Building Services Design Engineer — High-Rise & Efficient

IRTH; Dubai; On-site; AED 134,000 - 268,000; Full time

Benefits offered by this job

Private Health Insurance

Performance Bonus

Annual air ticket allowance

Job summary

IRTH Group is seeking a Mechanical Design Engineer specializing in building services for high-rise residential and commercial towers in Dubai. You will work with a team to develop projects through clear strategy and proactive commitment.

Responsibilities include design calculations, reviewing HVAC and plumbing systems, ensuring energy-efficient criteria, and proposing viable design solutions within budget while coordinating with architects, structural engineers, and site teams.

Qualifications

• Bachelor’s in building services / mechanical engineering.
• Chartered membership in a recognized professional body (e.g. CIBSE, ASHRAE).
• Minimum of 4 years’ experience in Middle East.

Responsibilities

• Perform design calculations for optimization and compliance of applicable standards and codes.
• Efficient review of mechanical systems design (HVAC, Fire Fighting, Drainage, Water, LPG).
• Ensure proposed designs follow latest energy efficient design criteria.
• Propose alternative design solutions to render projects viable within budget.
• Provide technical assistance to departments, liaise with Architects, Structural engineers, and conduct site visits as needed.

Skills

Communication

Teamwork

Problem-solving

Attention to detail

Critical thinking

Buildability knowledge

Education

Bachelor's in Building Services / Mechanical Engineering

Chartered member of an internationally recognized professional body

Tools

IES

HAP

Hevacomp

AutoCAD

Job description

IRTH Group is seeking a Mechanical Design Engineer specializing in building services for high-rise residential and commercial towers in Dubai. You will work with a team to develop projects through clear strategy and proactive commitment.

Responsibilities include design calculations, reviewing HVAC and plumbing systems, ensuring energy-efficient criteria, and proposing viable design solutions within budget while coordinating with architects, structural engineers, and site teams.