Mechanical Engineer

Sean Andrew Engineering Services; Cebu City; On-site; PHP 350,000 - 550,000; Full time

Job summary

Sean Andrew Engineering Services is seeking a hands-on Mechanical Engineer to lead day-to-day mechanical setups, piping systems, and equipment positioning on construction projects.

You will ensure fabrications follow structural plans, collaborate with structural, civil, and electrical teams, and drive on-site quality control, schedules, and timely reporting to the main office.

Qualifications

• Bachelor's Degree in Mechanical Engineering.
• 2–3 years of proven mechanical works experience in construction or heavy industrial setups.
• Licensed Mechanical Engineer is a plus.
• Strong AutoCAD proficiency for plan revisions.
• Proficient in MS Project or equivalent scheduling software.
• Excellent communication and field problem-solving under fast-paced site pressures.

Responsibilities

• Lead and monitor the day-to-day operations of mechanical setups, specialized piping systems, and major equipment positioning.
• Ensure all mechanical fabrications and installations comply with approved structural plans, technical blueprints, and engineering standards.
• Coordinate directly with structural, civil, and electrical teams to integrate mechanical layouts seamlessly into the overall site development.
• Conduct strict mechanical quality control inspections to detect structural errors, pipe leaks, or layout misalignments early.
• Manage, inventory, and inspect all incoming mechanical equipment, heavy machinery, and installation materials deployed on-site.
• Troubleshoot mechanical operational issues proactively, minimizing downtime and structural delays.
• Create, manage, and update comprehensive project look-ahead schedules specifically for mechanical workflows.
• Utilize MS Project and Gantt Charting to monitor actual timelines against target deadlines.
• Submit regular operational progress reports and material updates to the Main Office in Antipolo City.

Skills

Strong communication

Problem solving

Field problem-solving

Education

Bachelor's Degree in Mechanical Engineering

Licensed/Registered Mechanical Engineer

Tools

AutoCAD

MS Project

Job description

About the role

Lead and monitor the day-to-day operations of mechanical setups, specialized piping systems, and major equipment positioning. Ensure all mechanical fabrications and installations comply with approved structural plans, technical blueprints, and engineering standards.

Key responsibilities

• Lead and monitor the day-to-day operations of mechanical setups, specialized piping systems, and major equipment positioning
• Ensure all mechanical fabrications and installations comply with approved structural plans, technical blueprints, and engineering standards
• Coordinate directly with structural, civil, and electrical teams to integrate mechanical layouts seamlessly into the overall site development
• Conduct strict mechanical quality control inspections to detect structural errors, pipe leaks, or layout misalignments early
• Manage, inventory, and inspect all incoming mechanical equipment, heavy machinery, and installation materials deployed on-site
• Troubleshoot mechanical operational issues proactively, minimizing downtime and structural delays
• Create, manage, and update comprehensive project look-ahead schedules specifically for mechanical workflows
• Utilize MS Project and Gantt Charting to monitor actual timelines against target deadlines
• Submit regular operational progress reports and material updates to the Main Office in Antipolo City

About you

• Bachelor's Degree in Mechanical Engineering
• Registered/Licensed Mechanical Engineer is an advantage
• Minimum of 2-3 years of proven experience managing mechanical works within construction, real estate development, or heavy industrial setups
• Highly proficient in AutoCAD for plan revisions
• Proficient in MS Project or standard scheduling software for operational timelines
• Exceptionally articulate with strong professional communication skills
• Proactive in field problem-solving under fast-paced site pressures