Graduate Instrumentation and Control Engineer

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Develop a solid understanding of I&C engineering fundamentals by supporting design activities such as instrument selection, sizing, datasheets, and control philosophy preparation.

Enhance proficiency in industry‑standard tools such as SPI (INtools), AutoCAD, PLC/DCS configuration basics, and loop diagram development.

Assist in creating and reviewing I&C documentation including hook‑up drawings, cable schedules, instrument indexes, cause & effect diagrams, and I/O lists.

Support interdisciplinary coordination with Process, Mechanical, Electrical, and Piping teams to ensure I&C requirements are fully integrated into project deliverables.

Participate in field activities such as site surveys, instrument inspections, loop checks, and commissioning support to gain practical experience.

Learn and apply relevant standards and codes such as ISA, IEC, NEC, and API to ensure compliance and technical accuracy in design tasks.

Contribute to control system studies by supporting alarm rationalization, SIL assessments, and basic control logic development under mentor guidance.

Invest in continuous development by completing I&C training modules (control systems, instrumentation basics, safety systems) and actively seeking feedback to improve.

Bachelor’s degree in Instrumentation & Control Engineering, Electrical Engineering, Electronics Engineering, or related discipline from an accredited university.

Basic understanding of instrumentation principles, sensors, control systems, PLCs, DCS, and automation concepts.

Familiarity with key industry standards such as ISA, IEC, NEC, and API (basic level acceptable at graduate stage).

Ability to read and interpret engineering drawings, including P&IDs, loop diagrams, wiring diagrams, and control narratives.

Exposure to engineering software such as SPI/INtools, AutoCAD, and basic PLC/DCS simulation tools (advantageous).