Principal Engineer ICSS - Instrument

Design

& Engineering Execution

• ·Leads the engineering design of ICSS systems including DCS, SIS, FGS.
• ·Executes design for complex
• control and safeguarding systems across all units.
• ·Ensures technical
• compatibility and integration of all ICSS interfaces.
• ·Designs and supports
• instrumentation and control for packaged equipment.
• ·Ensures ICSS architecture, infrastructure,
• protocols, and control strategies meet project requirements.
• ·Prepares and updates ICSS
• specifications and drawings.
• ·Reviews and approves
• engineering documents such as: ICSS design philosophy, specifications,
• architecture, and system configuration, Process Control Narratives, Cause &
• Effect Diagrams, Sequence & Logic Diagrams, Safety Requirement
• Specifications (SRS), SIL Verification Procedures & Reports, Alarm
• Management strategies and Graphic Display sketches, Instrument Index, I/O
• lists, and Instrument Wiring/Connection Diagrams, Instrument Building/Room Layouts and Cabinet
• Layouts, Design inputs to ICSS vendors and inquiry packages including
• requisitions

Interface

& Communication

• ·Coordinates with internal
• disciplines (Electrical, Building, HSE, Piping, Painting, Civil, Insulation).
• ·Interfaces with clients,
• vendors, and engineering subcontractors.
• ·Aligns design interfaces
• with internal teams (field instruments, analyzers, construction design).
• ·Prepares, checks, and
• approves technical bid evaluation reports.
• ·Prepares technical
• correspondence and queries to clients.

Documentation

& Review

• ·Reviews vendor documents
• and provides approvals.
• ·Attends meetings related to
• ICSS design and project coordination.
• ·Participates in HAZOP and
• SIL classification meetings.

Testing

& Site Work

·Leads Factory Acceptance

• Tests (FAT) at vendor facilities.
• ·Plans and executes Site
• Acceptance Tests (SAT) and pre-commissioning activities.
• ·Performs field engineering
• work at construction sites or module fabrication yards.
• ·Conducts sequence and logic
• testing during commissioning.

Leadership

& Coordination

• ·Reports to the
• Instrumentation and Control (I&C) Lead Engineer.
• ·Coordinates with the
• I&C Lead Engineer for resource planning and progress tracking.
• ·Manages engineering
• subcontractors and ensures alignment with project requirements.
• ·Responsible for manpower
• planning and execution man-hours under his control.
• ·Ensures engineering
• deliverables are completed as per schedule and project milestones.
• ·Acts as the primary
• technical focal point for correspondence between client and JGC as well as
• vendors and JGC.
• ·Resolves technical issues
• between JGC and client related to ICSS design.
• ·Manages project changes and
• ensures their effective implementation in ICSS design.

Reporting & Monitoring

• ·Responsible for progress
• reporting against Level 3 schedule.
• ·Monitors overall progress
• of system design activities to meet milestone schedules.
• ·Ensures that progress
• supports overall project scope and timeline

Other Duties

·Performs other necessary

tasks as requested or instructed by supervisors.

Requirements

Bachelor's

• Degree (as minimum) in Instrumentation / Electronics/ Electronic &
• Communications or similar categories from a recognized university.
• 15 years of relevant experience in ICSS engineering within the Oil & Gas
• EPC industry.
• ·Experience in detailed design and execution of ICSS
• (DCS, SIS, FGS, PLCs).
• ·Familiarity with international standards such as
• IEC, ISA, API, and other applicable codes.
• ·Exposure to major ICSS platforms such as Honeywell,
• Yokogawa, Emerson, ABB, or equivalent.
• ·Participation in FAT, SAT, and site engineering
• activities.

Experience

in vendor coordination and technical documentation

Technical Expertise

• ·In-depth knowledge of ICSS
• systems including DCS, SIS, FGS, and PLCs.
• ·Strong understanding of
• control system architecture, network protocols, and system integration.
• ·Proficiency in developing
• and reviewing control philosophies, logic diagrams, cause & effect
• diagrams, and alarm management strategies.
• ·Proficiency in Safety
• Instrumented Systems (SIS) and SIL verification procedures.
• ·Familiarity with
• instrumentation and control for packaged equipment and complex process units.

Cybersecurity & Functional Safety

• ·Awareness of cybersecurity
• principles and standards applicable to industrial control systems (e.g., IEC
• 62443).
• ·Understanding of functional
• safety lifecycle in accordance with IEC 61511.
• ·Preferred: Certification in
• Functional Safety issued by TÜV or Exida.
• ·Preferred: Certification in
• Cyber Security (TÜV, Exida or ISA).

Software Proficiency

• ·Skilled in engineering
• tools such as Smart Plant Instrumentation (SPI/INtools), AutoCAD, and Microsoft
• Office Suite (Word, Excel, PowerPoint).
• ·Experience with ICSS vendor
• tools and configuration platforms (e.g., Honeywell EPKS, Yokogawa CENTUM,
• Emerson DeltaV, ABB 800xA).

Project & Communication Skills

• ·Ability to prepare and
• review technical documentation, correspondence, and business letters.
• ·Skilled in technical bid
• evaluations, vendor document reviews, and interface coordination.
• ·Strong analytical and
• problem-solving skills with attention to detail.
• ·Capable of managing
• FAT/SAT, site coordination, and pre-commissioning activities.

Leadership & Interpersonal Skills

• ·Contributes to the
• mentoring and training of junior engineers within the department.
• ·Provides direct supervision
• and checking of work by junior staff when required.
• ·Demonstrates mutual trust
• and respect in all working relationships.
• ·Values diversity,
• encourages cooperation, and promotes teamwork.
• ·Commits to open, transparent, and effective two-way communication.

Special Requirements

• Willingness to travel overseas for long-term assignments, which may
• include:
• ·Working at JGC Headquarters
• in Yokohama, Japan.
• ·Visiting ICSS vendor
• premises for Factory Acceptance Tests (FAT).
• ·Deployment to construction
• sites or module fabrication yards.
• ·Duration of such
• assignments may extend to 6 months, 1 year, or longer, depending on project
• needs.
• ·Flexibility to relocate or
• work in multi-cultural environments across different geographies.
• ·Ability to adapt to site
• conditions, including remote or offshore locations.
• ·Willingness for the
• contribution to the departmental activities such as department guideline
• preparation, lessons and learnt preparation and participation and organizing training
• session for the members in department.

Benefits

• Covered under life insurance
• Covered under group medical insurance (Self, Spouse, Children & Parents)
• Lucrative job offer