Anna Allegra 100 Broadway Lane New Parkland, CA, 91010 Cell: (555) 987-1234 example-email@example.com Summary Ideal PDMS Piping Designer candidate with a solid decade of relevant experience in engineering. Will be a great influence on operations that involve piping and process engineering, and all related PDMS processes. High proficiency in drafting and design of structural systems that are eco-friendly, functional and cost effective using supporting software and tools. Adept at making the most sophisticated and complex plans accessible to even the layman for presentation, ensuring all decision makers and related parties are on the same page. Highlights • Draft and design of PDMS systems • 2D and 3D piping drawings • Structural layout design • SAP modules • Project modification • Pipe stress and flexibility analysis Work Experience March 2007 to Present Amble Technologies, New Cityland, CA Senior PDMS Piping Designer • Implemented processes that reduced per project engineering costs 40 to 60 percent. • Create detailed 3D models that demonstrated access ways and equipment.

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• Develop and implement scope of PDMS design components. • Monitor all project standards and procedures to ensure operations are in line with compliance. • Review isometrics and piping. • Deliver allocated piping work’s scope. March 2002 to January 2007 Masterson Gibbons Inc., New Cityland, CA PDMS Piping Designer • Used key space management concepts to ensure plant optimization. • Involved in designs for offshore projects that ranged from platforms to FPSOs.

• Presented regular comprehensive system reports to Government of Cityland. Education 2006 University of California, New Cityland, CA Bachelors of Science, Mechanical Engineering.

Names and Types of Reports in the PDMS Names and Types of Reports in the PDMS Compiled 4/12/2011 The primary paper documents or reports upon which the PDMS well records are based, and. The table below shows how the documents are named, classified and coded. The table is designed as an internal aid to IGS data entry staff, but could conceivably be useful to other PDMS users. The column headings are: Name on Document/Trade Name • The actual name on the face of the document or log header. If the document is a product created by a commercial organization, it may be a term only used by their company.

• The name may be a general name commonly applied to certain types of records; for example, 'application' which could represent various types of applications to perform or document something having to do with a well. • In certain cases, a record may refer to a document that does not actually reside in the PDMS. For example, 'DOG Monthly Report,' refers to the, which is readily available at the linked Web address. The specific edition is stated in the PDMS where the reference is made. • 'see Core Analysis.' Any value in the Physical Log Type or Geophysical Log Type data field that begins 'see '-----', is not an actual log. Instead, it is place holder that references a particular report in the.

There is no database connection in the PDMS that links a specific report in the Reports Subtable to its associated partner in the. The 'see -----' value is a 'fake' entry in the Log Info Subtable that allows documents in the Reports Subtable to be treated as if they were logs, for the purposes of calculating and posting in the PDMS. For example, if no logs are available, a Strat Pick value can be obtained from a Completion Report, entered as a data value in a 'see Completion Report' value in the LogInfo Subtable, were it will be processed as any other Strat Pick value to determine its subsea altitude.

Dropdown • The Dropdown column is intended for use by data entry staff and should not concern not concern non-IGS users of the PDMS. The Dropdown value indicates which records are actual options in the PDMS Lookup Tables for recording Trade Name or Report Name. • Trade Names taken from the Geophysical Log/Trade Name data field in the are indicated with a capital 'G;' are indicated with an 'R.' • When a record is not represented by a letter in the Dropdown column, the closest similar record name that has a letter in the Dropdown column is chosen from the Dropdown list when that record is entered in the. For example, 'Caliper Log Casing Collar Log,' 'Casing Collar Log,' and 'Casing Collar Log and Perforation Record,' are all simply called 'Casing Collar Logs' in the PDMS. Cat (Category) The IGS PDMS assigns documents into 3 basic categories.

The categories are listed in the following table to help data entry staff which IGS Code to assign to the document: • Geophysical Logs (G) • Physical Logs (P) • Reports (R) IGS Code • Every paper document type in the PDMS is assigned an IGS Code. The Code is used as part of the file name given to the scanned image(s) contained in the PDMS. IGS Document Name or Scan Type • To make it easier to find records of different types, documents are sorted into broad groups of similar kinds. These groups of records are termed as IGS Names or Scan Types. Each name is directly associated with a specific IGS Code (see previous section).

Comments • Contains any helpful information we considered significant about the record. Name on Report IGS Code IGS Report Name Comments Acoustic Fluid Logger FLPT Fluid Level Pressure Test Fluid level and/or pressure test reports Analytical Report WAN Water Analysis Application APP Application Application for an activity to be performed on a well Application for Fluid Storage Facility APP Application Application for Permit to Drill or Deepen--- APP Application Application for Temporary Abandonment or Plugging Deferral TA TA Document Includes applications and other reports associated with temporarily abandoning a well.

Summary Under this service, TecSurge prepares and delivers report templates and logic designed and tested for use with AVEVA PDMS or E3D. Differentiators • Quality assurance • Expertise in PDMS/E3D • Optimised delivery schedule and cost • Extensive experience with Report Development Deliverables The deliverables from this service consist of templates and associated program logic. Typical reports required by customers include: • Piping Material Take-Off (MTO) • Insulation Schedule • Valve/Instrument List • Bolt MTO • Centre of Gravity (CoG) and Weight • Support Index and MTO • Steel MTO • Special Reports In many cases, reports are output to Microsoft Excel format, simplifying the review and further manipulation of the tabulated data.

Work Process TecSurge manages the execution of E3D customized reports as a professional service project involving our expert services team. The detailed execution consists of several stages: • Report format, data source, filters and scope clarification: Before starting the development of the template and logic, all clarifications regarding the report format must be obtained. This step is critical as the report format is the main basis and input to the template or the program logic. The report data source, filters and scope must also be clearly defined.

These include the PDMS element types, criteria/conditions and hierarchies to be used in the report. • Sample data sources (PDMS element types) include: ALL, PIPE, BRAN, EQUI, VALV, HVAC, STRU, SCTN etc.

• Sample filters (Criteria/Condition) include: • All BRANch with Head Bore >100mm • All EQUIpment with Weight >1000kg • All VALVs using spec /A01 • Bolt Length only for GRE component flanged joints • Sample Scopes (Hierarchy) include: • All Areas or All SITE in PDMS Hierarchy • All ZONEs excluding Study • Site name starting with /P* or /S* only Once these details are finalized, the development of the report template and logic will commence. • Report template and logic development: The required layout of the report is incorporated into an appropriate template, with the necessary program logic encoding the underlying data selection, structuring, ordering and filtering. • Report testing and checking in different modules Prior to handover, the report is tested to make sure it is working properly, by executing it and comparing the results to a known source data set. After the report is successfully tested, the report source files are delivered to the customer for deployment. Quality Assurance TecSurge ensures that prior to issue of deliverables, every report developed for our customers is fully functional and meets expectations. TecSurge also ensures all the deliverables are in accordance to the verified customer input data provided.

Testing includes executing the report in the 3D system, generating sample output reports and consistency checking using standard applications. The client confirms acceptance of the report and provides comments and feedback, with any issues raised during this stage being resolved prior to project completion. Getting Started Customers start by defining the input requirements (such as the output format, data source, filters, scopes) needed to begin the development.

These inputs are reviewed by TecSurge, and clarifications and suggestions addressed collaboratively. In addition to these inputs, we also ask a series of questions to clarify the scope of work: • What version of PDMS/E3D are you using? • Why: To account for full compatibility on different versions of PDMS/E3D and ensure our testing is performed on an environment required by our client. Sermones Y Bosquejos De Toda La Biblia James Smith Pdf To Jpg. • What file formats of output files are required? • Why: Some file format might require third-party software needed during export. This information can have a significant impact on the cost.

• When is your target completion date, and when do you expect to start? • Why: The responses to these standard project management parameters can have a significant impact on the cost due to the prioritisation of work and the manpower required. If this service describes your situation, and you’re able to provide the engineering inputs and answers to the questions listed here, today for a quotation.