Harman

Overview

As a Regional AME Test Engineer, you will play a key role in shaping the test strategy and manufacturing test infrastructure for next-generation automotive products. Working as an individual contributor, you will partner with cross-functional teams across engineering, quality, manufacturing, suppliers, and global technology organizations to develop reliable, efficient, and standardized test solutions.

About Harman

As a technology leader that is rapidly on the move, HARMAN is filled with people who are focused on making life better. Innovation, inclusivity and teamwork are a part of our DNA. When you add that to the challenges we take on and solve together, you’ll discover that at HARMAN you can grow, make a difference and be proud of the work you do every da

Requirements & Eligibility

• Strong understanding of manufacturing test engineering principles, including test concepts, validation methodologies, and production test systems.
• Ability to design, develop, and troubleshoot test equipment hardware and software in a manufacturing environment.
• Working knowledge of C# programming for the development, maintenance, and continuous improvement of manufacturing test applications and automation solutions.
• Solid understanding of electronics fundamentals, including analog and digital circuits, measurement techniques, signal analysis, and hardware troubleshooting.
• Professional working proficiency in English is required to collaborate effectively with global engineering and business partners.

Key Responsibilities

• Develop manufacturing test concepts, specifications, and validation strategies that ensure product quality and support successful product launches.
• Lead the development and implementation of hardware and software solutions for test equipment, enabling reliable and efficient testing throughout the product lifecycle.
• Collaborate with product development, quality, manufacturing, and supplier teams to deliver robust test systems that meet customer, regulatory, and production requirements.
• Optimize test processes, cycle times, and test coverage to improve manufacturing efficiency, reduce quality risks, and lower operational costs.
• Drive continuous improvement by introducing new test technologies, measurement methods, and industry best practices into manufacturing operations.