Continued with the same key responsibilities of the mechanical design engineer shown below in addition to:> Enforcing an integrated design system, for optimal coordination amongst all systems.> Overseeing projects from initial stages to completion, ensuring deliverable accuracy and quality bestpractices.> Supervising MEP engineer teams throughout all project stages, offering guidance and training when required.> Devising innovative engineering solutions to project challenges.> Meeting and coordinating with project stakeholders to ensure milestone delivery. Preparing BIM drawings, sheets, specifications, and spreadsheets.ACHIEVEMENTShowcased my expansive project management strengths, working on 50+ projects, from single residential villas to schools, hospitals, malls, palaces, hotels, and high-rise towers, implementing innovative, energy efficient solutions in many. Some of these innovations are highlighted in the Key Projects below:-------MASDAR Visitor Center | Public Infrastructure(MEP BIM coordination of formerly UAE Pavilion in Milan Expo 2015 and relocated to Masdar City)> Oversaw project with emphasis on HVAC and BIM planning process, leading to LEED platinum and estidama 3 pearl rating award and certification for LEED Platinum in adherence to UAE codes/standards and climatic factors. > Ensured effectual equipment/design element integration within solid framework. > Improved space in plant rooms and false ceiling spaces via redesigning and developed cost/energy-effective solutions. -------Burjeel Hospital, Al Reem Island(HVAC designs converting mall into 5-star day-care medical facility)> Performed HVAC design process of medical facility in accordance with HAAD authorities. > Adapted retail ventilation system to ASHRAE 170 criteria for healthcare ventilation, managing infection and pressure-sensitive applications. > Saved leasable space of facility.

> Conducted building-code-aligned load calculations, ensuring accuracy and adaptability.> Designed and commissioned smart and other solutions, founded on cost viability and energy efficiency. > Delivered design solutions/alternatives to meet specific sites/buildings, including future utilization forecasts. Consulted with key stakeholders (e.g. on-site contractors) on appropriate plans, standards and capabilities.

- Mapped out whole plant’s end-to-end manufacturing processes via both observation and consultation.- Developed SOPs for 50+ machines, using graphics and technical translations to ensure comprehension.- Improving old/existing machinery via innovative designs that better ensured both safety and proficiency.- Analyzed and redesigned existing workstations to better align with core industry standards/specifications.- Built strong relationships with various stakeholders, from senior management to on-the-floor operators.- Integrated best-practice disciplines (e.g. LEAN) into plant manufacturing, via on-boarding of key parties.

www.rmitracing.com.auRMIT Racing is a volunteer university team which involves grouping up with a team of engineering students of all fields and designing and building a formula 4 car from scratch over the time span of a full university year, then racing and competing against other universities in a major international competition.My efforts in 2012 were based on understanding the gearbox and designing and building a gear shifting system. In 2013 I'm basing my time on learning and applying my understanding of Composites to the carbon-fibre chassis of the vehicle. RMIT Racing gets its sponsors from many major companies such as Sidchrome, Holden, Toyota, RMIT University, and many others.If you are interested in learning more about us please visit our website above.

• Defining main concepts of mechanical systems design.• Space allocation of major equipment.• Coordination with the Architect. • Drawing system design schematics.