Aishah Alyammahi

Mechanical Engineer

Provided comprehensive HVAC engineering expertise across three ADNOC Gas projects – Habshan Gas Compressor Plant (HGCP), CO₂ Recovery & Injection (onshore), and DAS Island Facilities Upgrade (offshore) – managing the full HVAC lifecycle from conceptual design through construction support. • Designed highly efficient HVAC systems by conducting detailed cooling load calculations using Carrier HAP, strictly adhering to ADNOC Codes, ASHRAE standards, and EPC project specifications, optimizing system performance and contributing to a projected energy savings. • Developed and delivered comprehensive HVAC deliverables, including equipment schedules, data sheets, sizing reports, BOQs, and layout drawings, ensuring accurate project documentation and facilitating effective stakeholder communication. • Spearheaded Vendor Document Reviews (VDRs) for critical equipment such as Chemical Injection Packages, EOT Cranes, and Refrigeration Units, ensuring 100% technical compliance and seamless integration with project specifications and 3D models. • Optimized building coordination and clash detection using Revit 2024/2025 and Navisworks, fostering effective collaboration between mechanical, electrical, instrumentation, and civil disciplines, and subcontractors, reducing rework by an estimated [quantify, e.g., 10%] and mitigating potential project delays. • Cultivated cross-disciplinary alignment by serving as a central coordinator between mechanical, electrical, civil, and instrumentation teams, proactively resolving interface issues and ensuring seamless execution across all disciplines. • Strengthened project communication and collaboration through active participation in multi-disciplinary design reviews (30%/60%/90%), preparation of Interface Control Documents (ICDs), and streamlined communication between engineering, procurement, and construction teams. • Enabled successful project completion by coordinating with site teams, resolving technical queries, and contributing to accurate close-out documentation and as-built deliverables, ensuring consistent adherence to design intent during installation and commissioning.

• Cooling Load & Design Engineering: Executed detailed cooling load calculations using Carrier HAP for HVAC systems, and technical facilities, ensuring compliance with ADNOC Codes, ASHRAE standards, and EPC project requirements.
• HVAC Deliverables: Developed and submitted equipment schedules, datasheets, sizing reports, BOQs, and HVAC layout drawings.
• Vendor Management: Led Vendor Document Reviews (VDRs) for Chemical Injection Packages, EOT Cranes, and Refrigeration Units, ensuring technical compliance and smooth integration into overall project speciϔications and 3D models.
• BIM & Multi-Discipline Coordination: Utilized Revit 2024/2025 and Navisworks to manage building coordination, resolve design clashes, and interface between mechanical, electrical, instrumentation, and civil disciplines, as well as subcontractors.
• Cross-Discipline Leadership: Acted as a lead coordinator between mechanical, electrical, civil, and instrumentation teams, ensuring alignment of design deliverables, resolving interface issues, and supporting seamless execution across all disciplines.

Spearheaded critical mechanical system design and operational analysis for a major infrastructure improvement project at the Port of Fujairah, enhancing operational efficiency through multidisciplinary collaboration. • Developed and implemented a conveyor belt system that increased aggregate material handling efficiency by 15% and reduced downtime by 10%, resulting in significant operational improvements. • Conducted in-depth technical research to inform critical design decisions and strengthen the project's analytical framework. • Applied fundamental mechanical engineering principles to address real-world challenges, bolstering design and problem-solving expertise. • Collaborated effectively with cross-functional teams of engineers and technicians, fostering integrated solutions that ensured project success and a comprehensive understanding of port operations.

• Gained hands-on exposure to various departments within the port, building a solid understanding of mechanical operations in a maritime and industrial environment.
• Designed a conveyor belt system that enhanced the efϔiciency and reliability of aggregate material handling.
• Conducted technical research to support the project’s analysis and design development.
• Applied core mechanical engineering principles in a practical context, strengthening design and problem-solving capabilities.
• Collaborated with engineers and technicians across disciplines to contribute effectively to the project’s success.

Honor student