Christopher Rowles

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Lancaster PA 17601

*** – 471 - 4462

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EMPLOYEE NAME / CURRENT POSITION: Christopher J. Rowles / Acquisition Logistics Manager

EMPLOYER: ManTech SECURITY CLEARANCE LEVEL: Secret / Final SOLICITATION LABOR CATEGORY: Acquisition Logistics Specialist, Senior EDUCATION: Bachelor of Science, Excelsior College, 2002 Associates in Applied Technology, Regents University, 2001 CPM / LO Module Curriculum Development Course, November, 2012 AIM II Curriculum Development Course, April, 2005

EXPERIENCE SUMMARY: Over 40 years combined applicable Navy and ManTech professional experience with 20 years of experience in providing Department of Defense (DOD) Aircraft Launch and Recovery Equipment (ALRE) Visual Landing Aids (VLA) and Support Equipment (SE) Integrated Logistics Support (ILS) services. Subject Matter Expert (SME) in areas of technical manual preparation, maintenance planning / analysis, and training. MANTECH 05/2001 – Present

As an Acquisition Logistics Manager, provides continuous acquisition logistics and technical support services for Naval Air (NAVAIR) Lakehurst Logistics Managers (LMs) over the past 20 years.

Researches and organizes various types of technical source data to manage and accomplish technical writing and technical editing. The data is used for the development of both original and updates / changes to Technical Manuals (TMs) and training technical documents in support of NAVAIR Lakehurst ALRE/VLA/SE systems and equipment. Uses the content and requirements Military Standard Documentation and contract Statement of Work (SOWs) to support the development of Logistic Management Information (LMI) databases / Logistic Support Analysis

(LSA) Reports content and requirements. Performs Quality Assurance (QA) prior to LMI database, Maintenance Plan (MP) and other logistics deliveries. Participates in LMI database, MP, and TM Reviews.

Provides technical and administrative support for NAVAIR ALRE / VLA / program Integrated Master Schedule (IMS) Development, Preliminary Critical Review (PCR) presentations, Meeting Minutes for Program In Process Reviews (IPRs), Government Testing Readiness Review (GTRR), and Test Readiness Reviews (TRR). Develops initial training outlines, training presentations, detailed operation / maintenance training documentation, factory training presentations, and training completion reports.

Researched source data including engineering drawings, Maintenance Plan (MP), Allowance Parts List (APLs), design and test reports to develop Improved Fresnel Lens Optical Landing System

(IFLOLS) work packages (WPs) for inclusion in the IFLOLS TM. Understands the relevance, relationship and use of the various Navy LMI data products, such as LMI Candidate Lists and MPs to develop new and/or update NAVAIR TMs. Develops Group Assembly Parts Lists (GAPLs) and directs development of Illustrated Parts Breakdowns (IPBs) following MPs and equipment maintenance philosophy. Developed / updated TM operation, maintenance and / or overhaul instructions by reviewing and analyzing all available source data to include data such as Christopher Rowles

965 Pinetree Way

Lancaster PA 17601

717 – 471 - 4462

2

engineering drawings, marked-up text / graphics and Technical Publication Deficiency Reports

(TPDRs).

Reviewed ALRE Source, Maintenance and Recoverability (SM&R) codes and provided recommendations for changes. Reviewed and revised narrative section of catapult MP. Participated in ALRE reliability and maintainability reviews. Reviewed and revised ALRE Quality Assurance cards, maintenance index pages and Maintenance Requirement Cards (MRCs). Conducted training analysis manpower assessments, manpower task analysis, maintenance philosophy analysis, and new equipment analysis providing input for Training Job Duty Task Analysis (JDTA), Front End Analysis (FEA) and Business Case Analysis (BCA). Performed JDTA, FEA and BCA analysis on the Advanced Recovery Control (ARC) System and JDTA /FEA analysis on the Low Loss Launch Valve Automatic Lubrication System, Planned maintenance Without Water (PMS WOW) assembly, Compact Swaging Machine (CSM) and the Navy Oil Analysis Program (NOAP). All analysis was made in accordance with NAVEDTRA 136, 137, 138 and Center for Naval Air Technical Training (CNATT) JDTA Standard Operating Procedure

(SOP) (Business Rules).

Developed training materials for CNATT/NAVAIR training programs including Training Project Plans (TPP), Course Training Task Lists (CTTL), Learning Objectives (LO), Curriculum Outlines of Instruction (COI), Course Master Schedule Summary Sheets (CMSSS), Training Course Control Documents (TCCD), Lesson Plans (LP), Trainee Guides (TG), CeTARS Test Packages and SCORM 2004 4th Edition compliant Instructional Media Packages. All courseware was developed in accordance with NAVEDTRA 130B, NAVEDTRA 131B training instructions and AIM II CPM / LOM software. Developed Operator and Intermediate Maintenance Courses for the following systems, Low Loss Launch Valve (LLLV) Automatic Lubrication System, Compact Swaging Machine (CSM), Improved Fresnel Lens Optical Landing System (IFLOLS) MK 13 MOD 1, MHU-83 Arial Stores Lift. Instrumental in development of Aviation Data Management and Control System (ADMACS) operator training filling a substantial gap in system training for Fleet personnel.

I am proficient in the use of Microsoft Word, Microsoft Excel, Microsoft Project, Power Point and Adobe Acrobat.

U.S. NAVY 02/1983 – 03/2003

Naval Air Technical Training Center, Lakehurst, NJ 1999 - 2003 As Optical Landing System Maintenance School Instructor (Petty Officer 1st Class) was a Curriculum Manager for Optical Landing Systems. Rewritten all course testing and quiz materials for the IFLOLS. Instrumental in the development of IFLOLS course curriculum to include, Long Range Line-up System (LRLS) and Landing Signal Officer Heads-up Display (LSO / HUD) systems. Lead instructor for the IFLOLS Course pilot. Served as an instructor at Naval Training Center, Great Lakes Illinois for IC / EM Advanced Maintenance Training (C-7) School teaching basic electricity and electronics theory, electromechanical devices including synchro systems and motors and generators, and systems to include F-type wind measuring systems, 1,3 and 5 MC general announcing systems, underwater log systems and electromechanical shaft speed indicators.