Plan, organize, supervise, and complete integration, assembly and electrical related tasks for daily manufacturing operations. Lead, direct, and coordinate work of xPL Trade integration and/or electrical employees, subcontractors, and/or vendors.
Responsibilities
Plan, organize, supervise, and complete integration, assembly and electrical related tasks for daily manufacturing operations.
Lead, direct, and coordinate work of xPL Trade integration and/or electrical employees, subcontractors, and/or vendors.
Manage schedule delivery, quality of work performed, and adhere to project budget and safety requirements.
Function as working foreperson while leading and supervising integrators, electricians and other support trade employees to assemble, integrate, wire, prepare and ship manufactured units.
Review manufacturing documents coordinate and plan integration and assembly manufacturing ahead of work going in place.
Technical lead for the integration lab fleet behind flagship autonomous air vehicles, overseeing software-in-the-loop and hardware-in-the-loop rigs. This is a player-coach role with design authority.
Compensation
$191,000—$254,000 USD
Responsibilities
Own the lab architecture and rig design.
Define and baseline the lab architecture: rig block diagrams, lab network, HITL host and simulation, data recording, and the rig interfaces.
Provide design oversight of every rig build, reviewing chassis, rack, power, harness and hydraulic interface designs.
Lead bring-up at the bench: safe-to-mate, power-on and BIT, LRU checkout, and host/sim reference-scenario runs.
Define what “operational” means and own rig operational-readiness checklists.
Design for Manufacturing Engineer responsible for optimizing product design for manufacturability, cost, and quality within SLB’s Data Center infrastructure solutions.
Responsibilities
Collaborate with Product Design and Engineering teams to ensure new products are optimized for manufacturability, assembly, quality, and cost efficiency.
Conduct Design for Manufacturing (DFM) and Design for Assembly (DFA) reviews to reduce complexity, improve quality, and lower production costs.
Lead design reviews focused on manufacturing feasibility, tolerance analysis, material selection, and assembly optimization.
Define tooling, fixtures, and manufacturing processes required to support efficient assembly and product testing.
Develop and maintain DFM/DFA standards, guidelines, and best practices across the organization.
Support mechanical and electrical integration of Remote Weapon Systems on surface ships and other platforms
Interpret and execute drawings, schematics, work packages, and technical directives for system installation and modification
Assist in developing and refining shipboard integration solutions, including mounting arrangements, cable routing, and power/grounding schemes
Conduct onboard surveys to assess existing configurations and determine installation constraints, interfaces, and material requirements
Support planning and execution of ship alterations (SHIPALTs), modernization efforts, and configuration changes associated with RWS and related systems
Graduate program in Mechatronics and integration at ALTEN Germany, focusing on mechanical and electrical assembly and integration for space industry standards.
Responsibilities
perform pre-assembly and integration of mechanical components
install and route electrical components within complex systems
integrate test and measurement equipment into system architectures
carry out electrical and mechanical assembly activities according to space industry standards
inspect and document completed integration and assembly work
Requirements
completed degree in Mechatronics, Electrical Engineering, Aerospace Engineering, or a comparable field
Lead manufacturing engineering and industrial engineering functions for a new advanced manufacturing facility.
Compensation
The pay range for this role is $115,500 - $207,900.
Responsibilities
Lead engineering activities for startup, commissioning, and ramp-up of the Prince George manufacturing facility
Develop manufacturing strategies, equipment plans, facility layouts, and production workflows
Design and implement material storage, handling, kitting, inventory, and production flow systems
Establish manufacturing standards, work instructions, process documentation, PFMEAs, control plans, and training programs
Support facility fit-out activities, production equipment installation, acceptance testing, and readiness reviews
Requirements
Bachelor's Degree in Manufacturing Engineering, Industrial Engineering, Electrical Engineering, Mechanical Engineering, or related engineering discipline
Nice to have: Data Center Infrastructure Manufacturing