Senior District Cooling Energy Optimization Specialist

Location: United Arab Emirates (Remote)

Employment Type: Full-Time

Work Arrangement: 100% Remote — Work From Home

Level: Senior

We are seeking an experienced Senior District Cooling Energy Optimization Specialist to provide remote engineering analysis and performance optimisation support for district cooling networks and central cooling plants. The role focuses on evaluating energy consumption, analysing cooling system performance, identifying operational inefficiencies, and developing recommendations to improve plant efficiency, reliability, and cost effectiveness.

The successful candidate will work with plant performance data, building management systems, energy meters, chilled water network records, equipment operating trends, and engineering documentation. This is a fully remote technical analysis and advisory position. Physical plant inspections, equipment operation, maintenance, instrumentation installation, mechanical adjustments, field measurements, and emergency response must be undertaken by qualified local personnel.

• Analyse district cooling plant performance using available operational and energy consumption datasets.
• Monitor key performance indicators, including plant efficiency, kW/RT, coefficient of performance, cooling output, and auxiliary energy consumption.
• Evaluate chilled water supply and return temperatures, temperature differentials, flow rates, and network performance.
• Review operating data for chillers, cooling towers, pumps, heat exchangers, and associated cooling equipment.
• Identify energy losses, inefficient operating patterns, excessive pumping loads, and opportunities for system optimisation.
• Assess plant performance under varying cooling demand, ambient conditions, and seasonal operating requirements.
• Analyse chilled water distribution data to identify potential hydraulic inefficiencies and network performance issues.
• Review equipment loading, sequencing strategies, operating schedules, and available control-system trends.
• Develop energy performance dashboards, analytical models, and optimisation reports.
• Evaluate the potential impact of proposed operational changes using historical data and engineering calculations.
• Review energy audits, equipment performance reports, maintenance records, and technical documentation.
• Support demand forecasting and cooling load analysis for district cooling networks.
• Identify abnormal energy consumption patterns and recommend further technical investigation.
• Provide remote engineering recommendations for improving chiller sequencing, pump efficiency, cooling tower performance, and system temperature control.
• Coordinate with plant operators, facilities managers, energy engineers, and maintenance teams to evaluate optimisation opportunities.
• Support measurement and verification activities for energy-saving initiatives.
• Monitor the performance of implemented recommendations using approved operational data.
• Prepare technical reports, management presentations, and energy efficiency improvement plans.
• Contribute to continuous improvement initiatives involving operational efficiency, energy conservation, and sustainability.

• Bachelor's degree in Mechanical Engineering, Energy Engineering, Building Services Engineering, or a related discipline.
• Significant experience in district cooling systems, central utility plants, HVAC engineering, or energy optimisation.
• Strong understanding of chilled water systems, refrigeration cycles, heat transfer, and cooling plant operations.
• Experience analysing chiller performance, cooling tower efficiency, pump energy consumption, and chilled water distribution.
• Knowledge of district cooling performance indicators, including kW/RT, coefficient of performance, and system temperature differential.
• Familiarity with building management systems, supervisory control and data acquisition platforms, and energy monitoring systems.
• Proficiency in Microsoft Excel and engineering data analysis or visualisation tools.
• Experience developing energy models, performance dashboards, and technical optimisation reports.
• Understanding of hydraulic principles, cooling load profiles, equipment sequencing, and system operating strategies.
• Familiarity with relevant HVAC, energy efficiency, and district cooling engineering standards.
• Strong analytical and problem-solving capabilities.
• Excellent technical writing and stakeholder communication skills.
• Ability to interpret engineering drawings, equipment specifications, system diagrams, and operating documentation.
• Ability to work independently and coordinate effectively with geographically distributed technical teams.

• A 100% remote, work-from-home opportunity within the UAE employment context.
• Opportunities to contribute to energy efficiency and sustainable district cooling operations.
• Exposure to advanced cooling technologies and large-scale thermal utility systems.
• Collaboration with multidisciplinary engineering, operations, and energy management teams.
• Professional development in HVAC optimisation, energy analytics, and district cooling performance management.

Submit your CV and a brief cover letter outlining your district cooling or HVAC engineering experience, energy optimisation expertise, relevant qualifications, and examples of efficiency improvements or performance analysis projects you have supported.

Application Subject: Application – Senior District Cooling Energy Optimization Specialist (UAE Remote)

Candidates should confirm applicable employment arrangements, residency requirements, and work authorization before accepting an offer.

Remote-work scope: This position is limited to remote engineering analysis, operational data review, energy performance monitoring, optimisation modelling, and technical recommendations. Physical plant inspections, equipment operation, mechanical adjustments, maintenance, instrumentation installation, field measurements, and emergency response must be performed by qualified local personnel. Live control-system changes, equipment start/stop decisions, operational overrides, statutory inspections, engineering certifications, and formal safety or regulatory sign-offs must be undertaken by appropriately qualified and authorised professionals. This remote role does not replace local plant operators, maintenance teams, or legally required engineering oversight.