Lead Hardware Design Engineer

• Report to the local EICP Technical Leader – Electronics Center of Excellence (ECoE)

• Facilitate product knowledge and develop quality culture within ECoE Team

• Provide Architectural & System engineering direction to local Electronics team members

• Work with cross-functional and global teams to develop and support Emerson’s industrial measurement products

• Lead and/or assist new product development activities such as: create architecture design, new circuit designs, leverage existing designs, identify and use proven technologies and Provide guidance/support for debugging to the team
• Prepare/support technical proposals, estimate efforts/dependences to plan, Peer review schematics and printed circuit board layouts, and prepare required technical documentation

• Technical ownership of products

• Understand customer requirements and communicate them to cross-functional teams, and act as the liaison for program activities as appropriate.

• Provide regular updates on development and support activities.

• Follow the defined processes and follow the Hardware Development Life Cycle Model

• Review technical concepts of all electronics projects including equipment specification and design.

• You relate comfortably with people across levels, functions, cultures, and geography. You are a self-motivated, team-oriented individual who can set and achieve goals. You are interested in learning, problem solving and collaborate well with others. You work with product other functional groups that includes Software and Supply Chain.

• Engineering in Electronics

• Eight (8) or more years of applicable experience

• Knowledgeable in microcontroller-based board level design, High Speed Design, Precision Analog Design, CPLD & well-versed global Hardware development cycle

• Experience with simulation and analysis tools

Ability to flex working hours to accommodate global time zones

• Experience leading and executing new circuit board designs

• Experience working with international teams

• Experience with international safety and hazardous location design, including intrinsic safety & SIL standards design

• Familiarity with industrial digital communication protocols (e.g. 4-20mA, HART, Modbus)

• Experience with EMC requirements and design techniques