Ejaz Niaz

Design and deliver mechanical systems for Tier I-IV data center projects, including hot aisle and cold aisle containment and data center security caging solutions.

Develop AutoCAD and SolidWorks drawings, layouts, and detailed design packages in compliance with client specifications, industry standards, and local regulations.

Coordinate with electrical, architectural, and installation teams to ensure seamless MEP integration and clash-free design execution.

Prepare and review mechanical piping layouts, support electrical circuit coordination, and ensure constructability across multi-tier data center facilities.

Support hyperscale and colocation clients including Equinix, Khazna, Telehouse, Amazon, HPE, BT, and Pure DC across UAE and UK projects.

Conduct design reviews, technical clarifications, and value engineering to optimize performance, safety, and cost efficiency.

Ensure designs align with operational efficiency, thermal management, and compliance requirements for high-density environments (200kW-500kW).

Collaborate with cross-functional stakeholders to ensure on-time delivery of projects with combined values exceeding USD 10M+.

Provide engineering support during fabrication, installation, and commissioning stages to resolve site issues and maintain design intent.

Designed and engineered retail fixtures and display systems for international brands including Adidas, Nike, PUMA, Reebok, Skechers, Umbro, Anta, and Pierre Cardin.

Developed detailed 2D and 3D mechanical designs using AutoCAD and SolidWorks for gondolas, wall-mounted displays, shelving systems, LED units, footwear panels, and ceiling fixtures.

Translated client concepts and branding requirements into manufacturing-ready drawings and technical specifications.

Coordinated with production, fabrication, and installation teams to ensure design feasibility, accuracy, and timely execution.

Prepared shop drawings, cutting lists, and fabrication details in compliance with project specifications and quality standards.

Managed design revisions and client feedback, ensuring alignment with cost, schedule, and functional requirements.

Provided end-to-end design support from concept development through fabrication and site installation.

Ensured adherence to quality, safety, and material standards during design and production phases.

Supported project planning and scheduling to meet tight retail rollout deadlines across multiple locations.

Assisted management with technical presentations, cost optimization, and value engineering to improve project efficiency.

Developed 2D and 3D CAD models for molds, dies, and mechanical components using AutoCAD and SolidWorks in accordance with production and client requirements.

Generated CAM programs and CNC toolpaths using PowerMill and Aspire Pro to support accurate and efficient machining operations.

Prepared G-code and machining strategies for milling, engraving, embossing, and debossing applications.

Coordinated with production and machining teams to ensure designs were optimized for manufacturability and cycle-time efficiency.

Conducted design modifications and revisions based on tooling feedback, material behavior, and machining constraints.

Supported prototype development and trial runs, ensuring dimensional accuracy and surface finish quality.

Assisted in mold and die design for rubber, silicone, and industrial components.

Maintained technical documentation, CNC files, and revision control for production traceability.

Ensured compliance with quality standards and safety procedures during design-to-production handover.

Collaborated with management and sales teams to provide technical input for client demonstrations and product development.

Developed 3D models and detailed drawings for industrial and heavy-duty military components using SolidWorks and AutoCAD.

Designed casting patterns, core boxes, and gating systems for ferrous and non-ferrous casting processes.

Performed casting simulations and defect analysis using SolidCast to minimize shrinkage, porosity, and misruns.

Supported design and development of military-grade components, including parts for tanks and heavy machinery.

Assisted in the design and modification of tractor and agricultural equipment components.

Coordinated with foundry, production, and quality teams to ensure manufacturability and adherence to specifications.

Prepared engineering documentation, BOMs, and technical reports to support production and inspection processes.

Conducted design reviews and troubleshooting to improve casting quality and reduce rework.

Supported prototype development and trial castings, ensuring dimensional accuracy and material compliance.

Gained hands-on exposure to foundry operations, machining processes, and quality control procedures.