Amer Ali

• Writing TSOW related to offshore pipeline testing. Technical submission that forms part of the invitation to tender (ITT) for the project testing trials of various pipelines (SMLS , HFW, SAWL,MLP).
• Assisting on multiple projects or tenders at same time.
• Mentor graduates, provide training and develop their capabilities.
• Design of various types of the buckle such as thick wall pipe joint arrestors, slip-on arrestors, clamp-on arrestors, integral arrestors, spiral arrestors
• Arranging the qualification bending test programmes for rigid pipelines and subsea tools such transitions, buckle arrestors, bulkheads, thick coated rigid pipelines. Accountable for Bending Trials of thick Insulated Single Pipes and Pipe-in-Pipes.
• Accountable for Reliability Engineering Development of PiP Thickness & Strength Normal Distribution using FORM Simulation Technique using PTC and Doosan bending rig and testing facilities.
• Pipeline design optimization, including the pipe ovalisation , internal and external coating systems.
• Performing detailed FEA of reeling BuBi/MLP single pipes and PiP systems with and without pressure to investigate the possibility of wrinkling and ovalisation.
• Monitored and coordinated the preparation and maintenance of schedules to ensure cost-effectiveness and efficiency of workmanship.
• Liaised with other disciplines on offshore pipeline projects to establish effective schedules and budgets.
• Maintained positive client relationships by implementing cost-effective measures on pipeline design to reduce excess spending.
• Accurately interpreted engineering documents such as reeling analysis of offshore pipelines using reel lay vessels, engineering hand calcs.
• Collaborated with pipeline engineers and project management teams within project teams to develop client-focused solutions, delegating tasks effectively to ensure the quality.
• Produced detailed engineering designs such of offshore pipelines such as lateral buckling, frees pan , reeling, residual curvature RC design utilising expert attention to detail to minimise errors.
• Prepared written reports and technical documentation including FE analyses and engineering recommendations based on lessons learnt from previous projects to improve future project outcomes.
• Motivated site teams to achieve quality results against construction deadlines.
• Carried out diligent site surveys and research to predict and quickly resolve possible issues mainly on spoolbase during the pipe mobilisation .
• Used offshore pipeline design knowledge to maximise construction capabilities across specialist projects.
• Worked on commercial and public works projects of different sizes using sound engineering principles and industry best practices for design.
• Delivered construction outcomes through targeted structural stability assessments.
• Minimised deviation from cost parameters through performance and budget monitoring.
• Established project materials and methods to maximise construction productivity.
• Prevented project delays through carefully considered risk and feasibility assessments.
• Coordinated contractors, subcontractors and labourers to deliver on projects.
• Reported on flood and environmental hazards and recommended mitigation strategies.
• Resolved project challenges through in-depth analysis and stakeholder consultation.
• Monitored and maintained health and safety standards for site compliance.
• Increased safety ratings by identifying and resolving severe structural and offshore pipelines installation issues.
• Prepared accurate project cost estimates, schedules and specifications.
• Organised information and completed paperwork for technical bids to secure new contracts.
• Design and Procurement of permanent deliverables to client and installation aids.
• Completed complex technical surveys for large-scale developments of the oil nd gas projects in shallow and deep water.
• Sourced and allocated cost-efficient resources to meet project specifications and requirements.
• Harnessed strong data analysis and modelling to deliver complex engineering calculations.

• Managing offshore projects through preparing a detailed engineering design of the offshore rigid pipelines following the standard codes (DNV,API and ASME) and ensure compliance with specified design rules and procedures
• Preparing project budget planning (CTRs)
• Solve various engineering problems related to pipelines during the design, manufacturing, installation and operation phase
• Pipelines design optimisation to reduce project cost and adhere to project requirements to ensure that conceptual and detailed designs are properly worked through performing different FE analysis including pipelines reel-ability pipelines, coating systems design, spooling assessment using Abaqus and Orcaflex.
• Evaluate and define the pipe material properties based on pipe manufactures testing reports (MTRs) to check the pipes suitability for reeling, carry out pipeline risk assessments during installation, check various engineering drawings, pipeline mechanical design including pipeline stress/strain calculations, wall thickness and pipe ovality calculations.
• Determine the pipe residual ovality post bending cycles on the reel-lay vessel where the cyclic bending of pipe to plastic strain induces permanent deformation in the pipe section which influences the pipe integrity and leads to pipe collapse on the seabed.
• Provide quality control checks of all pipeline engineering documents and drawings.
• Preform the reelability assessment (mismatch between pipe joints) of different sizes of single, clad pipelines and Pipe in Pipe (PiP) systems installed using Technip reel-lay vessels
• Perform FE analysis on other subsea tools/structures such as Bulkheads, Pawnhead/Followers to assess the integrity and suitability for reeling using Abaqus software
• Performing spooling and installation analysis of the pipelines when it is laid on the seabed and through in-service
• Writing engineering reports and technical notes for the projects details the outcome from the analysis and give the recommendations,
• Writing technical guide reports for offshore pipelines to disseminate the knowledge across the company groups and contribute to consolidation of the projects
• Doing the self-check (QA) of reports and for other engineers in the group and externally
• Arrange meetings, preparing presentations to project management teams and clients.
• Evaluate and define the pipe material properties based on pipe manufactures testing reports (MTRs) to check the pipes suitability for reeling andcarry out pipeline risk assessments during installation.
• Pipelines, buckle arrestors integrity testing for reelability and suitability for installation

• Building FE model using Stand 7 Software of the ship blocks of the Royal Navy Class Queen Elizabeth aircraft carrier, including the design of the longitudinal and transverse bulkheads.
• Structural integrity checks on major cargo and vessel blocks
• Perform various engineering activities related to Offshore Maline and heavy lift Transportation vessel structural checks for local and global loadings
  • Loadout ballast calculations
  • Lifting method statements for mobile crane operations
• Transportation design analysis of the ship blocks , including the sea fastening transpiration beams , cradles and infill plates and the fabrication.
• Performing various engineering activities related to offshore Marine, heavy lift and vessel deck strength calculations following ship standard codes(Lloyds Register Rules of ship structures).
• FEA detailed structural design of all vessel block components, sea fastening and transport vessels.
• Managing projects and priorities tasks, project budget plans and provide supporting drawings for operational, installation and
  fabrications.

• Performing various engineering activities, project management, FE model design of the generator set components, preparing technical documents, arrange sites visit, quantify the generator parts and cost.
• Performing FE stress analysis for different generator parts,design and analyse the generator anti-vibration mounting system (AVM) to reduce and eliminate the structure born noise
• Design/calculations and thermal modelling (Flowmaster) for the combined heat power (CHP) system of the lean-burn gas generators (High/low temperature and lube oil circuits) and other components like pumps, heat exchangers, radiators, valves and pipes to produce heat/electric power.

• Design and FE analysis (using IDEAS Software) of the Asphalt Tandem Vibratory Roller parts such as the engine and its support, water and oil tank, driver seat, vibrated Forks, steering hitch, ,ROPS , rear and front drum.
• Detailed design of the front/rear drums of the compact roller to investigate the transmit compaction forces to soil or other surface materials.
• The calculation of the static and quasi-static loads for various load cases such as gravity, acceleration/retardation , lifting, pulling and towing, that are implemented in theoretical model using MATLAB.
• Develop mechanical and state of art design of the equipment parts and give cost efficient solutions, establish documentation/drawings specification for production and purchasing of the parts, writing accurate design documentations.
• Performs the engineering hand calculations and writing technical reports for design and manufacturing process.

• Working collaboratively within the department of engineering on the delivery and development of high-quality engineering programs, teaching science and engineering subjects, practicing on shaping, milling and lathe machines, demonstrator in the mechanical and computer laboratories.
• Conducted experiments to show how a dynamic absorber can be used and built in a structure to reduce vibrations about the original resonance of structures and identify the parameters of DOFs systems by using free vibration experimental results.
• Conducted experiments to analyse the strains of a cylinder exposed to internal pressure. Using the measured strains and using a strain gauge rosette to determine the magnitude of the principal stresses and deformation using finite element analysis (FEA) method.

• Responsible for various engineering activities, supervise and line manager of the product lines including filling, trimming and injection moulding machines.
• Improve the design, quality, cost productivity and assist in component sourcing and vendor management.
• Prepared bids for tender projects

Degree of Bachelor of Science in Mechanical Engineering.

120 Credit points /ECTS, Recognized by Swedish Council of Higher Education English. Rank is 7 in class of 92 student

Degree of Master of Science in Mechanical Engineering - Specialization in Structural Mechanics.

This Diploma supplement follows the model developed by the European Commission. Council of Europe and UNSCO/CEPES

Certificate of unit credit towards entry Level certificate in ESOL skills for life , 3 modules

Speaking and listening Entry 3

Writing Entry 3

Reading Entry 3

Awarded certificate in different subjects Mathematic (3 levels) , Computer Science , Swedish (2 levels) And English language (2 levels)