Jobs at RFA Engineering

The Supplier Quality Engineer investigates and resolves supplier and operational quality issues, coordinates cross-functional disposition of nonconformances, manages process change notifications and deviations, supports root-cause analysis, and helps mitigate production downtime. The role also supports new product introduction projects and applies quality, Lean, Six Sigma, and APQP methodologies in an onsite manufacturing environment.

Leads development and validation of weldment and sheet metal suppliers. Assesses supplier capabilities, tooling, fixturing, inspection methods, process controls, and quality systems. Conducts supplier audits, verifies drawings and GD&T compliance, investigates manufacturing issues, drives root cause analysis, validates corrective actions, and documents technical findings. Collaborates with design, manufacturing, supply chain, and quality teams to improve supplier performance, process capability, and product quality.

Develops back-end embedded software controlling vehicle and machine functions using C, C++, and model-based design. Responsibilities include feature development, microcontroller integration, software testing, prototyping, troubleshooting, documentation, regression testing, and collaboration within Agile and continuous integration workflows. The role supports precision agriculture, vehicle electrification, and off-highway equipment applications in a hybrid environment.

Supports manufacturing and production operations through process development, troubleshooting, continuous improvement, APQP, equipment support, quality improvement, and implementation of engineering changes. Develops process documentation and standard work, analyzes test and manufacturing results, performs root cause analysis, and collaborates with production, quality, operations, design, and engineering teams. Work may involve machining, CNC, assembly, testing, and automated manufacturing processes in an onsite facility.

Supports validation and testing of advanced machine control systems for off-highway equipment. Responsibilities include planning tests, collecting and analyzing performance data, configuring equipment, troubleshooting electrical, electronic, software, network, and communications issues, assisting with calibration and validation, documenting findings, and collaborating with cross-functional engineering teams.

Develops and implements mechanical engineering changes, improves product performance and manufacturability, analyzes BOMs, manages engineering change documentation, supports quality investigations and new product development, and performs machine fit-ups, inspections, testing, and validation. Collaborates with design, manufacturing, quality, and test engineering teams to resolve product issues and maintain product documentation.

Plans, sets up, executes, and evaluates mechanical tests for hydraulic components and systems. Develops test plans, configures instrumentation, operates laboratory equipment, analyzes test data, investigates failures, performs root cause analysis, and prepares technical reports and recommendations. Coordinates multiple testing activities and supports improvements to laboratory methods and data analysis practices.

Source, screen, interview, and hire engineering and technical candidates for contract, contract-to-hire, and direct-hire roles. Manage recruiting lifecycles, maintain candidate pipelines, coordinate interviews and offers, support onboarding, and partner with hiring managers on staffing needs. The role also involves recruiting events, university outreach, applicant tracking system updates, job posting, candidate relationship management, and process improvements.

Provides technical expertise for hydraulic systems and customer applications. Works with OEMs and distributors to evaluate requirements, recommend products, troubleshoot complex mechanical and electrohydraulic issues, support technical sales, and assist with testing, validation, and implementation. Develops customer documentation and training materials while collaborating with engineering, quality, manufacturing, and sales teams. The role requires approximately 20% domestic travel and supports global engineering collaboration.

Conduct quality investigations, containment, corrective actions, audits, and process improvements for fabrication and assembly operations. Track quality metrics, reliability trends, dashboards, and factory issues while supporting new product introductions, quality planning, operator training, and field actions. Collaborate with product, design, manufacturing, and assembly teams to improve product reliability, customer satisfaction, and line quality in an onsite vehicle-equipment manufacturing environment.

Manufacturing Engineer supporting off-highway equipment assembly operations. Responsibilities include developing assembly routings, methods, layouts, quality plans, labor standards, and cost documentation; troubleshooting production issues; analyzing data; improving cost, quality, safety, ergonomics, material flow, and efficiency; implementing lean manufacturing initiatives; and conducting time studies. The role requires an engineering or industrial technology degree, mechanical aptitude, Lean and Six Sigma familiarity, communication skills, and a valid driver’s license.

Design, develop, test, integrate, deploy, and maintain enterprise software applications and services using Java, Spring, Spring Boot, RESTful APIs, microservices, and distributed architectures. Participate in architecture discussions, code reviews, Agile ceremonies, automated testing, troubleshooting, documentation, and continuous improvement. Collaborate with software, quality, and product teams to deliver scalable, secure, and maintainable solutions.

Supports mechanical product development and validation through hands-on testing, engineering analysis, CAD modeling, documentation, troubleshooting, root-cause analysis, and design verification. Develops test procedures, evaluates durability and reliability, performs mechanical calculations, coordinates suppliers and cross-functional teams, and communicates technical findings. The role requires a Mechanical Engineering degree and 2–4 years of relevant experience.

Designs and integrates hydraulic components and systems using Creo and Windchill. Creates 3D models, 2D drawings, and design documentation; collaborates with suppliers, customers, manufacturing, quality, and validation teams; supports assembly-line issues; troubleshoots hydraulic systems; and documents engineering decisions for prototypes and production adoption.

Design and develop mechanical components and systems using Creo and Windchill, including 3D models, 2D drawings, and specification documentation. Collaborate with suppliers, customers, manufacturing, and validation teams to create cost-effective designs. Document engineering decisions and analysis, support prototypes, address quality issues, identify root causes, and drive corrective actions.

Supports mechanical product development from concept through production release for fuel injector systems. Creates 3D models and drawings, coordinates engineering analyses, conducts measurements and validation testing, investigates failures using root-cause methods, and collaborates with suppliers, manufacturing, testing, and engineering teams. Maintains technical documentation, supports prototype and production builds, and presents findings to stakeholders.

Supports centrifugal casting process development through equipment preparation, experimental execution, design of experiments, data analysis, troubleshooting, and process improvement. The role develops manufacturing parameters and documentation while improving safety, quality, traceability, cost, and production flow. Approximately 75% of the work occurs on the shop floor, requiring collaboration with engineers, technicians, and production personnel. The engineer also reviews drawings, applies GD&T, communicates technical findings, and provides shift handoffs. Domestic travel up to 25% is required.

Designs and develops power electronics and microprocessor-based embedded hardware for vehicle and equipment applications. Responsibilities include circuit design, simulation, worst-case analysis, integration, verification, validation, documentation, and production support. The engineer collaborates with manufacturing, quality, and supply management teams while providing onsite technical support. Preferred experience includes inverters, DC/DC converters, battery management electronics, rugged environments, hybrid or electric vehicles, circuit simulation, and FPGA-based designs.

Supports assembly and manufacturing operations in a high-volume facility by troubleshooting equipment, tooling, and process issues; improving standard work, workflows, line balancing, capacity, safety, quality, and productivity; supporting root-cause investigations, corrective actions, continuous improvement, and new product introductions; and maintaining engineering documentation and validation records.

Supports high-volume manufacturing operations through process optimization, equipment and tooling implementation, continuous improvement, facility layout optimization, documentation, capital projects, and new product introduction. Collaborates with quality, operations, maintenance, safety, and engineering teams to troubleshoot production issues, improve safety and efficiency, enhance product quality, and implement manufacturing solutions on the production floor.