT, PSAT, red lines, etc. 
• All other duties as assigned. 

In addition to the responsibilities listed herein, the employee may be required to perform other ad-hoc tasks as needed or directed by the supervisor or management. These tasks will be within the reasonable scope of the employee's skills, capabilities, and role within the organization. The intent of this provision is to allow for flexibility and adaptability in meeting the dynamic needs of the organization, ensuring that operational requirements can be met efficiently. All such tasks will be assigned considering the employee's current workload and with respect to their professional development.

Knowledge/ Qualification/ Training/ Certification: 

• Bachelor’s degree in engineering required.
• Fifteen (15) years or more of relevant experience in refining and petrochemicals facilities.
• P.E. license (preferable in the State of Texas) is required or able to obtain by comity and NCEES license required.
• Site visit experience and working knowledge of measurements for level, flow, pressure, temperature, density and control valves. 
• Must have a broad range of experience in sizing and specifying various types of instruments such as flow, level, pressure, temperature, control valves and regulators, relief devices. 
• Must have experience with flow elements including orifice plates, Coriolis meters, venturi, wedge, Vortex, ultrasonic including proper application.
• Experience with Fire and Gas detection is a plus. 
• Experience with Analyzers is a plus.
• Experience in the following required; DCS, SIS, ICSS and PLC.
• Technical support in the following required; Loops, Complex Loops, Alarm Management, Operator Stations, Engineering Stations, Redundancy Options, Fiber and CAT6 Connections, Local/Remote I/O, Hardwired/Wireless I/O, RIE, Traditional Marshalling, Electronic Marshalling, HART Configurations, Motor Control Relay Templates, MOV Templates, 3^rd Party Serial Connections.
• Documented support in the following required; Block Diagrams, System Architecture, Specifications, Philosophies, MRQ’s and TBE’s.

Must have or develop basic proficiency in the following areas with the ability to develop into a subject matter expert in particular areas:   

• Review and analysis of P&IDs, Data sheets, Loop drawings, termination details, and Cable schedule.
• Sizing, installation and specifications for Control valves and Instruments (FT, PT, TT, Gauges, etc.)
• Experience and understanding of DCS/SIS and F&G systems.
• FAT and SAT Procedures 
• Coordination of multi discipline and team members with Piping, Process and Electrical.
• Knowledge of QA/QC systems for Instrumentation and understanding the global standards (IEC61511, 61508 and ISA 5.1, 5.4 and ATEX, NFPA 70E)

Communication:

• Excellent oral, written, presentation, and interpersonal/rapport building skills necessary to work effectively as a team member, and to plan/coordinate processes for results.  

Behavior/ Core Competencies:

• Strong interpersonal leadership skills are critical due to the requirement for effective communication of complex issues across the organization as well as for mentoring and consensus building. 
• Results oriented and able to drive to technically sound decisions. 
• Strong commitment to safety, a high level of personal integrity, and dedication to conducting business in an ethical way. 
• Exhibits an understanding of business drivers, management of change requirements, project management processes, and construction workflow.

HSSEQ:

The Employee shall observe the Health, Safety, Sustainability, Environment and Quality rules of the Company; it’s clients and the governing authorities of the host country.