Performs a variety of work connected with the operations, maintenance inspections and testing of wind turbine sites.
Compensation
$58.44 - $58.44
Responsibilities
Performs wind farm operations, inspections and maintenance
Performs electrical, mechanical, instrument and control and PLC troubleshooting, maintaining, calibrating, repairing, cleaning, inspecting and constructing of equipment and systems for the generation facility
Maintains performance monitoring and control equipment, including programmable logic controllers (PLC’s)
The Multicraft Technician III is responsible for safely completing a wide range of advanced multicraft tasks under the direction of the Maintenance Supervisor/Maintenance Manager and must be proficient in mechanical, electrical and facility maintenance in a manufacturing setting.
Compensation
Base Hourly Rate: $46.13
Responsibilities
Develop work orders in MAXIMO Asset Management Software
Adhere to plant safety and environmental guidelines
Perform advanced lubrication, vibration analysis, infrared thermography and ultrasound analysis
Facilitate development and implementation of the site maintenance and reliability strategy in alignment with Arclin business objectives.
Create equipment reliability strategies using the Bad Actors List, Critical Equipment List, plant health findings and identified business needs.
Develop and maintain models that identify unit operations, equipment and processes with the greatest value opportunity for improvement.
Analyze asset utilization and cost data to develop and prioritize reliability opportunities.
Evaluate and quantify how equipment reconfigurations, design changes, equipment quality and projects affect the plant’s ability to meet customer needs.
Requirements
Bachelor of Science degree in an engineering discipline or equivalent relevant experience
Nice to have: Arclin line-of-business, process or site technology experience
Electro-Mechanical Technician Specialist responsible for maintenance, troubleshooting, and improvement of mechanical and electrical equipment in industrial settings.
Compensation
$102,970—$131,689.52 USD
Responsibilities
Performs expert level break-fix & preventive maintenance, and/or design of mechanical and electrical equipment improvements
Provides troubleshooting support on equipment and technical support on production lines
Maintains in-depth technical knowledge of numerous systems
Programs, troubleshoots and analyzes complex control systems
Utilizes predictive equipment and interprets results for analysis, equipment condition assessment, troubleshooting and proactive maintenance
Requirements
High School Graduate or equivalent (GED)
Associates degree with a Technical focus and 7 years of related experience in specific industry; or, 10 years of experience in specific industry
Support regional sales pipelines for Engineering Solutions through technical scope definition, proposal enablement, and order conversion, with a mix of office, workshop, and site-based work.
Responsibilities
Define technical scope for upgrades, re-rates, retrofits and re-engineering opportunities
Conduct on-site pump diagnostic testing and post site test reports
Carry out and train Field Service Engineers in Pump Health Checks, Site Surveys and RCA reports
Perform energy audits at site on high energy pumps and produce ROI reports
Attain ISO 5001 Pump & Pump Systems Assessment certification
Requirements
Mechanical Engineering degree or equivalent
Nice to have: prior experience in pump diagnostics, site surveys and performance testing
Transforms maintenance, condition monitoring and control system data into actionable decisions to improve safety, reliability and availability of Seadrill fleet assets.
Responsibilities
Analyze fleet condition monitoring data to diagnose machinery faults
Use Maximo and data analytics to identify recurring failures and reliability trends
Translate findings into prioritized maintenance recommendations
Develop data-driven and AI-supported decision tools
Train onshore and offshore personnel on maintenance processes and Maximo use
Requirements
Bachelor’s degree in a relevant engineering or technical field
Nice to have: Maximo or similar asset management systems
Nice to have: offshore marine/subsea experience
Nice to have: machine learning for condition monitoring
Senior Mechanical Engineer responsible for structural and thermal analysis of defense electronics, EO/IR systems, RF hardware, avionics, and mission-critical products within Aerospace & Mission Systems (AMS).
Responsibilities
Serve as the recognized subject matter expert and technical authority for structural and thermal analysis of defense electronics, EO/IR systems, RF hardware, avionics, and mission-critical products.
Influence product architectures, design decisions, technology roadmaps, and long‑range engineering strategy through early lifecycle analysis, risk assessment, and technical consultation.
Lead the resolution of complex structural, thermal, vibration, shock, fatigue, and electronics reliability challenges using advanced analytical methods and simulation technologies.
Provide independent technical oversight and approval of finite element modeling approaches, assumptions, validation methods, and analytical conclusions for high‑consequence engineering decisions.
Chair the Structural and Thermal Analysis Review Board, establishing and enforcing expectations for technical rigor, documentation quality, model credibility, validation requirements, and engineering excellence across AMS programs.
Requirements
Bachelor's Degree in Mechanical Engineering, Aerospace Engineering, or a related engineering discipline
Nice to have: Master's Degree or PhD in Mechanical Engineering, Aerospace Engineering, or a related discipline
Responsible for predictive analysis and continuous conditional monitoring of rotary machines across India plants, including vibration analysis, CMMS management, and site training.
Responsibilities
Predictive analysis of rotary machines in all India plants
Continuous conditional monitoring of rotary machines through VDL, System1, CSI-2130/2140 and other vibration analysis tools
Give appropriate recommendations to site team
Coordinate with Regional and Global teams
Sharing vibration monthly report & Quarterly lubrication analysis report to site team
Design and validate next-generation hypersonic defense systems, translating system requirements into electrical schematics, component selections, and PCB layouts, performing thermal, structural, vibration, and worst-case circuit analyses, and partnering with mechanical, manufacturing, and supplier teams to transition designs into high-yield, cost-effective production.
Responsibilities
Translate system requirements into electrical schematics, component selections, and PCB layouts
Perform thermal, structural, vibration, and worst-case circuit analyses using Finite Element Analysis (FEA) and computer simulation tools such as ANSYS or COMSOL to ensure reliability in harsh environments
Partner with mechanical, manufacturing, and supplier teams to transition designs into high-yield, cost-effective production
Conduct Root Cause and Corrective Action to investigate failures and develop go-forward plans
Requirements
Bachelor’s or Master’s degree in Electrical Engineering, Computer Engineering, Physics, or a related technical field
Nice to have: experience within aerospace or related industry or with space electronics
Nice to have: experience taking test data and developing empirical models to inform product reliability at scale
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