Electrical & Systems Test Engineer

What starts with YOU, moves the world! 

Hyster-Yale Materials Handling, Inc, a world-class manufacturer of industrial lift trucks, has an outstanding opportunity for an exceptional and talented TestEngineer I-II based at our Test and Validation Center in Greenville, NC. 

Level placement is based on experience, technical expertise, and scope of responsibility. 

What you will do:  

Baseline Responsibilities: 

• Design and develop components and assemblies for industrial vehicles, ensuring they meet performance, durability, and reliability requirements. 

• Document design specifications to support manufacturing. 

• Work with manufacturing teams to optimize products for efficient and cost-effective production. 

• Support production processes on-site during key phases such as prototype, pilot, and initial production runs. 

Engineer II – Additional Responsibilities:  

• Maintain and update detailed design documentation throughout the project lifecycle. 

• Manage project tasks, ensureaccuracy, and timely completion. 

• Provide guidance and training to team members working on the project. 

Who you are: 

• Strong problem-solving skills with the ability to analyze complex challenges and develop effective solutions. 

• Excellent communication and interpersonal abilities to collaborate across multidisciplinary teams and clearly present technical information. 

• Adaptability and openness to learning, embracing change in a fast-paced, innovative environment. 

• Attention to detail and commitment to delivering high-quality work within project timelines. 

• Proactive approach to taking initiative and contributing positively to team goals. 

What you will need: 

Engineer I 

• Education:Bachelor’s degree in Engineering is required. Electrical Engineering is preferred; Electro-Mechanical Engineering or Computer Science degrees may also be considered. 

• Experience: 0-2 years of industry experience 

Engineer II 

• Education:Bachelor’s degree in Engineering is required. Electrical Engineering is preferred; Electro-Mechanical Engineering or Computer Science degrees may also be considered. 

• Experience: 2-4 years of industry experience 

Skills, Experience & Abilities       

Engineer I 

• Foundational understanding of test planning, validation methods, and technical documentation 

• Experience with data acquisition tools, instrumentation, sensors, and test equipment 

• Ability to read and interpret engineering drawings, schematics, layouts, and test procedures 

• Foundational knowledge of engineering analysis, troubleshooting, and root cause problem solving 

• Basic knowledge of FMEA, DOE, and structured test validation principles 

• Exposure to vehicle electrical systems, controls, or PLC programming 

• Foundational knowledge of CAN communication systems and vehicle network diagnostics 

• Understanding of vehicle systems, mechanical components, and system-level interactions 

• Ability to collect, analyze, and summarize test data to support engineering decisions 

• Safe and effective use of hand tools, power tools, and shop equipment in a test environment 

• Ability to manage multiple priorities, analyze and present information effectively, and communicate clearly. 

• Collaborative, adaptable, and self-directed with strong problem-solving skills and a positive mindset. 

Engineer II 

• Proficient in test planning, validation methods, and technical documentation 

• Experience using data acquisition systems, sensors, instrumentation, and test equipment 

• Able to read and interpret engineering drawings, schematics, layouts, and test procedures 

• Working knowledge of mechanical, electrical, automotive, or vehicle systems 

• Experience with FMEA, DVPs, DOE, and structured product or component validation 

• Familiarity with PLC programming, controls, and CAN communication systems 

• Able to perform engineering analysis, troubleshooting, and root cause problem solving 

• Capable of compiling, analyzing, and presenting test data in reports and design reviews 

• Safe and effective use of hand tools, power tools, and shop equipment 

• Ability to manage multiple projects and priorities in a test or engineering environment 

• Ability to work independently and collaboratively with small teams 

• Strong communication skills 

• Creative problem-solving skills with a willingness to learn and adapt