Systems Engineering. 1.1. Update design controls in compliance with JHU/APL’s Quality Management System and the FDA’s Quality System regulations
Systems Engineering. The Integrated Systems Engineering effort is CDRL-AAA.
Systems Engineering. GCSS-MC/LCM Increment 1 is a fielded system in the O&S phase as defined in DoD Instruction 5000.02. The primary O&S systems engineering objectives are to maintain the system by identifying and resolving root causes of issues; optimizing and enhancing performance; and sustaining the system through upgrades and technical refresh - all in a cost effective manner. The GCSS-MC Program Office’s systems engineering activities align with DoD, DON and Marine Corps engineering regulations and processes as defined in DoD Directive 5000.01, “The Defense Acquisition System” and Marine Corps Systems Command Order 5400.5, “Systems Engineering Technical Review (SETR) process.” Additionally, the PMO has developed a Systems Engineering Plan (SEP) to guide O&S efforts. The purpose of the SEP is fourfold:
Systems Engineering. Work package Milestone Completion Date Payment -------------------------------------------------------------------------------- [*****] ***** Certain information on this page has been omitted and filed separately with the Securities and Exchange Commission. Confidential treatment has been requested with respect to the omitted portions.
Systems Engineering. The Contractor shall perform the necessary systems engineering required to ensure a successful program execution from program ATP through Phase-1, Phase-2 (if option is exercised), and Phase-3 (if option is exercised).
Systems Engineering. PRAKTIK consultants will not directly change or modify existing or new systems and network configuration or related activities other than specified in the Scope of Engagement. PRAKTIK may recommend Volusia County Schools’ resources in these activities. Known Risk Risk is inevitable, but it is essential for all participants to own the mitigation and management of risk throughout the course of the engagement or program. Please note the following does not constitute a comprehensive risk assessment, but “known” risk to be actively managed by the broader engagement team: Risk Description Owner Estimated Exposure Software Packages Due to the complexity of in-house and “third party” software components, PRAKTIK does not take responsibility for any “unknown” or “undocumented” bugs/features/service packs/hot fixes. TBD Low Project Resources Role Resource Engagement Fee Senior Consultant PRAKTIK Group $110/hour* Project Estimate Project Timeline and Cost Estimate (Installation and Migration) Project Milestone Estimated Hours Rate Total Estimated Schedule Discovery/Analysis 16 $110 $1,760 July 22, 2013 – July 29, 2013 Implementation of TFS 2012 16 $110 $1,760 July 29, 2013 – September 1, 2013 Migration to TFS 2012 40 $110 $4,400 July 29, 2013 – September 1, 2013 Post Production Support 12 $110 $1,320 July 29, 2013 – September 1, 2013 TFS Workshop/Training 16 $110 $1,760 July 29, 2013 – September 1, 2013 TFS Support Services 24 $110 $2,640 September 1, 2013 – April 1,, 2014 Total 124 $13,640 Travel There is no travel included in this project. Billing Schedule PRAKTIK billing cycle occurs on the last or around the last day of each calendar month. Terms are NET 30. By signing below the parties acknowledge and agree to be bound to the terms of this statement of work: Volusia County Schools PRAKTIK Signed Signed Name Name Daniel Gocsman Title Title Director, Professional Services
Systems Engineering. APEC Engineers in Systems Engineering sector are concerned with Requirements Engineering, Risk and Opportunity Management, Baseline Control, Technical Planning, Technical Effort Assessment, Architecture/ Design Development, Qualification, Verification & Validation, Process Definition, Tool Support, Training, Systems Integration, Quality Assurance, Specialty Engineering. 15 Table of disciplines for each sector
Systems Engineering. The contractor shall perform disciplined technical planning, coordination and
Systems Engineering. The contractor shall provide systems engineering support to include, but not limited to, planning and analysis; design of hardware and software solutions that integrate assets; application of technology to systems; system/application integration for improving/ensuring interoperability; trade-off analysis; development and enhancement of interfaces; application and data conversion; and system/subsystem level testing.
Systems Engineering. The Contractor shall perform systems engineering for the research and development of technical projects. The Contractor shall utilize formal processes that have been developed utilizing a systems engineering approach to project design and development. The Contractor shall assist in the development of systems architectures and associated documentation for integrated systems, specifically aircraft avionics and mission systems integration.
