Electrical Design Engineer

Emerson•Shakopee, MN

8d•$80,000 - $105,000•Onsite

About The Position

If you are an Electrical Engineering graduate (BSE) and a natural born leader looking for an opportunity to launch a successful engineering career, Emerson has an exciting role for you! Based at our Shakopee, MN location, you will work directly within the R&D department and play a significant role in the development of our next generation of sensor products as well as improving existing products. This is a unique engineering role that requires working cross-functionally with all aspects of product development engineering, product test, manufacturing and supply chain. You will be trained and participate in the design, development, and support of Emerson’s Analytical Instruments products (Combustion Analysis, Liquid Analysis, Flame and Gas Detection).

Requirements

Bachelor's degree in Electrical Engineering from an accredited engineering school
Zero (0) to Four (4) years of experience
Working knowledge and understanding of electronics fundamentals
Basic knowledge and competency using standard engineering laboratory tools and instruments
Basic knowledge developing electronic circuits using schematic capture, simulation, and board layout tools
Basic mechanical aptitude
Legal authorization to work in the United States

Nice To Haves

Experience with Labview and Allegro / Cadence tools

Responsibilities

Develop in-depth experience in areas of technology relevant to the design and development of Emerson’s Analytical Instruments products.
Directly support design, development and continuation electrical engineering activities within cross-functional teams including design, manufacturing, and test engineering groups.
Train to utilize electrical design and development tools used in capturing circuit design schematics, laying out printed circuit boards, and performing circuit simulations.
Perform electronics design verification testing activities and provide evidence to engineering peers that designs meet or exceed specification requirements and customers’ needs.
Facilitate design reviews and collaborate with other engineering disciplines.
Perform a variety of electronic measurements using common laboratory equipment.
Perform statistical analysis of laboratory test results and report findings to engineering peers.
Troubleshoot Emerson systems and electronic circuits to a functional block or component level.
Periodically support global electronics circuit card manufacturing and global product manufacturing by improving product designs, streamlining manufacturing processes, reducing manufacturing costs, and improving quality.