Product Engineer

Are you a creative problem-solver with a passion for turning ideas into high-quality products?

NASL is seeking a Product Engineer who will serve as the essential bridge between customer needs and our manufacturing capabilities.

In this role, you’ll drive feasibility assessments, product design, and continuous improvements from early concept through production.

You’ll lead sample development, refine manufacturing methods using lean principles, and collaborate closely with cross-functional teams to deliver innovative, efficient solutions.

As the owner of pre-production engineering—including BOMs, routing, and print development—you will play a key role in shaping how our products come to life.

• Be the liaison for sales or customer requests involving product concepts.
• Coordinate information gathering between appropriate cross-functional leaders to develop answers or responses between them and potential or current customers.
• Complete new product feasibility analysis taking into consideration existing manufacturing processes and equipment capabilities.
• Complete cost analysis on new or existing products taking into consideration manufacturing process throughput rates and material options and costs.
• Answers technical questions, and works with various departments on new products, samples, cost analysis, customer requests, etc.
• Bring initiatives and requests to closure in a timely manner through effective interaction with individuals, both internal and external.
• Manages the sample development and tracking processes
• Tracking and scheduling of all current or potential product samples or new product development projects.
• Gather materials or resources needed to design the product
• Must be able to handle multiple projects while maintaining accuracy, detail, and timelines.
• Any required testing of the product for usability
• Coordination and oversight with Planning and Manufacturing to produce the samples to appropriate standards and expectations. May be required to complete some production operations on their own.