At Air Innovations, we maintain a dedicated Research and Development department to create, test, and validate our engineered solutions. We continually strive for innovative solutions to customers’ problems – that’s why nearly ¼ of our staff hold engineering degrees. We offer competitive pay, great benefits, and a team atmosphere.
Benefits for Full-Time Employees Include:
Medical, Dental, and Vision Plans
HSA and FSA company match with enrollment in a qualified plan
Simple IRA with company match
Company Paid Life Insurance and Long-Term Disability
Supplemental Short and Long-Term Disability
Paid Vacation, Personal Leave, and Sick Leave
Annual Safety Shoe Allowance
Employee Referral Bonus
New product development:
Take engineering concept of the prospective device and turn it into a manufacturable product. Generate all design documentation that defines and supports how the prototype and final product are to be built. Participate in building and testing of prototype in order to validate the concept and/or function of the product. Use the results of prototype testing to make any changes necessary to meet the design objectives of the product. Revise engineering documents to reflect these changes.
Support all required aspects of existing product enhancement, from improving build process efficiency, cost reduction alternatives, reliability improvements, and customer and service support. This also entails Sales support tasks from a technical standpoint.
Essential Job Duties and Responsibilities:(Additional duties may be assigned)
Prepare engineering documentation for all projects such as schematics, P & ID, “Point to Point,” wiring charts, bills of materials, design assumptions, etc.
Assist test engineer during the testing phase on prototypes of new products.
Perform thermodynamic modeling on refrigeration systems for new products for the purpose of selecting refrigeration components used to build these products.
Evaluate field installations and applications and recommend design modifications required to eliminate/correct machine or system malfunctions.
Research and analyze data such as client design proposals, specifications, and manuals to determine the feasibility of design or application.
Collaborate with manufacturing to revise the design of products and parts used in the building of these products so as to improve cycle time and product cost.
Meet with vendors to discuss improvements and updates to their product lines for the purpose of keeping up to date with new technology.
Participate in engineering meetings and meetings with other departments as needed to discuss how to best introduce new products into manufacturing and also meet cost targets for these products.
Perform thermodynamic on products so that the output data can be used to generate rating tables used in product manuals.
Attend on and offsite technical seminars for the purpose of keeping up to date with current HVAC technology.
Education and Experience:
Bachelor’s degree in mechanical or design engineering required.
Five to eight years of related experience including design of HVAC mechanical systems and electrical circuitry.
Proficient personal computer skills using AutoCAD, Solidworks, Luvata, Emerson, and Sporlan Product Selectors, and Microsoft Excel and Word.
Occasional after hours and weekend work required during product testing.
Knowledge, Skills, and Abilities:
Ability to design components and fixturing on CAD/CAM
Sound knowledge and understanding of different manufacturing processes and materials.
Proven ability to read, understand and generate complex engineering drawings and technical instructions or manuals.
Must be able to generate and explain detailed schedules, performance, and design objectives.
Demonstrated ability to operate manual machine tools, small hand tools, power tools, and test/inspection equipment;
Excellent attention to detail.
Ability to communicate verbally and in writing.
Must be able to work beyond normal or scheduled work hours as needed.
Physical and Mental Requirements:
High mental and visual attention required for planning difficult work methods and sequences to obtain size, shape, or physical qualities of the product. Ex. Analysis of vapor compression systems through the use of computer and test laboratory.
Ability to stand, walk, talk, hear, use hands to finger, grasp, handle, or feel, push, pull, reach, crouch, kneel, crawl, or bend, and perform repetitive motions with hands and/or wrists.
Ability to exert up to 50 pounds of force occasionally, and/or up to 10 pounds of force frequently to move equipment in the test lab
Required to use safety glasses, hearing protection, and gloves while performing specific tasks.
Work is mainly performed inside in both an office and manufacturing environment.
Exposure to occupational hazards such as moving mechanical parts and loud noises.
Occasional travel locally, nationally, and internationally including overnights and weekends.