Manufacturing Engineer

For this U.S.

based position, the expected compensation range is $96,000 - $144,000 per year, which includes base pay and short-term incentive.

The compensation range for this full-time position applies to candidates located within the United States.

Our salary ranges are determined by reviewing roles of similar responsibility and level.

Within the salary range, individual pay is determined by several factors including performance, knowledge, job-related skills, experience, and relevant education or training.

Schneider Electric also offers a comprehensive benefits package to support our employees, inclusive of medical (with member reward points), dental, vision, and basic life insurance, Benefit Bucks (credits to apply towards your benefits) flexible work arrangements, paid family leaves, 401(k) + match, well-being and recognition (including service anniversary) programs, 12 holidays per year, 15 days of paid time off per year (pro-rated in the first year of employment based on start date), opportunity to purchase company stock (eligibility depends on start date), and military leave benefits.

You must submit an online application to be considered for the position.

The Company will accept applications on an ongoing basis until the position is filled.

What will you do?

As a Manufacturing Engineer you will play a crucial role in managing the development and improvement of manufacturing processes.

Evaluates manufacturing processes by designing and conducting experiments, applying knowledge of product design, fabrication, assembly, tooling, materials, and lean manufacturing principles.

This includes conferring with equipment vendors, soliciting observations from operators, quality engineering, and customer feedback.

What skills and capabilities will make you successful?


* Collaborates with design team to ensure products are optimized for manufacturability, quality, and balancing functionality, cost, and production efficiency.


* Contributing member in the development of new product introduction (NPI).


* Continuously identifies areas of improvement through analysis of manufacturing operations, including, but not limited to, workflow planning, space requirements, personnel requirements, equipment layout, time studies, first time through performance, and scrap percentage to reduce cost, improve, and optimize productivity and quality.


* Assures product and process quality by establishing work instructions, process capabilities, designing finished- product testing methods, and validating manufacturing processes through pilot builds


* Provides manufacturing decision-making information by calculating production, labor, and material costs, reviewing production schedules, and estimating future requirements.


* Prepares product and process reports by collecting, analyzing, and summarizing information and trends.


* Provides data-driven manufacturing engineering information when responding to internal and external inquirie...