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SLIC, the recognized world leader in product life cycle support solutions software, is supported with training courses that give you the necessary skills and knowledge to manage the software proficiently and effectively.
Supportability Analysis This course provides fundamental insight into the logistics support analysis (LSA) process. It focuses on the primary current standards that serve as the basis for many LSA programs – GEIA-STD-0007, MIL-STD-1388-2B, and LMI. Additionally, it examines the role of analysis in PBL and spiral programs. The focus of the course is to provide you the necessary insight to produce the appropriate support system for your program. Supportability Analysis (MIL-STD-1388-2B, LMI, GEIA-STD-0007) course provides the foundation for the use of SLICwave® software. Using SLICwave® v5.2 SLICwave® System Administrator (SA) The SLICwave System Administrator (SA) training course provides instruction for effective maintenance management of the SLICwave system. Discover how to achieve optimal performance from the software with the knowledge you gain from this course. Provisioning: Concepts, Analysis, and Technique The Provisioning: Concepts, Analysis, and Technique training course provides instruction to provisioners of all levels. Through a detailed introduction and skilled instruction, you will learn how to improve management and delivery of provisioning contractual requirements. this comprehensive course provides not only theoretical overview, but real world scenarios, enabling you to improve evaluation and understanding of obstacles and issues that may come in receiving, maintaining, and submitting provisioning data. Introduction to FMECA and RCM Analysis The Introduction to FMECA and RCM Analysis introduces Failure Mode, Effects, and Criticality (FMECA) and Reliability Centered Maintenance (RCM). FMECA is engineering analysis that seeks to identify the ways a system can fail, the effects of those failures, and the criticality of those failures. In addition, FMECA determines what corrective maintenance actions will be necessary to rectify the failure. RCM is an engineering analysis that seeks to determine the possibility of preventing the failures identified in FMECA. Furthermore, RCM analysis will identify preventative maintenance actions that can be undertaken in order to keep the failures from occurring. Courses Scheduled as Required
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Please mail questions, comments, and suggestions to web@isscorp.com. Last updated Tuesday, March 09, 2010. |
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