Design Engineer I: CAD & Product Innovation

Advanced Atomization Technologies LLC; Village of Clyde (NY); On-site; USD 77,000 - 96,000; Full time

Benefits offered by this job

Health Insurance

Dental Insurance

Vision Insurance

Job summary

Advanced Atomization Technologies, LLC is seeking an entry-level engineer to analyze, research and design components or systems to improve products while reducing cost and facilitating manufacturing operations.

The successful candidate will apply mechanical and materials science principles to design products or subsystems, develop drawings, and support documentation for manufacturing in a collaborative, cross-functional environment.

Qualifications

• Bachelor’s degree in Manufacturing Engineering or related engineering field.
• May have limited prior industry experience or worked with direction in student internship programs.
• SME or ASME certification desired.

Responsibilities

• Creates designs by analyzing product specifications, performance requirements, and existing manufacturing capabilities. Performs moderately complex design, fabrication, modification, and evaluation of components, subsystems, and systems by applying engineering principles and established analytical tools.
• Investigates aspects such as ease of manufacture, material availability and cost defining considerations.
• Prepares or directs preparation of product layouts, detailed drawings, and assembly drawings using CAD tools and standards.
• Reviews drawings and models to ensure clarity, form, fit, and conformity; identifies errors and suggests improvements.
• Conducts analyses and tests for new designs, materials or processes and documents results.

Skills

Cross-functional teamwork

Communication

Customer service

Education

Bachelor’s degree in Manufacturing Engineering

Job description

Advanced Atomization Technologies, LLC is seeking an entry-level engineer to analyze, research and design components or systems to improve products while reducing cost and facilitating manufacturing operations.

The successful candidate will apply mechanical and materials science principles to design products or subsystems, develop drawings, and support documentation for manufacturing in a collaborative, cross-functional environment.