Abu Waquase

Led the design and engineering of HVAC, BMS, and fire protection/detection systems for the Sabiya CCGT-2 Project.

Achieved a cost optimization of USD 1.5 million for the Sabiya CCGT-2 Project through precise and efficient system design, maintaining full compliance and performance standards without compromising quality.

Achieved financial targets through diligent budgeting, forecasting, and expense control measures.

Designed a Turbine Intake Air Chilling System to enhance turbine performance, resulting in a minimum 10% increase in power output. Conducted comprehensive cost analysis and budget estimation aligned with both CAPEX and OPEX, contributing to overall cost optimization and increased revenue generation.

Conducted budgeting and cost estimation for HVAC, firefighting, and plant utility systems across various large-scale projects.

Oversaw the design of fire protection systems, including sprinklers, fire suppression systems, fire alarms, emergency ventilation, and smoke control.

Ensured compliance with local building codes, ASHRAE standards (for HVAC), and NFPA standards (for firefighting), as well as applicable environmental regulations.

Led the design and engineering of compressed air systems for power plants, meeting both instrument air and service air requirements.

Developed and managed project schedules, ensured timely execution of design and installation phases, and resolved issues to prevent delays.

Ensured strict adherence to safety regulations and engineering standards across HVAC, BMS, firefighting, and plant utility systems.

Managed systems including cranes and hoists, pressure vessels, and CSRL pipes during the initial and bid stages of multiple projects.

Designed and engineered:

Compressed air systems, demineralized water system, service water system for emergency power plant of capacity 200 MW.

Gas conditioning and metering skids for a 200MW Emergency Gas Turbine Power Plant (GE LM6000 and LM2500 Express)

Cooling water systems for TEWAC, lube oil cooling, and MLO tanks for the same turbines.

A Turbine Intake Air Chilling System to enhance turbine performance, along with comprehensive cost analysis and budget estimation.

• Led Complete MEP of Oil & Gas Project "Construction of Workshop Hangar for Road & Support Team". (Kuwait Oil Company).
• Led Complete MEP of Oil & Gas Project "Enhancement & Extension of Hanger in Main Warehouse Yard-1 & Yard-2".(Kuwait Oil Company)
• Led Complete MEP of Project "EPCC Contractor Camp". (Jereh Oil & Gas Engineering Corporation).
• Achieved a cost optimization of USD 1.27 million for the above projects through precise and efficient system design, maintaining full compliance and performance standards without compromising quality.
• Collaborated with department personnel to coordinate multifaceted solutions to emerging problems.
• Implemented strong control and evaluation procedures to maximize departments' work quality.
• Improved department operations by capturing numerous opportunities to streamline processes and reduce waste.
• Communicated with managers of other departments to maintain transparency.
• Evaluated suppliers to maintain cost controls and improve operations.

• Implemented process improvement to shape organizational culture, optimize procedures for higher efficiency and help company evolve and grow.
• Prepared annual budgets with controls to prevent overages.
• Worked in matrix management environment with oversight of division level managers, operations, sales, finance, human resources, safety and compliance.
• Built and reviewed master service agreements to simplify and streamline contract negotiation process.
• Advanced productivity KPIs to achieve key business goals and objectives.
• Partnered with vendors and suppliers to effectively manage and budget.
• Identified procedure or process changes required to improve performance and productivity.

• Performed all operations activities of plant hvac system in various projects incorporating bms and firefighting system with reducing carbon footprint.
• Attended project planning meetings to coordinate mechanical system designs with structural and architecture teams, mitigate design conflicts and coordinate delivery timelines.
• Achieved a cost optimization of USD 2.17 million from the project Sabiya Stage-3 750 MW for Ministry of Electricity and Water Kuwait through precise and efficient system design of HVAC & BMS sytem, maintaining full compliance and performance standards without compromising quality.
• Tendering & cost analysis of hvac and bms system for various projects of power plants, oil & gas, health facilities, commercial buildings, malls etc., of around 60,000 ton of refrigeration.
• Communicated project requirements and areas for improvement in design review meetings including cost optimization.
• Handled various mep packages of 2 construction projects from beginning to end, focusing on timelines, budgets,start-up, commissioning, operations & maintenance.
• Designed budgets and cost estimates for projects with speed and accuracy while working closely with clients, drafters and employees to determine best courses of action.
• Performed pre-construction, quality and safety management, as well as constructability review, start-up and commissioning.
• Suggested cost saving proposals on make-versus-purchasing and procurement analysis.
• Specified system components and directed system modifications to comply with engineering design and performance specifications.
• Reviewed technical drawings developed by CAD drafters.
• Implemented testing & balancing work of plant hvac system in 2 projects.
• Applied technical troubleshooting and preventive maintenance schedule to create quality HVAC and air control solutions.
• Maintained client satisfaction throughout the project handover.
• Handled Supply, Installation, Testing & Commissioning of HVAC system for Sabiya-OCGT-08 500 MW and Sabiya-OCGT-24 500 for Ministry of Electricity and Water (Kuwait)

• Retro-fitting and installed split systems and chillers of various brands LG, General and Voltas.
• Planned 17 hvac projects from beginning to end, focusing on timelines, budgets and mechanical feasibility.
• Compiled operational, performance and safety data on HVAC and support systems.
• Prepared reports and studies to resolve open technical issues.
• Drafted system and equipment designs using CAD software.
• Designed HVAC systems and specified components for successful installation and operation.
• Delivered products performance presentation to clients.
• Coordinated with engineering group and other disciplines to develop new system designs.
• Conducted safety analyses and hazard evaluations for systems.
• Promoted positive solutions for preventive maintenance, equipment repair and component fabrication to match specifications.
• Incorporated solutions that met various project challenges and adhered to environmental, packaging and vibration requirements.
• Specified system components and directed product modifications to comply with engineering design and performance specifications.
• Developed instrument diagrams, formal calculations and equipment datasheets.
• Helped maintenance and building engineers make accurate assessments and repair plans for HVAC systems.

• Assisted with coordination of new equipment
  installation and implementation of around 600
  TR.
• Designed and coordinated engineering tests
  and experiments.
• Monitored projects to determine areas and
  processes needing improvement.
• Evaluated quality control processes and made
  recommendations for improvements in quality
  control.
• Assessed scope and requirements to assist with
  project design determinations.
• Generated cost estimates for inclusion in
  proposed capital and expense budgets