Electrical Engineering Manager (Onsite)

Date Posted:

2025-02-06

Country:

United States of America

Location:

HVT01: S&IS (FUS) - Vergennes 100 Panton Rd, Vergennes, VT, 05491 USA

Position Role Type:

Onsite

Are you ready to lead and innovate in the dynamic world of electrical engineering? As a Manager, Electrical Engineering – New Product Introduction within IMS Sensing & Controls, you will provide direct leadership for your team and be a contributing electrical engineer. This is a unique opportunity to combine hands-on engineering expertise with leadership responsibilities, guiding a team of talented engineers while directly contributing to the design, development, and verification of advanced electrical systems.
 

In this role, you’ll be responsible for mentoring and growing your team, optimizing workflows, and driving improvements in process, quality, and efficiency. You'll engage in complex electrical design projects, tackling challenges in analog and digital circuit development, power systems, and sensor technologies. Whether you're leading engineering teams through critical project phases, ensuring execution to schedule and budget, or developing innovative solutions that push the boundaries of electrical engineering, your impact will be felt across the organization. If you’re a proactive leader with a passion for technical excellence and team development, this is your chance to make a difference in a high-impact role.

What You Will Do:

• Manage the junior level team members and work to identify skills and development needs and enact plans for them to grow and develop their skills within the team
• Coordinating the following for each direct report:  work assignments, mentoring/guidance, career development, timecards, workflows, one on one meetings, performance evaluations, and salary plans
• Work with the Senior Manager to review the Electrical Discipline Health Assessment/Skills Matrix, identify skills/tools gaps/needs and develop/provide training as required
• Set objectives and guide others on execution/approach for achievement of operational results
• Work with the Chief’s Office to support improvement activities
• Design, development, and analysis of analog & digital circuits including: microprocessors, microcontrollers, DSPs, FPGAs, sensor interfaces, signal conditioning, motor controllers, linear and switching power supplies
• Perform analysis tasks including:  power, timing, accuracy/tolerance, stability, EMI compatibility, derating, reliability, safety, and requirements traceability
• Create documentation including hardware design plans, technical requirements, functional specifications, design specifications, qualification test plans and reports
• Support current production designs including quality improvements, cost reduction, component obsolescence and failure analysis
• Evaluate and approve electronic components to meet requirements for availability, performance and cost
• Support proposal/project planning efforts and ensure execution to schedule and budget
• Evaluate failures to determine root cause and corrective actions
• Support engineering/production hardware validation/verification
• Apply knowledge of tolerance analysis, simulation and statistical methods to improve robustness and quality of electronic designs
• Support all phases of the design, qualification, and manufacturing processes
• Apply design practices with consideration for system level performance, EMC/EMI bonding and grounding methods
• Organizing and participating in design reviews
• Provide input and support the implementation of Lessons Learned activities

What You Will Learn:

• Cutting-Edge Product Development: Gain hands-on experience designing and developing advanced sensing and control technologies, including Fuel Sensing Systems, HUMS, Proximity Sensing, and Actuation products, used in aerospace and industrial applications.
• Leadership & Mentorship Skills: Develop your leadership abilities by managing and mentoring a team of engineers, guiding their career growth, and fostering a high-performance culture.
• Advanced Electrical Engineering Techniques: Expand your expertise in analog and digital circuit design, power systems, and EMI/EMC optimization while working on complex engineering challenges.
• Strategic Process Improvement: Learn how to drive efficiency and quality improvements by optimizing engineering workflows, refining development processes, and implementing best practices from the Chief’s Office.
• Cross-Disciplinary Collaboration: Work closely with experts across mechanical, systems, and software engineering disciplines, gaining a well-rounded perspective on integrated product development in a highly technical environment.

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