What are the responsibilities and job description for the Fan Performance Testing Engineer position at ProcessBarron?
Position Summary:
Fan Performance Testing Engineer is responsible for executing field-testing operations related to industrial fan systems and auxiliary equipment. This role ensures high-quality data collection, analysis, and reporting for systems such as boilers, kilns, and steel mill draft systems.
Key Responsibilities:
Oversee scheduling, resource allocation, and performance management for field testing projects.
Ensure compliance with safety protocols and company policies during all field operations.
Supervise and review field testing programs, ensuring accuracy in data collection and analysis.
Ensure calibration and maintenance of all testing equipment.
Coordinate with Sales, Engineering, and Operations to align project goals and deliverables.
Write, review and approve test plans, reports.
Oversee the development of cost estimates and inspection plans for new and existing projects.
Analyze historical project data to improve estimation and reporting accuracy and efficiency.
Develop and deliver training programs for new hires and junior analysts.
Maintain and update standard operating procedures and training materials.
Qualifications:
Education: Degree in Engineering or related field is preferred but not mandatory.
Experience: Field testing experience is preferred but not mandatory.
Certifications: Valid driver’s license and US passport (if not available, passport can be obtained at a later date).
Technical Skills: Proficiency and/or familiarity in flow and pressure testing equipment is preferred but not manadory, MS Office Suite (especially Excel), and data analysis tools.
Soft Skills: Strong leadership, communication, and problem-solving abilities. Ability to work independently and collaboratively.
Physical & Environmental Requirements:
Ability to work 40–50 hours per week, including nights and weekends as needed.
Must be able to lift up to 75 lbs, climb ladders, and work at heights up to 300 feet.
Willingness to work in extreme environmental conditions (heat, cold, dust, noise, etc.).
Fan Performance Testing Engineer is responsible for executing field-testing operations related to industrial fan systems and auxiliary equipment. This role ensures high-quality data collection, analysis, and reporting for systems such as boilers, kilns, and steel mill draft systems.
Key Responsibilities:
Oversee scheduling, resource allocation, and performance management for field testing projects.
Ensure compliance with safety protocols and company policies during all field operations.
Supervise and review field testing programs, ensuring accuracy in data collection and analysis.
Ensure calibration and maintenance of all testing equipment.
Coordinate with Sales, Engineering, and Operations to align project goals and deliverables.
Write, review and approve test plans, reports.
Oversee the development of cost estimates and inspection plans for new and existing projects.
Analyze historical project data to improve estimation and reporting accuracy and efficiency.
Develop and deliver training programs for new hires and junior analysts.
Maintain and update standard operating procedures and training materials.
Qualifications:
Education: Degree in Engineering or related field is preferred but not mandatory.
Experience: Field testing experience is preferred but not mandatory.
Certifications: Valid driver’s license and US passport (if not available, passport can be obtained at a later date).
Technical Skills: Proficiency and/or familiarity in flow and pressure testing equipment is preferred but not manadory, MS Office Suite (especially Excel), and data analysis tools.
Soft Skills: Strong leadership, communication, and problem-solving abilities. Ability to work independently and collaboratively.
Physical & Environmental Requirements:
Ability to work 40–50 hours per week, including nights and weekends as needed.
Must be able to lift up to 75 lbs, climb ladders, and work at heights up to 300 feet.
Willingness to work in extreme environmental conditions (heat, cold, dust, noise, etc.).