HVAC Product Engineer I

AAON, Inc.•Redmond, OR

42d

About The Position

HVAC Product Engineers are responsible for designing, developing, and supporting highly customized HVAC equipment from concept through manufacturing and field support. In this role, you’ll collaborate closely with sales, design, manufacturing, testing, and project teams to translate customer requirements into efficient, high-quality engineered solutions. You’ll apply strong fundamentals in thermodynamics, heat transfer, refrigeration, and mechanical design while leveraging 3D modeling and analysis tools to innovate and continuously improve products. This position offers the opportunity to work hands-on with real equipment, influence product direction, and see your designs built, tested, and delivered to customers.

Requirements

Bachelor’s Degree in Mechanical Engineering or similar field
3+ years of HVAC related experience or an equivalent combination of education and experience
In depth knowledge of principles and practices of engineering, preferably in the HVAC and manufacturing industries
1+ year experience with 3D modeling software such as Autodesk Inventor (preferred) or Solidworks
In-depth knowledge and experience with AutoCAD
Strong organizational, interpersonal and communication skills.
Ability to visualize theoretical models and design idea
Microsoft Office required
Refrigeration and hydronics experience
Excellent analytical and design skills
Advanced trouble shooting skills
Good project management skills
Excellent attention to detail
Able to work efficiently with minimal supervision
Creative abilities, problem solving skills
Time management skills
Communicates effectively in written and spoken form.
Possesses excellent interpersonal relationship skills.
Exhibits good decision making and analytical problem solving abilities.
Demonstrates strong multi-tasking capabilities and organizational skills.
Works effectively in a team environment.
Works effectively in a fast-paced high-pressure environment.
Lift up to 50lbs.
Sit or stand for up to 95 percent of work hours.
Periodic visits to the manufacturing facility with seasonal hot and cold temperatures, dust, and some chemical fume exposure.

Responsibilities

Design products and coordinate the manufacturing process of those products.
Work with the engineering team to design innovative new products.
Work closely with the sales and design teams to create industry-relevant products that meet project and company specifications.
Transform ideas into high-end products that perfectly meet the needs of our customers.
Create complete product designs using component selection software and 3D modeling tools.
Research new technologies and apply them to product lines.
Use industry knowledge to develop unique product ideas.
Update existing designs for cost reduction, innovative upgrades, efficiency, etc.
Create models, prototypes, drawings, BOMS, etc.
Test and validate new designs and updates.
Keep current on product and component technology improvements and industry trends to effectively perform functions of the position.
Work with manufacturing to optimize design for production.
Troubleshoot customer issues.
Assist factory personnel with testing and assembly.
Research new technologies and apply them to product lines.
Assist the Marketing and Sales Departments with technical training and materials.
Assist development of, and work within, project budget and timelines.
Propose new ideas and initiating cost reduction and product improvement effort to increase overall value of product.
Maintain product documentation to assure engineering documentation, drafting documentation, and products are consistent.
Give advice, analyze information, and provide technical guidance within a specific function for others within the organization.
Consult, design, test and innovate HVAC solutions for clients of every size; as well as lead projects and provide design expertise.
Develop and execute Product Development testing plans in support of engineering objectives.
Guide testing technicians during testing.
Analyze HVAC systems and equipment when necessary to find inefficacies or malfunctions and create solutions to optimize performance and increase the efficiency of operation.