AECOM: Mechanical Engineer – MEP – Substation & HVDC — Khavda, GJ, India

About AECOM

AECOM is an infrastructure consulting business whose employer material describes work involving transport, energy, water and the built environment. Its activities bring together planning, design, engineering, scientific work, and programme or construction management. The organisation's described projects concern the physical systems used by communities, from travel and utilities to buildings. Those activities connect technical disciplines with project delivery, supported by digital and business functions around the planning, development and management of infrastructure.

The position and its setting

AECOM lists Mechanical Engineer – MEP – Substation & HVDC in Khavda, GJ, India, under reference REF59462M. The details below separate the work described by the employer from essential conditions, preferred experience and practical preparation advice.

• Employment type: Full-time
• Employer listing date: 3 August 2026
• Legal Entity: AECOM India Private Limited
• Job Family: Mechanical
• Brands: AECOM

Responsibilities and work described

• Job Purpose
• Review: MEP design criteria, design basis reports, calculations, layouts, specifications, equipment data sheets and vendor documents
• Review: HVAC heat-load calculations, equipment sizing, system zoning, redundancy and system configuration
• Review: cooling and ventilation requirements for converter halls, valve halls, GIS halls, control rooms, relay rooms, battery rooms, cable basements, equipment rooms and auxiliary buildings
• Review: chilled-water, direct-expansion, ventilation, exhaust, pressurization, precision-cooling and smoke-extraction systems
• Review: mechanical cooling systems associated with converter valves, transformers, power-electronic equipment and other HVDC equipment
• Verify the reliability, redundancy, maintainability and standby philosophy for critical HVAC and equipment-cooling systems
• Review: pumps, chillers, cooling towers, heat exchangers, air-handling units, fan-coil units, ventilation fans, piping, ducting, insulation, valves, dampers and associated controls
• Review: fire-protection philosophy and mechanical fire-fighting systems, including fire-water storage, fire pumps, hydrants, monitors, sprinklers, water-mist, foam or deluge systems, as applicable
• Verify fire-pump sizing, hydraulic calculations, fire-water network routing, equipment-room protection and statutory fire-safety requirements
• Review: plumbing systems, potable-water supply, domestic-water storage, sanitary fixtures, soil and waste systems and sewage-disposal arrangements
• Review: stormwater drainage, roof drainage, floor drains, trench drainage, oil-water separation and water-disposal systems
• Review: sewage-treatment, water-treatment or packaged utility systems where included in the project scope
• Monitoring: installation of mechanical equipment, piping, ducting, supports, insulation, vibration isolators, dampers, valves and accessories
• Verify compliance of installed systems with approved drawings, specifications, method statements, inspection and test plans and manufacturer recommendations
• Coordination: MEP interfaces with civil, architectural, structural, electrical, control, protection, fire-alarm, BMS, SCADA and equipment packages

Essential requirements and candidate background

• Minimum Qualification and Experience
• Bachelor’s degree in Mechanical Engineering from a recognized institution
• Minimum 8 years of experience in MEP, HVAC and mechanical auxiliary systems for power, industrial or major infrastructure projects
• Experience: EHV substations, GIS buildings, converter halls, valve halls, control buildings, relay rooms or similar critical facilities
• Knowledge: HVAC cooling-load calculations, ventilation, pressurization, smoke-control and indoor environmental requirements
• Experience: fire-water systems, fire pumps, hydrants, sprinklers, water-mist or deluge systems, as applicable
• Knowledge: plumbing, potable-water supply, sanitary systems, stormwater drainage, sewage treatment and water-management systems
• Familiarity: mechanical equipment specifications, piping systems, pumps, heat exchangers, cooling towers, chillers, air-handling units and building-management interfaces
• Knowledge: applicable codes, standards, statutory requirements and testing and commissioning procedures for MEP systems

Location, schedule and contract conditions

• Work arrangement: On-site
• Advertised location: Khavda, GJ, India

Conditions requiring the complete notice

Some passages contain complex or combined conditions that have not been reduced to short eligibility statements here. Read the complete linked notice for those passages, including any alternatives, exceptions or restrictions. The concise facts above should not be treated as the full wording of every condition.

Pay and application dates

A verified salary figure is not established in this article. An online estimate for another Mechanical Engineer – MEP – Substation & HVDC vacancy is not an offer for reference REF59462M; use the employer’s own pay disclosure and recruitment communication.

A closing date is not confirmed in this article. Check the current employer page before submitting: an undated posting can change or be withdrawn.

How to apply to AECOM

Applications follow the official employer page linked below.

Open the official AECOM posting below and match the title and reference REF59462M.

Compare your qualifications and experience with the essential conditions for the Khavda, GJ, India position, then read the preferred criteria separately.

Prepare an accurate CV and the supporting items requested in that employer’s application. Provide only information and documents you are authorised to share.

Use the employer’s application option, complete the required fields and review the submission. Retain the acknowledgement when one is provided. Job Alerts World does not receive the application.

Practical preparation: embedded systems

Embedded-system experience should identify the device or subsystem and the constraints involved. Explain the hardware and software boundary, the tools used to investigate behaviour and the part of the implementation you owned.

Relevant skills

• ISO
• embedded systems
• maintenance
• compliance
• training
• reservations
• transmission infrastructure
• hydrology
• mechanical engineering