Karāchi, Sindh, Pakistan
As the Deputy Director Mechanical Systems Engineer (MSE) at Pakistan Navy, the nation’s premier defense organization, I bring over 14 years of expertise in the design, development, and management of multi-million-dollar projects. My responsibilities have included leading teams for the main propulsion systems, auxiliary systems, and HVAC systems, delivering high-impact solutions critical to operational success. I am a licensed Professional Mechanical Engineer with a master’s degree in Mechanical Engineering and have undergone specialized training in mechanical systems design from leading institutions in Turkey and China. My professional mission is to develop innovative, techno-commercial solutions that are both technically advanced and financially optimized. I am passionate about designing cutting-edge systems that drive progress in the shipping, construction, and mechanical industries. My role involves leading a team in the end-to-end design and implementation of mechanical systems, including the selection of machinery and equipment through rigorous technical comparative analyses aligned with various OEMs and brands. Additionally, I have extensive experience in project tracking and technical reporting to key stakeholders, including the Strategic Planning Division, National Development Complex, Pakistan Atomic Energy Commission, and Pakistan Army. My work reflects a commitment to excellence and a vision for advancing the mechanical engineering landscape in the defense sector and beyond.
• Planning/ Scheduling and Monitored progress of mechanical system design • Developed Design and Product Breakdown Structures • Development of Schedule for Design Phases • Development of Design Procedure for development of P & ID diagrams and calculation of Mechanical Systems for Naval Vessels • Familiarity with classification society rules and international conventions while implementing them for designing of Naval vessels (Bureau Veritas, DNV GL, SOLAS,MARPOL DefStan, Turk Loydu etc.) • Reviewing P&ID diagrams and various ship piping system calculations inline with rules and standards • Design of Air conditioning ad ventilation system for Naval Ships. • Management and Organization of all design piping process including leading engineering efforts and guidance to junior engineers for all technical aspects relevant to ship piping systems • Approval of drawings from classification society • Preparation of Procurement Technical specification of Mechanical system onboard • Held development meetings of the projects with major OEMs for selection of Equipment/Machinery e.g. Main Propulsion System, HVAC system, Exhaust system, Steering System, Diesel Generators, Sewage system etc. • Preparation of Product Definition documents • 3D Model Development of the equipment and piping system into the hull structure in coordination with other relevant departments • Preparation of production drawings of Mechanical system (TDPs & MDPs) for Shipyard • Coordination with shipyard for updating and optimization of 3D Model, schematic drawings as per construction requirements meeting the construction timelines
- To control and manage the activities of all staff in the department to ensure that Production facilities are in a ready state to meet the production and all other General Engineering supports. - Planning of New Projects, Predictive Maintenance Shut down Plans and execution, Inventory Management and man power Management. - Develop and implement systems, policies, and procedure so that Operation activities are operated safely, support production, and comply with QMS, EHS and Local regulatory requirements. - BDA/RCA (Breakdown Analysis/Root cause analysis). - To ensure proper Installation and Commissioning of Equipment & Co -ordination with OEM for System Deficiency & maintenance. - Installation & Commissioning of all Pharmaceuticals Manufacturing Packing and associated Machines and Equipment, - Design & Installation f HVAC system as per requirements of ASHRAE for Pharmaceutical industry. - Identify spares, consumables, materials, tools and equipment’s and other resources required to maintain all equipment. - Managing the building and civil works.
• Planning/ Cost Estimating, Coordinating Project works, Budgets, Schedules, design & execution. • Design of HVAC system, EOT cranes, POL Storage tanks, CO2 and O2 systems, Global Shielding & other mechanical systems. • Design and analysis of steel structure, Gratings and hangers using ANSYS along with Structural Designs Justification, Strength of Materials, Welds etc. • Design incorporation as per the requirement of site engineers. • Development of contracts documents and evaluate tenders for construction of the system. • Liaising with Clients, Consultant OEMs and subcontractors (Architect, Engineers, and Vendors). • Responsible for review and performing all aspects of engineering design. • Follow up on material delivery and documentation requirements.
Project Planning and Design: Conceptualization: Develop initial project concepts and specifications based on client needs and regulatory requirements. Design Development: Create detailed mechanical designs, including HVAC, plumbing, and fire protection systems, ensuring they are integrated with structural and electrical designs. Technical Specifications: Prepare technical specifications for mechanical components and systems, including materials, dimensions, and quality standards. Coordination and Collaboration: Interdisciplinary Coordination: Work closely with civil, structural, electrical, and other engineering disciplines to ensure cohesive and compatible project designs. Stakeholder Communication: Liaise with project stakeholders, including clients, contractors, and government agencies, to provide updates, address concerns, and obtain necessary approvals. Project Management: Scheduling: Develop and manage project schedules to ensure timely completion of mechanical engineering tasks. Budget Management: Estimate costs and manage budgets for mechanical components, ensuring cost-effective solutions without compromising quality. Procurement and Vendor Management: Vendor Selection: Identify and evaluate potential vendors and suppliers for mechanical components and services. Procurement: Oversee the procurement process, ensuring that all mechanical equipment and materials meet project specifications and are delivered on time. Construction Oversight: Site Supervision: Monitor the installation of mechanical systems on-site, ensuring compliance with design specifications, safety standards, and regulations. Quality Control: Conduct inspections and tests to verify the quality and functionality of mechanical installations.