Mehrdad Saaedi Email & Phone Number

Klepp, Rogaland, Norway

Key Responsibilities:Engineering Design and Analysis: Spearheaded the design and calculation of centralized high-pressure oxygenation system tailored for post-smolt and flow-through grow-out farms. Applied expert knowledge in fluid dynamics to enhance aquaculture productivity and sustainability.Equipment Sizing and Selection: Conducted comprehensive sizing and selection of pipes, control valves, and rotary equipment, including pumps, to optimize the efficiency and reliability of the systems.Instrumentation and Quality Control: Led the selection and integration of water quality and process instruments, ensuring high precision in monitoring and maintaining optimal environmental conditions for aquaculture operations.Process Documentation: Authored detailed function descriptions for the centralized oxygenation system, providing clear guidelines on system operations and maintenance procedures to ensure consistent performance and safety.P&ID Development: Designed and built comprehensive Piping and Instrumentation Diagrams (P&ID) for the oxygenation system, facilitating accurate communication of the process flow and control methods to engineering teams and stakeholders.Supplier and Procurement Management: Managed communications with suppliers to negotiate and secure essential equipment and materials. Coordinated procurement activities to align with project timelines and specifications, ensuring efficient workflow and budget adherence.Skills Applied: Project Management, Hydraulic Analysis, Equipment Sizing, Process Optimization, Technical Writing, P&ID Development

Klepp, Rogaland, Norway

• Responsibility for engineering in cross-cutting teams with the project manager, other project engineers (Mech/Elec), technical designers, procurement, logistics, and third parties/suppliers• Conduction of engineering calculations, dimensioning of the rotary equipment (pumps and blowers) based on pressure loss, thermal systems, and piping• Provision of solution for piping and pipe supports• Calculation and design of ventilation systems• Providing guidance and handovers to the designers for the production of 3D models based on engineering calculations• Quality control of 3D designs, P&IDs and engineering calculations• Preparation of operational manuals

Rogaland, Norway

• 3D design of piping, pipe supports, structures, and platforms with the aid of Inventor• Design and optimization for additive manufacturing of camera and oxygen sensor housing in sea-based farming • Attending design reviews for quality and clash control of 3D models

Stavanger, Rogaland, Norway

Bømlo

• Design, modification, and optimization of firefighting skids, nozzles, and foam proportioners with the aid of Inventor.• Performing hydraulic analysis of piping using Pipeflow expert.• Ensuring corrosion compatibility of parts and their application with different services and environmental conditions• Preparing Factory Acceptance Test (FAT) documents, P&IDs, Bill of Materials, 2D, and 3D drawings• Following up on material procurement and supplier communication• FE Analysis of the structures and evaluation of environmental loads• Collaboration on integrating DFM and DFA principles into product design, resulting in improved assembly efficiency

• Material Engineer handling PMS, VMS, and MTO for piping, valves and specialty items• E3D modeling of equipment, pipe, pipe support, structure, and layout space allocations• Preparation and checking of machinery arrangement drawings, and piping arrangement drawings• Issuance of as-built isometrics and general arrangement drawings for the project• Performing pipe stress and flexibility analysis under static and dynamic loading using CAESAR II• 2D design and draft, Isometric and 3D modeling of pipes, structures, spools, and pipe supports as per project specifications, international codes, and standards

• MTO for Pipe Supports and issuance of work order for fabrication and installation• Preparation of technical documents, 3D models, shop drawings for fabrication, welding, and assembly, BOM, technical reports, material and time estimation as well as coordination of the workshop• Using Navisworks for work sequence recognition, dependencies, and checking the conformity of the isometrics with the site’s 3D model• Verify documents' latest revision before the issuance of the work orders

Master Of Science - Ms, Mechanical Systems, B

Activities and Societies: Computational Fluid Dynamics using OpenFOAM

Bachelor Of Science - Bs, Mechanical Engineering, 15.65/20

Associate, Industrial Drafting And Product Design, 16.61/20