Logistics - Contractor - L4

Cynet Systems•Salt Lake, UT

About The Position

This role focuses on Integrated Logistics Support (ILS) and sustainment engineering for complex systems throughout their lifecycle. The contractor will lead the planning, development, and coordination of ILS elements, ensuring program supportability requirements are met. This involves creating and maintaining key logistics documentation, performing various analyses, defining support concepts, and collaborating with cross-functional teams. The position requires strong analytical skills, technical leadership, and the ability to influence design and sustainment strategies to improve readiness and affordability. Travel may be required to support program activities.

Requirements

Bachelor's Degree and a minimum of 6+ years of prior relevant systems engineering, logistics engineering, sustainment, or integrated logistics support experience, OR graduate degree and a minimum of 4+ years of prior related experience.
In lieu of a degree, a minimum of 10+ years of prior related integrated logistics support, sustainment, or logistics systems engineering experience.
Strong Integrated logistics background (not shipping logistics or supply chain).
High School Diploma or GED required.
Ability to obtain and maintain any required security clearances, statuses, or licenses needed to perform work.

Nice To Haves

Engineering Education and/or military background.
Minimum of 6+ years of experience in logistics engineering, sustainment engineering, or integrated logistics support for defense, aerospace, or similarly regulated technical programs.
Experience performing Product Support Analysis (PSA) and Logistics Support Analysis (LSA) in accordance with GEIA-STD-0007, MIL-STD-1388-2B, or equivalent industry standards.
Proficiency using LSA, PSA, and logistics data management tools and databases such as Slicwave, EAGLE, Powerlog, or similar applications.
Experience using supportability and cost analysis tools such as Compass (LORA), CASA (LCCA), and comparable applications.
Military experience in logistics, with hands‑on involvement in ILS elements such as supply support, maintenance planning, and sustainment operations.
Demonstrated experience developing lifecycle sustainment documentation and supportability artifacts for complex hardware systems.
Experience defining and implementing support and maintenance concepts at the organizational, intermediate, and depot levels.
Experience collaborating across systems engineering, design engineering, supply chain, manufacturing, and program management to influence product support outcomes.
Demonstrated experience leveraging artificial intelligence tools and techniques to enhance quality, improve decision-making, and increase efficiency across core job functions.
Strong verbal and written communication skills, including the ability to communicate complex logistics and sustainment concepts to technical and non-technical stakeholders.
Active security clearance.

Responsibilities

Lead the planning, development, and coordination of integrated logistics support elements to ensure program supportability requirements are identified, defined, and implemented throughout the system lifecycle.
Develop, review, and maintain key logistics and sustainment documentation, including Integrated Logistics Support Plans (ILSP), Life Cycle Sustainment Plans (LCSP), Life Cycle Cost Analyses (LCCA), Level of Repair Analyses (LORA), Provisioning Parts Lists (PPL), Maintenance Task Analyses (MTA), maintenance plans, Support Equipment Recommendation Data (SERD), and related Product Support Analysis (PSA) and Logistics Support Analysis (LSA) deliverables.
Perform and interpret logistics and supportability analyses, including supportability analysis, provisioning analysis, sparing analysis, repair level analysis, DMSMS assessments, maintenance planning, and sustainment risk assessments, and translate results into program recommendations.
Define support and maintenance concepts at the organizational, intermediate, and depot levels for electronic systems and equipment.
Analyze system lifecycle cost drivers and support development of sustainment strategies that improve readiness, affordability, maintainability, and long-term supportability.
Partner with systems engineering, design engineering, program management, manufacturing, supply chain, training, and stakeholders to integrate logistics and sustainment considerations into system design, development, fielding, and sustainment activities.
Support technical reviews, design reviews, and program reviews by presenting logistics, sustainment, and supportability considerations, risks, and recommended actions.
Utilize ILS, PSA, and LSA tools, models, and databases to manage logistics data, assess supportability performance, and generate metrics, analyses, and reports.
Provide technical leadership and mentorship within the ILS discipline and contribute to the continuous improvement of logistics engineering processes, methods, tools, and best practices.
Support engagement activities by communicating sustainment approaches, supportability status, and lifecycle impacts, and by responding to logistics requirements and data deliverables.
Travel up to 10% in support of meetings, technical interchange meetings, program reviews, and other off-site program activities.