<![CDATA[WCL Group: jobboards]]>

<![CDATA[WCL Group: jobboards]]> https://JOBS.WCLGP.COM/ en-us <![CDATA[Senior CNC Programmer- NX]]> CLIENT HIGHLIGHT

The client youâll be supporting is a Fortune 500 global leader in energy technology, focused on helping the world produce cleaner, more reliable power. Their teams design and improve the systems that keep homes, businesses, and communities running, from gas and wind turbines to the electrical grids that connect them. This is a chance to be part of a company thatâs driving innovation, supporting sustainability, and shaping the future of energy.

LOCATION

Greenville, SC 29615

COMPENSATION

$54-$61 per hour. Full benefits can be offered.

SCHEDULE

Monday- Friday (40 hours per week)

CONTRACT TERM

1 year with high likelihood of extension or conversion to full time employee.

POSITION OVERVIEW â Senior CNC Programmer-NX

RESPONSIBILITIES

Generate and maintain CNC programs utilizing NX-CAM or other software. This could include multi-axis milling, turning, grinding and/or EDM. This role is focused on Fast-hole EDM drilling and multi-axis small hole drilling.

Verify new CNC programs prior to release on the shop floor utilizing Vericut.
Provide CNC related support to M.E. (Manufacturing Engineer) and provide operator training during new / rebuilt machine startup and / or process improvements.
Provide daily operator support in the form of CNC programming and troubleshooting support to the shop floor.
Support and implement tooling & fixturing requirements associated with CNC machine tools.
Generate and support workstation instructions (methods) for CNC related issues.
Initiate and lead process improvement projects to improve safety, quality, cost and delivery.
Provide effective communication to appropriate team members when needed.
Work effectively as an individual and in a team-based environment in a matrixed organization.
Work effectively in a fast-paced environment while embracing and driving positive change inside and outside the organization when appropriate.

REQUIRED QUALIFICATIONS

Bachelorâs Degree, Associateâs Degree, or Machinist Apprentice (or similar) graduate with 3 years of experience with graphical based CAM System CNC Programming [OR] High School Degree w/6 years of experience with graphical based CAM System CNC Programming.

WHAT WILL MAKE YOU STAND OUT

Candidates with Siemens NX CAM experience will be given first preference (1953 or later)
Fast-hole EDM drilling, hands on experience
Proficiency generating toolpaths, including creating helper geometry to drive paths
Experience with FANUC Macro B for probing, tool selection, data capture, and hole-location logic; comfortable reading and extending existing macros
Familiarity with 3-2-1 (six-point) nesting and basic probing routines; working knowledge of CMM/metrology concepts
Capable of implementing trigonometry and basic matrix rotations directly in code (without reliance on software such as PC-DMIS)
Bachelorâs degree in Engineering or Machine Tool Technology.
Strong problem solving and organization skills, with above average shop math skills in geometry and trigonometry.
Experience using Vericut (preferred) or other CNC verification/machine simulation software.
Strong familiarity with multiple machine controls including Fanuc, Haas, Okuma, Siemens
Demonstrated proficiency interpreting drawing requirements.
Ability to multi-task and productively manage multiple projects concurrently.
Experience machining high temperature superalloys found in HDGT or Aerospace components.

]]> Fri, 13 Mar 2026 00:00:00 CDT 0 <![CDATA[Lead Protection & Control Engineer IV - T&D substations]]> CLIENT HIGHLIGHT

LOCATION

Pleasant Hill, CA 94523

COMPENSATION

$62-69 per hour (full benefits offered)

SCHEDULE
Hybrid, 40 hours per week

2 days onsite per week, 9 AM- 5 PM PST

CONTRACT TERM

1 year with high likelihood of extension or conversion to full time employee.

POSITION OVERVIEW â Lead Protection & Control Engineer IV - T&D substations

The Lead Protection & Control Engineer works on T&D substations for AC, HVDC and FACTS projects with designers, peer engineers & leaders. The engineer is responsible to define, design, coordinate all technical aspects of HV / EHV substation protection & control and oversee technical plant integration and optimization at project level considering safety, quality, schedule and cost criteria. The engineer should have great attention to detail with a can-do attitude & customer responsiveness. The Lead Protection & Control Engineer may be identified as project engineer for small to medium size project, which are highly secondary engineering focused. The engineer shall continuously update themselves with new technology and have a mindset of continuous learning, consistent with grid transition needs. Functions with some autonomy but guided by established policies or review of end results.

RESPONSIBILITIES

Ultimately be responsible to ensure high quality design of protection schemes for all kinds of T&D substations, Data Centers, Industrial, BESS applications including one-lines, three-lines, AC / DC schematics, and relay settings.
Lead a local or remote design teram to develop P&C designs (protection single line diagram, 3 Line Diagrams, panel general arrangement and schematics, wiring diagrams)
Evaluate the interoperability, control features and communication/protocol aspects of IECâs serving as protection relays to provide integrated solution including SCADA, Cybersecurity and telecommunication needs
Be familiar with IEC61850 process and system bus architecture and its implementation for substations
Able to work independently on the following P&C drawings: one line protection and metering diagrams, tripping tables/matrix, logic diagrams, Aux power DC and AC one line diagrams, relay protection and control schematics, metering, monitoring and alarm schematics, SCADA block diagram, racks and panels views, wiring diagrams, control house layouts, cable schedules and bill of materials. Develop optimized designs with a safety mindset.
Coordinate P&C design with Electrical layout engineers and designers, Relay Setting Engineers, site managers, commissioning engineers and field personnel
Coordinate with vendors and manufacturers and review technical documentation related to P&C design
Interface with customer to resolve technical issues
Prepare P&C engineering estimates. Estimate P&C equipment quantities and costs for proposals.
During project execution, communicate with Project Engineering Manager to resolve engineering and design aspects that impact material cost, schedule, engineering budget, safety and quality.
Perform applicable design calculations required for DC battery and charger sizing, voltage drop calculations, aux AC power design and to define CT and PT/CCVT parameters to be specified.
Create and support development of FAT, SAT, Outages and cutover plans and procedures. Support field testing and commissioning either from office or by on site presence.
Perform engineering and constructability reviews of P&C deliverables of own project and those of other teams (peer review).
Support the engineering manager in meeting business KPIs and department goals. Be an active participant and contributor to improvements in design procedures, standards development, quality, productivity. Proactively participate in Return Of Experience and Lessons Learned.
Execute projects while maintaining compliance to business policies, tools, procedures, methods. Embrace a culture of humility, transparency and deliver with focus.

REQUIRED QUALIFICATIONS/SKILLS

Bachelorâs degree in Electrical Engineering from an accredited university or college (BSEE with Power major strongly preferred)
Minimum 5 years of experience in system protection schemes, relay selection, primary equipment interface requirements, operational analysis, communication systems and maintenance practices for transmission, distribution, and generation protection applications at both AIS and GIS substations.
P.E. License or EIT with willingness to pursue and acquire P.E certification.
Fluent in written and spoken English. Strong influencing and relationship building skills. Demonstrated presentation skills.
Ability and willingness to travel up to 20% of the time, including international, for meetings and on-site commissioning tests for customer installations and comply with all relevant company travel and tax policies.

PREFERRED QUALIFICATIONS/SKILLS

Effective communication and interpersonal skills. Ability to work in a team environment
Self-motivated with excellent organizational and time management skills
Strong presence in front of customer with demonstrated commercial experience
Knowledge of power system analysis software such as ETAP, Aspen Oneliner for relay coordination, load flows, short circuit and arc flash studies.
Familiarity with NERC-CIP standards and guidelines for Cyber Security, Grid Interconnection
Experience in technical problem solving and Lean techniques. Mastering of secondary engineering discipline (process, tools and technical aspects)

]]> Wed, 04 Mar 2026 00:00:00 CST 0 <![CDATA[Artificial Intelligence (AI) Engineer III]]> CLIENT HIGHLIGHT

LOCATION

Melbourne, Florida, 32934

COMPENSATION

$56-63 per hour, full benefits offered

SCHEDULE

Hybrid: 2-3 days per week in office; local candidates
Working Hours: 8am - 5pm EST

Travel: 20%, mostly domestic, customer sites or conference

CONTRACT TERM

1 year with high likelihood of extension or conversion to full time employee.

ONBOARDING

In-person, 3 rounds

Standard 5-panel drug screen required

POSITION OVERVIEW â An AI (Artificial Intelligence) Engineer develops and trains AI models to automate processes and solve complex problems. They design and implement AI systems, ensuring they function effectively and align with business objectives.

RESPONSIBILITIES

Evaluate machine learning processes and select appropriate models.
Collect and analyze large datasets to train AI models.
Develop and deploy AI algorithms and systems.
Collaborate with cross-functional teams to establish goals for AI processes.
Test and validate AI models to ensure accuracy and effectiveness.
Manage data and project infrastructure.
Stay updated on the latest AI developments and technologies.

REQUIRED QUALIFICATIONS/SKILLS

Masters degree in Computer Science, Engineering, or a related field.
Proven experience as an AI Engineer or in a similar role.
Strong programming skills in languages such as Python, R, or Java.
Experience with machine learning frameworks and libraries.
Excellent analytical and problem-solving abilities.
Effective communication and collaboration skills.
Strong Large Language Model (LLM) Expertise
Hands‑on experience fine‑tuning, adapting, and deploying LLMs, including prompt engineering, embeddings, and context management.
LLM Application & System Architecture
Proven ability to design and implement production‑grade LLM solutions such as RAG pipelines, agents, and tool/function‑calling systems.
Production MLOps & Model Lifecycle Management
Experience owning the end‑to‑end ML lifecycle, including CI/CD, deployment, monitoring, versioning, and performance/cost optimization.
Advanced Python & Software Engineering
Strong Python skills with experience building scalable, testable APIs and services that integrate ML/LLM models into enterprise systems.
Cloud‑Based Scalable ML Infrastructure
Hands‑on experience with AWS, Azure, or GCP, including containerization (Docker), orchestration (Kubernetes), and GPU‑based ML workloads.

MUST HAVE

advanced python
CI/CD
CNNs, RNNs, Transformers
Docker Container
Docker Swarm
Kubernetes
LLM
REST, gRPC
vector database

]]> Wed, 04 Mar 2026 00:00:00 CST 0 <![CDATA[Project Engineer Manager â Order to Remittance]]> CLIENT HIGHLIGHT

LOCATION

Remote, EST

COMPENSATION

$58-$65 per hour.

SCHEDULE

Remote. Monday-Friday. (40 hours per week)

1travel week per month. Domestic and International

CONTRACT TERM

1 year with high likelihood of extension or conversion to full time employee.

POSITION OVERVIEW â Project Engineer Manager â Order to Remittance

Within the Gas Power Americas team, the Senior Project Engineering Manager will be under the operational responsibility of the Americas Pole Leader for Project Engineering Management, located in Schenectady, New York. You will execute the engineering portion of OTR contracts that contain Balance of Plant (BOP) scope. Own the project control activity globally and drive consistent functional specifications and common global processes for projects implementation. Activities that are conducted to better understand or ultimately meet the expectations of the customer Impacts approaches, projects and programs in the functional area or affected business organization and ways of working. Impacts quality, efficiency and effectiveness of own team. Has significant input into priorities. Guided by professional practices and policies that are shaped by the role. The role has moderate autonomy, requiring high levels of operational judgment. Job will require some travel within the US, Latin America, and Globally.

RESPONSIBILITIES

Serves as the technical leader/manager to develop a scope of work and plan schedule and
monitor engineering activities for customer projects. Provide technical leadership and
interface with Proposal Management, Cost Estimating, Partners, Customers, Product
Engineering, Sourcing, Engineering sub-contractors.
Developing specialized knowledge in their discipline. Serves as best practice/quality
resource. Has awareness of latest technical developments in own area. Contributes
towards strategy and policy development, and ensure delivery within area of responsibility.
Has in-depth knowledge of best practices and how own area integrates with others; has
working knowledge of competition and the factors that differentiate them in the market.
Uses judgment to make decisions or solve moderately complex tasks or problems in areas
of operational/product management, manufacturing, technology or engineering. Takes new perspective on existing solutions. Uses technical experience and expertise for data
analysis to support recommendations. Uses multiple internal and limited external sources
outside of own function to arrive at decisions.
Acts as a resource for colleagues with less experience. May lead small projects with
moderate risks and resource requirements. Explains difficult or sensitive information; works to build consensus. Developing persuasion skills required to influence others on topics within field.
Own the engineering execution of BOP-scoped Projects from Contract signature until the end of contractual obligations.
Manage a cross functional Engineering team to master the risks and opportunities of the
Contract.
Providing technical guidance and assistance to Project Management and s internal
engineering teams.
Reviewing Customer specifications and communicating contract and project requirements to all design functions, utilizing internal documentation systems.
Evaluating financial/schedule impact of Customer requested scope changes.
Providing technical support to Engineering, Sourcing, Vendors, and Installation teams to
ensure equipment meets all Customer requirements and business objectives.
Enforce quality procedures and participate in their improvement.
Assure the experience feedback by capturing issues (Lessons Learned
Work in a matrix organization with numerous interfaces: In house with mainly the
Engineering departments of Belfort, Baden, Noida, Queretaro, Schenectady, and
Greenville. In house with fellow PEMâs and Project Coordinators. In house with project
managers, quality, sourcing, logistics and scheduling. Externally with Customers, partners, EPCs, and subcontractors
Serve as Senior Project Engineering Manager, when assigned, to lead and facilitate a total
project solution across all product lines: Global technical project focal point… partner with project manager for customer/EPC meetings, etc. Drive consistent project requirement flow down across product lines (GT/ST/Gen/BOP) (Contractual/compliance).
Driveâfunctional resolution to technical project issues from a system level across product lines.
Respect of the contractual obligations while protecting customer satisfaction. Management of technical risks of the project.
Drive project profitability according to the assigned budgets.

REQUIRED QUALIFICATIONS/SKILLS

Bachelor's or higher degree in Engineering or any other related STEM program from an
accredited university or college.
6 years of experience or more of related industry experience with increasing
responsibilities.

PREFERRED CHARACTERISTICS

Strong interpersonal and leadership skills.
Demonstrated ability to lead programs/projects.
Ability to document, plan, market, and execute programs.
Demonstrates creativity and problem-solving capability.
Willingness/ability to manage multiple priorities simultaneously.
Excellent oral and written communication skills.
Motivated and able to motivate others.
Has a continuous improvement mind set.
Demonstrates customer interface experience
Technical superior training with experience in project/team management preferred, in the field of energy or in the management of transverse teams.
Demonstrates knowledge of Mechanical & electrical codes and compliance.
Demonstrates knowledge of Turbo machinery, generator, electrical, controls and/or Power Plant Accessory systems and equipment.
Expertise in one of the disciplines (Mechanical/ Electrical / Process)

]]> Fri, 27 Feb 2026 00:00:00 CST 0 <![CDATA[Gas Turbine Rotor Structural Analysis Engineer III]]> CLIENT HIGHLIGHT

LOCATION

Remote USA

Greenville South Carolina 29615

COMPENSATION

$49-$56 /Hr.

SCHEDULE

Monday â Friday (8am-5pm EST)

CONTRACT TERM

1 Year Contract, with high likelihood of extension or conversion to full time employee.

POSITION OVERVIEW â Mechanical Design Engineer III
Seeking an experienced Mechanical Design Engineer III to perform 2D and 3D gas turbine rotor finite element analyses (FEA) in Ansys. This role includes evaluating LCF crack initiation and propagation, bolted joint behavior, and overall strength performance, while working with CAD models in Siemens NX pulled from PLM systems. The engineer will document and present analytical results, support defect evaluations, and assist with automation efforts using Python.

3 openings total â 2 Remote, 1 Onsite (Greenville, SC). 40 hours/week

RESPONSIBILITIES

Execute 2D & 3D gas turbine rotor finite element analyses in Ansys
Perform typical post processing exercises such as LCF crack initiation, LCF crack propagation, summarize bolted joint behavior, strength evaluations, etc.
Pull CAD models from PLM
Work CAD models in Siemens NX
Summarize and document analytical results
Support automation of typical tasks with Python as needed
Support defect evaluation through analysis
Present on routine project status meetings
Strong communication skills
Highly collaborative and works well in team environment

REQUIRED QUALIFICATIONS/SKILLS

Bachelor of Science in Mechanical Engineering or equivalent
6+ years of relevant work experience
3D Cad Modeling
ANSYS Finite Element Analysis
Fracture Mechanics Analysis
Low Cycle Fatigue
Microsoft Office
Rotor Design
Siemens NX

DESIRED CHARACTERISTICS

Strong expertise in Ansys for 2D and 3D finite element analysis
Experience with gas turbine rotor or rotating equipment analysis
Proficiency in Siemens NX and working with CAD models from PLM systems
Knowledge of low-cycle fatigue (LCF) crack initiation and propagation methods
Experience evaluating bolted joint behavior and structural strength
Ability to automate repetitive analytical tasks using Python
Strong technical documentation and reporting skills
Confident presenting findings in project status meetings
Detail-oriented with strong problem-solving skills
Collaborative mindset with the ability to work effectively in cross-functional teams

]]> Wed, 18 Feb 2026 00:00:00 CST 0 <![CDATA[Supplier Quality Engineer- Product and Process Qualification]]> CLIENT HIGHLIGHT

LOCATION

Houston, TX (Jacintoport) 77015-6594

COMPENSATION

$46-53/hr

Benefits offered

SCHEDULE

Monday-Friday // Onsite // 40 hours/wk

There is potential for this role to be hybrid eventually

CONTRACT TERM

9 months with high likelihood of extension or conversion to full time employee.

POSITION OVERVIEW â Supplier Quality Leader â Product & Process Qualification- This role is responsible for leading product and manufacturing process qualification activities for fabricated components and complex assemblies to ensure readiness for serial production. This role partners closely with suppliers and cross-functional teams to translate critical-to-quality, customer, and regulatory requirements into robust process controls, manage deviations and nonconformances, and drive effective corrective actions. The position plays a key role in continuous improvement, supplier audits, and cost-of-poor-quality reduction while supporting manufacturing and field operations.

RESPONSIBILITIES

Define and execute product and process qualifications following Gas Power Qualification requirements for Fabrications and various complex assemblies to ensure readiness for serial production: review and approve Manufacturing Process Plans (MPP), Product and Process Quality Plans (PQP), control plans, and inspection plans for assigned components.
Ensure CTQ (critical-to-quality) requirements, customer requirements, and regulatory requirements are correctly translated into supplier process controls and inspection methods.
Validate first article inspection (FAI) and ongoing product verification; monitor process capability and drive corrective actions where performance is not meeting targets.

Deviation & Nonconformance Management

Manage and approve Supplier Deviation Requests (SDRs) ensuring that risk is assessed, documented, and controlled.
Drive the evaluation and disposition of supplier nonconformances in coordination with Engineering, Manufacturing, Sourcing and Field teams.
Lead and own containment, rework and recovery actions at supplier facilities, assembly sites and wind farm sites and ensure effective closure and documentation of issues.

Continuous Improvement & COPQ Reduction

Lead root cause analysis (RCA) and FMEA (design and process) with suppliers to implement robust corrective and preventive actions.
Conduct quality system, product and process audits at supplier sites; verify compliance with client's QMS requirements, client's procedures, and applicable industry standards.

REQUIRED SKILLS

Ability to read assembly drawings/blueprints
Custom Fabrication
Gas Metal Arc Welding (GMAW)
Gas Tungsten Arc Welding (GTAW)
Mechanical Engineering Technology
Production Part Approval Process (PPAP)
Quality Auditing
Certified Welding Inspector preferred

]]> Thu, 12 Feb 2026 00:00:00 CST 0 <![CDATA[Manufacturing Engineer-CNC Programming]]> CLIENT HIGHLIGHT

LOCATION

Greenville, SC 29615

COMPENSATION

$48-$55 per hour. Full benefits can be offered

SCHEDULE

Onsite. 40 hours, roughly 8-5est, not as particular on exact shift, but working 1st shift

CONTRACT TERM

1 year with high likelihood of extension or conversion to full time employee.

POSITION OVERVIEW â Manufacturing Engineer-CNC Programming

RESPONSIBILITIES

Generate and maintain CNC programs utilizing NX-CAM or other software. This could include multi-axis milling, turning, grinding and/or EDM.
Verify new CNC programs prior to release on the shop floor utilizing Vericut.
Provide CNC related support to M.E. (Manufacturing Engineer) and provide operator training during new / rebuilt machine startup and / or process improvements.
Provide daily operator support in the form of CNC programming and troubleshooting support to the shop floor.
Support and implement tooling & fixturing requirements associated with CNC machine tools.
Generate and support workstation instructions (methods) for CNC related issues.
Initiate and lead process improvement projects to improve safety, quality, cost and delivery.
Provide effective communication to appropriate team members when needed.
Work effectively as an individual and in a team-based environment in a matrixed organization.
Work effectively in a fast-paced environment while embracing and driving positive change inside and outside the organization when appropriate.

REQUIRED QUALIFICATIONS/SKILLS

3+ years with NX CAM (NX1953 or later)

PREFERRED

Bachelor degree in Engineering or Machine Tool Technology
Experience creating 5-axis CNC programs using a CAM (preferably NX) system
Experience machining high temperature superalloys found in HDGT or Aerospace components
Experience using Vericut
Minimum of 1 year of experience with high-level machine tool controls including sub-routine(macro), Renishaw probing routine, and variable based programming, as well as CLM (closed loop machining)
Strong familiarity with multiple machine controls including Fanuc, Haas, Okuma, and Siemens Sinumerik ONE
Strong problem solving and organization skills, with above average shop math skills in geometry and trigonometry

]]> Mon, 02 Feb 2026 00:00:00 CST 0 <![CDATA[Clean Combustion Process Control Engineer III]]> CLIENT HIGHLIGHT

LOCATION

Windsor, CT, 06095

COMPENSATION

$57-63 â full benefits offered

SCHEDULE

Hybrid, Monday -Friday, 1-2 days in office
8am - 5pm

CONTRACT TERM

1 year with high likelihood of extension or conversion to full time employee.

POSITION OVERVIEW â Clean Combustion Process Engineer III

As a member of the Process and Controls Engineering Team, you will be an active contributor to support the Clean Combustion Parts and Services business. You will be responsible for developing tenders, performing detailed studies and leading contract execution. This role requires you to work cross-functionally developing process solutions based on customer needs solving complex problems across the Clean Combustion product line of utility and industrial boilers. The main functions include thermal sizing and process assessment of sub- and supercritical 2-Pass boilers. You will work as a team player and at times as a task leader, acting with humility, transparency, focus and inclusion; analytically minded, decisive, and collaborative.

RESPONSIBILITIES

Process Engineers supports the Clean Combustion Servicesâ boiler market for a wide variety of customer requests including pressure part material and equipment upgrades and comprehensive power plant assessments including fuel conversions (coal, natural gas, biomass), emission reductions and heat rate improvements.
Tasks include combustion / process computation for determination of furnace combustor and associated component performance including heat transfer surface configurations and selection of pressure part arrangement and materials based upon project specified fuels, thermal cycles and customer requirements.
Evaluation of boiler auxiliary equipment may be required.
The Process Engineer develops steam generator performance guarantees and supports commissioning and performance testing activities.
Develop material lists and engineering selections to meet customer requirements and provide required deliverables, collaboration and support for the Project team.
Utilizes in-depth knowledge of a technical discipline and analytical thinking and technical experience to execute business strategy.
Participate as a presenter or reviewer in technical and program reviews.
Assure proper documentation of technical data generated for the assigned projects and/or tasks consistent with engineering codes, policies and procedures.
Uses some judgment and has some ability to propose different solutions outside of set parameters to address more complicated manufacturing processes with technical variety and/or interdependent production cycles.
Uses technical experience and analytical thinking.
Uses multiple internal and limited external sources outside of own teams to arrive at decisions.
Acts as a resource for colleagues with less experience.
May lead small projects with low risks and resource requirements.
Explains information, developing skills to bring team members to consensus around topics within field.
Domestic travel to visit customer sites, <5%.

REQUIRED QUALIFICATIONS/SKILLS

Bachelor's degree from an accredited university or college in Mechanical Engineering, Chemical Engineering or other engineering discipline
Minimum 6 years of relevant work experience.
Strong oral and written communication skills. Demonstrated ability to analyze and resolve problems. Ability to document, plan, market, and execute programs. Established project management skills.
Respectful, receptive, agile, eager to learn.

]]> Fri, 23 Jan 2026 00:00:00 CST 0 <![CDATA[Clean Combustion Controls Engineer II]]> CLIENT HIGHLIGHT

LOCATION

Windsor, Connecticut 06095

COMPENSATION

$54-60 â full benefits offered

SCHEDULE

Hybrid, Monday -Friday, 1-2 days in office
8am - 5pm

CONTRACT TERM

1 year with high likelihood of extension or conversion to full time employee.

POSITION OVERVIEW â Clean Combustion Controls Engineer II

RESPONSIBILITIES

Identify, develop, evaluate, introduce, and manage engineering solutions for product control and control system technology needs.
Apply control theory and mathematical modeling to design and control systems with desired behaviors.
This includes operability, setting of boundaries, cycle optimization, control logic, control related software, sensors, hardware and software algorithms, and feedback to control the performance of devices, subsystems and control systems.
Work autonomously on complex tasks.
Develop complete hour estimate, schedule and material lists for cost estimating from engineering selections and customer requirements.
Utilizes in-depth knowledge of a technical discipline and analytical thinking and technical experience to execute business strategy.
Has an understanding of National Fire Protection Association (NFPA) Codes, Burner Management Systems and Distributed Control Systems.
Has knowledge of best practices and how own area integrates with others.
Participate as a presenter or reviewer in technical and program reviews. Assure proper documentation of technical data generated for the assigned projects and/or tasks consistent with engineering codes, policies and procedures.
Uses some judgment and has some ability to propose different solutions outside of set parameters to address more complicated manufacturing processes with technical variety and/or interdependent production cycles.
Uses technical experience and analytical thinking.
Uses multiple internal and limited external sources outside of own teams to arrive at decisions.
Acts as a resource for colleagues with less experience.
May lead small projects with low risks and resource requirements.
Explains information, developing skills to bring team members to consensus around topics within field.
Domestic travel to visit customer sites, <5%.

REQUIRED QUALIFICATIONS/SKILLS

Bachelor's degree from an accredited university or college in Electrical Engineering or other engineering discipline
Minimum 6 years of relevant work experience.
Strong oral and written communication skills. Demonstrated ability to analyze and resolve problems. Ability to document, plan, market, and execute programs. Established project management skills.
Respectful, receptive, agile, eager to learn.

]]> Wed, 21 Jan 2026 00:00:00 CST 0 <![CDATA[Lead Protection & Control Engineer IV - T&D substations]]> CLIENT HIGHLIGHT

LOCATION

Remote, USA

COMPENSATION

$62-69 per hour (full benefits offered)

SCHEDULE

100% remote position
Work schedule: 8-5 CST

CONTRACT TERM

1 year with high likelihood of extension or conversion to full time employee.

POSITION OVERVIEW â Lead Protection & Control Engineer IV - T&D substations

RESPONSIBILITIES

Ultimately be responsible to ensure high quality design of protection schemes for all kinds of T&D substations, Data Centers, Industrial, BESS applications including one-lines, three-lines, AC / DC schematics, and relay settings.
Lead a local or remote design teram to develop P&C designs (protection single line diagram, 3 Line Diagrams, panel general arrangement and schematics, wiring diagrams)
Evaluate the interoperability, control features and communication/protocol aspects of IECâs serving as protection relays to provide integrated solution including SCADA, Cybersecurity and telecommunication needs
Be familiar with IEC61850 process and system bus architecture and its implementation for substations
Able to work independently on the following P&C drawings: one line protection and metering diagrams, tripping tables/matrix, logic diagrams, Aux power DC and AC one line diagrams, relay protection and control schematics, metering, monitoring and alarm schematics, SCADA block diagram, racks and panels views, wiring diagrams, control house layouts, cable schedules and bill of materials. Develop optimized designs with a safety mindset.
Coordinate P&C design with Electrical layout engineers and designers, Relay Setting Engineers, site managers, commissioning engineers and field personnel
Coordinate with vendors and manufacturers and review technical documentation related to P&C design
Interface with customer to resolve technical issues
Prepare P&C engineering estimates. Estimate P&C equipment quantities and costs for proposals.
During project execution, communicate with Project Engineering Manager to resolve engineering and design aspects that impact material cost, schedule, engineering budget, safety and quality.
Perform applicable design calculations required for DC battery and charger sizing, voltage drop calculations, aux AC power design and to define CT and PT/CCVT parameters to be specified.
Create and support development of FAT, SAT, Outages and cutover plans and procedures. Support field testing and commissioning either from office or by on site presence.
Perform engineering and constructability reviews of P&C deliverables of own project and those of other teams (peer review).
Support the engineering manager in meeting business KPIs and department goals. Be an active participant and contributor to improvements in design procedures, standards development, quality, productivity. Proactively participate in Return Of Experience and Lessons Learned.
Execute projects while maintaining compliance to business policies, tools, procedures, methods. Embrace a culture of humility, transparency and deliver with focus.

REQUIRED QUALIFICATIONS/SKILLS

Bachelorâs degree in Electrical Engineering from an accredited university or college (BSEE with Power major strongly preferred)
Minimum 5 years of experience in system protection schemes, relay selection, primary equipment interface requirements, operational analysis, communication systems and maintenance practices for transmission, distribution, and generation protection applications at both AIS and GIS substations.
P.E. License or EIT with willingness to pursue and acquire P.E certification.
Fluent in written and spoken English. Strong influencing and relationship building skills. Demonstrated presentation skills.
Ability and willingness to travel up to 20% of the time, including international, for meetings and on-site commissioning tests for customer installations and comply with all relevant compa Be familiar with IEC61850 process and system bus architecture and its implementation for substations
Coordinate P&C design with Electrical layout engineers and designers, Relay Setting Engineers, site managers, commissioning engineers and field personnel
• Create and support development of FAT, SAT, Outages and cutover plans and procedures. Support field testing and commissioning either from office or by on site presence
Lead a local or remote design teram to develop P&C designs
Perform applicable design calculations required for DC battery and charger sizing, voltage drop calculations, aux AC power design and to define CT and PT/CCVT parameters to be specified.
• Perform engineering and constructability reviews of P&C deliverables of own project and those of other teams (peer review)
Prepare P&C engineering estimates. Estimate P&C equipment quantities and costs for proposals any travel and tax policies.

]]> Wed, 14 Jan 2026 00:00:00 CST 0