Mechanical Application Engineer - High-Speed Connectors

Amphenol Communications Solutions; Nashua (NH); On-site; USD 85,000 - 110,000; Full time

Job summary

Amphenol Communications Solutions in Nashua, NH seeks an Application Development Engineer to guide development of high-speed connectors and cable systems. You will plan technical projects, collaborate with customers, and ensure manufacturability and cost targets are met.

You will translate market requirements into product concepts, coordinate cross-functional teams, and verify designs against performance standards to deliver robust interconnect solutions.

Qualifications

• BS in Mechanical Engineering or Electrical/Electronic Engineering.
• 2–5 years of product development or design experience.
• Experience designing high-speed connectors and cable assemblies.

Responsibilities

• Plan, organize, and conduct technical projects for electrical connectors and cable systems.
• Collaborate with customers and management to develop custom products.
• Translate customer requirements into product concepts via brainstorming and portfolio analysis.
• Design for manufacturability to balance cost and performance.
• Ensure connectors meet all functional requirements for customer applications.
• Provide regular status updates to internal teams and customers.
• Coordinate design verifications and test plans for qualification.
• Maintain lifecycle of components and assemblies.

Skills

Product development

Design for manufacturability

Customer collaboration

Analytical problem solving

Communication skills

Education

BS in Mechanical Engineering

Electrical/Electronic Engineering acceptable

Job description

Amphenol Communications Solutions in Nashua, NH seeks an Application Development Engineer to guide development of high-speed connectors and cable systems. You will plan technical projects, collaborate with customers, and ensure manufacturability and cost targets are met.

You will translate market requirements into product concepts, coordinate cross-functional teams, and verify designs against performance standards to deliver robust interconnect solutions.