1 / 41

DESI Project Management

DESI Project Management. Laboratory Director’s Review for the DESI CD-2 Plenary P8 2015-06-17. Henry Heetderks (UCB) Project Manager. Outline. DESI Project Organization DESI WBS Overview DESI Schedule Cost Summary Risk Management Major Reviews Systems Engineering EH&S

jmanuela
Download Presentation

DESI Project Management

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. DESI Project Management Laboratory Director’s Review for the DESI CD-2 Plenary P82015-06-17 Henry Heetderks (UCB) Project Manager

  2. Outline DESI Project Organization DESI WBS Overview DESI Schedule Cost Summary Risk Management Major Reviews Systems Engineering EH&S CD-2 Preparations Status Summary

  3. 3 DESI Project Organization DESI WBS Overview DESI Schedule DESI Cost Summary Risk Management Major Reviews Systems Engineering EH&S CD-2 Preparations Status Summary

  4. DESI Project Org Chart Blue text indicates member of IPT

  5. 5 DESI Project Organization DESI WBS Overview DESI Schedule DESI Cost Summary Risk Management Major Reviews Systems Engineering EH&S CD-2 Preparations Status Summary

  6. Level 2 WBS and Responsible Organization

  7. 7 DESI Project Organization DESI WBS Overview DESI Schedule DESI Cost Summary Risk Management Major Reviews Systems Engineering EH&S CD-2 Preparations Status Summary

  8. Development of the DESI Project Schedule • Developed the resource loaded project schedule in MS Project for CD-1 • Generated WBS to level 5+ • Identified major subsystems and selected managers at WBS level 2 • Generated WBS dictionary and prepared BOE sheets to WBS level 3 • Refined the MS Project schedule task durations and linkages (~2,300 activities with ~ 1,000 milestones) to accommodate funding profiles and project constraints • The MS Project schedule was imported into Primavera P6/Cobra and control accounts set up in LBNL’s certified EVMS system • MS Project WBS codes translated to P6 WBS and Activity Codes • Resource allocations modified to fit P6 format • CAM’s identified and control account plans and work authorizations signed • DESI preliminary Baseline Schedule defined • We have provided EVMS for March (DESI-1XXX) • We are ready for formal reporting into PARS-2

  9. DESI Control Account Mangers

  10. DESI Top Level Schedule

  11. DESI Top Level Schedule

  12. Level 2 Milestones as shown in PEP (1)

  13. Level 2 Milestones as shown in PEP (2)

  14. 14 DESI Project Organization DESI WBS Overview DESI Schedule DESI Cost Summary Risk Management Major Reviews Systems Engineering EH&S CD-2 Preparations Status Summary

  15. DESI is Receiving Funding from DOE and Other Sources • DOE Project Funding • Other DESI Funding • Foundation support for corrector fabrication • Foreign collaborator in-kind support • Common Fund (foundation contributions and collaborator university in-kind and cash contributions as “buy-in”) Held and managed by UCB) • NOAO funding to support Mayall telescope modifications prior to DESI delivery and NOAO planning for DESI installation

  16. Project Cost Summary (TY$K) (From PEP) 16

  17. Funding Profile from PEP Table 11 Project Requested Funding Profile for DESI (TY$M)* *FY13 R&D funding was through the LBNL Physics Division (PD) BigBOSS research budget ($2.0M), FY14 was through the LBNL PD research budget ($2M), and future project R&D ($1.1M) for DESI.

  18. DESI DOE Funding Profile • Base cost taken from the resource loaded P6/Cobra • Contingency on DOE cost is $13M: $7M from Basis of Estimate uncertainty plus $3.2M from risk assessment, and $2.8M from ($1.4M/yr burn rate) X (24 months schedule float to CD-4)

  19. Foreign In-Kind Contributions to the DESI Instrument 19

  20. DESI Common Fund Support (UCB) 20

  21. DOE + non-DOE Cost Then Year $K (escalated) 21

  22. 22 DESI Project Organization DESI WBS Overview DESI Schedule DESI Cost Summary Risk Management Major Reviews Systems Engineering EH&S CD-2 Preparations Status Summary

  23. DESI has an Active Risk Management Process • Risk Management plan is released (DESI-0324) • More detailed discussion in Management Breakout • The Risk Registry currently tracks 66 active risks (DESI-0376) • 28 Risks have been retired • The component of contingency needed to offset the listed risks is calculated from a Monte Carlo over the risk items (Detailed discussion in Management Breakout) • The following slide shows a summary of the Major Risks

  24. Summary of Leading Risks (from DESI-0376)

  25. 25 DESI Project Organization DESI WBS Overview DESI Schedule DESI Cost Summary Risk Management Major Reviews Systems Engineering EH&S CD-2 Preparations Status Summary

  26. Reviews Performed Prior to CD-1 • Corrector Optics Final Design Review • Spectrograph Cameras Preliminary Design Review • Corrector Optics Delta Review (DESI-0785) • Review and Downselect of Positioner Designs • Spectrograph Cameras Final Design Review • Corrector Barrel Preliminary Design Review

  27. CD-1 IPR Review Recommendations • IPR Final Review Panel Report is Posted DESI-1017-v1 • 21 Recommendations • DESI Project Response Posted as DESI-1018 • All Recommendations are addressed • Additionaly we address 16 recommendation-like comments

  28. Technical Preliminary Design Reviews • We have performed technical PDR’s of all major elements • Reviews covered requirements, design, analysis and breadboard testing, readiness for early procurements • Primarily external reviewers • Reviews performed: • Review recommendations and status is discussed in subsystem breakout talks

  29. 29 DESI Project Organization DESI WBS Overview DESI Schedule DESI Cost Summary Risk Management Major Reviews Systems Engineering EH&S CD-2 Preparations Status Summary

  30. Systems Engineering Activities • Baseline Design Development • Starting Point is Science Requirements (documented in SRD) • Trades and alternatives (Value Engineering) • Lower level instrument requirements are developed and captured in controlled documents • Configuration Management System is based on Doc-DB (developed for and used by DES) • Currently ~1200 documents and drawings in Doc-DB • Resource tracking • Mass, Power, Cooling (DESI-0457, -0458, -0459) • Quality Assurance • Interface Development and Management (DESI-0379) • Throughput tracking (DESI-0347)

  31. DESI Interface Matrix: DESI-0379 Populated cells show type of interface and DESI document number of ICD. Letter code indicates type of interface M -- Mechanical C -- Command/Monitor/Telemetry T -- Thermal D -- Data Number gives DESI document # for that interface

  32. System Throughput Tracking (DESI-0347) • Primary reflectance • Glass absorption and reflection • Lens alignment and gravity effects of structure • Vignetting • Blur • Lateral fibre errors and Tilt • Fibre system -- Focal Ratio Degradation • Fibre system -- Wavelength Dependent Attenuation • Spectrograph parameters

  33. 33 DESI Project Organization DESI WBS Overview DESI Schedule DESI Cost Summary Risk Management Major Reviews Systems Engineering EH&S CD-2 Documentation Summary

  34. LBNL Environment, Health & Safety • Integrated Safety Management (ISM) Core Functions: • Define the Scope of Work • Analyze the Hazards • Develop and Implement Hazard Controls • Perform Work within Controls • Provide Feedback and Continuous Improvement

  35. DESI EH&S Approach • At LBNL Pub-3000 is defining document • DESI p-Hazard Assessment Report specifies controls • Ergonomic, Electrical, Cryogens, etc. • The DESI Safety Officer works with Level 2 managers to analyze hazards and develop procedures and controls • At other venues (e.g. Mayall) Local safety rules apply • DESI Safety Officer will work with counter parts to ensure practices meet LBNL requirements • The DESI Safety Officer is available to assist anyone on the project in dealing with less common hazards • Lessons Learned will be shared among collaborators • E.g. DECam

  36. 36 DESI Project Organization DESI WBS Overview DESI Schedule DESI Cost Summary Risk Management Major Reviews Systems Engineering EH&S CD-2 Preparations Status Summary

  37. CD-2 Readiness • Instrument subsystem designs are at or beyond preliminary design, have been PDR’d and meet technical requirements • Baseline documents (functional, design, cost & schedule) developed • Programmatic Documents in Place • WBS Dictionary - scope of project defined (DESI-0398) • Risk Registry – risks defined and managed (DESI-0376) • Cost Estimate – detailed Basis of Estimates developed (DESI-0399) • Schedule – past CD-2 maturity (DESI-0397) • Long lead procurements defined (See BO4.1) • Management plans drafted (PEP: DESI-0381, AS: DESI-0382)

  38. CD-2 Documents Checklist • The above documents are all available on DocDB

  39. 39 DESI Project Organization DESI WBS Overview DESI Schedule DESI Cost Summary Risk Management Major Reviews Systems Engineering EH&S CD-2 Preparations Status Summary

  40. Summary • DESI has a strong and experienced team • The project scope is well defined and organized • Project risks are well defined and are actively being mitigated • Detailed cost estimates have created a robust baseline cost • The resource loaded schedule is established and linked to the laboratory financial system in a certified EVMS system • We will have 3 months of EVMS reporting at the time of the IPR • Project Hazards are well defined (see p-HAR); Safety Plan is in place • Required documents have been prepared and are under review • The DESI project is ready for CD-2

  41. ProtoDESI vs. DESI Prototype Petal • ProtoDESI • 12 positioners, 3 Fiducials, 1 GFA mounted on a special plate which attaches to the existing MOSAIC corrector in place of the MOSAIC instrument • Answers questions: • Can we control the Mayall telescope with the DESI ICS and track on a guide star in the DESI GFA? • Can the DESI ICS then use input from the FVC to place fibres on multiple positioners onto astronomical sources? • DESI Prototype Petal • One form, fit, function DESI petal with 500 positioners, 5 fiducials, 1 GFA, with the DESI focal plane mounting ring • Also has spool box and complete electrical power and command distribution system and power supply • Answers questions: • Can we hold mechanical tolerances with the petal mounting scheme? • Can we manage the 500 fibres and power and command harnesses in the very confined space behind the petal? • Can we supply power and commands to 500 petals simultaneously? • Can we make 500 fibre splices in the limited space in the spool box?

More Related