Senior Resident C&S Engineer - Deep Basement Projects

meinhardt (singapore) pte ltd; Singapore; On-site; SGD 120,000 - 180,000; Full time

Job summary

Meinhardt (Singapore) Pte Ltd invites a seasoned civil/structural professional to lead on-site supervision as Resident Engineer for a major institutional development at Tengah.

You will manage a team, coordinate contractors, ensure compliance with drawings, permits, and safety, and start by March 2027. The contract is for 3-4 years, with emphasis on deep basement techniques and proximity to MRT structures.

Qualifications

• Bachelor/degree in Civil or Structural Engineering acceptable for PE registration.
• Minimum 15 years' post-graduate experience supervising building projects.
• Conversant with Building Contract Act and Regulations; manage contracts and site records.
• Extensive experience in deep basement construction, top-down methods, bored piles and diaphragm walls.
• Experience near MRT structures or sensitive utilities is advantageous.
• Able to start by Mar 2027.

Responsibilities

• Overall supervision of RTO team and daily C&S inspections.
• Coordinate work of multiple contractors on site.
• Agree detailed work programmes and site plans.
• Ensure drawings, instructions, permits are provided per plan.
• Check materials, ensure safety and keep the site secure.
• Review line/level, structure layouts, and reinforcement sizes.
• Rectify faulty workmanship and ensure design intent is followed.

Skills

Site supervision

Contract administration

Safety compliance

Team leadership

Construction program planning

Drawings & specifications

Education

Civil/Structural Engineering degree

Job description

Meinhardt (Singapore) Pte Ltd invites a seasoned civil/structural professional to lead on-site supervision as Resident Engineer for a major institutional development at Tengah.

You will manage a team, coordinate contractors, ensure compliance with drawings, permits, and safety, and start by March 2027. The contract is for 3-4 years, with emphasis on deep basement techniques and proximity to MRT structures.