Manager-Embedded Firmware

As an S&C Electric team member youll work on projects that have real-world impact. Youll help transform the grid for resilient and reliable power worldwide. S&C has more than a 100-year history of innovation and has been 100% employee-owned since 2012. We continue this legacy as a trusted forward-thinking leader in the electrical industry. You will advance a safer more reliable and more resilient electrical grid. Our products help the grid adapt to severe weather and transition to clean energy. Were big enough to be a respected industry leader but small enough for you to impact our company directly. Our commitment gives you opportunities to impact on and off the job positively.

Join S&C to make an impact on tomorrows energy challenges and become an employee-owner!

Hours

8:00 am 5:00 pm (Mon-Fri) Remote

Compensation

At S&C we are dedicated to providing competitive and equitable compensation for all our team members and we are committed to transparency in our pay practices. The estimated annual base salary range for this position is $137400 - $182108. Individual pay within this salary range is determined by several compensable factors including performance knowledge job-related skills and experience and relevant education or training. This role is also eligible for S&Cs annual incentive plan (AIP) subject to eligibility criteria.

Join Our Team as a Manager-Product Support!

This position is for an individual with the experience ability and drive to lead tactical development projects that deliver embedded firmware applications.

The Manager Product Support will develop plans and execute simultaneous projects with high quality. The candidate will have experience leading both agile and waterfall development projects including project estimation and development execution. Background should include experience in several of the following: control theory real-time processing for protection message related communication protocols embedded Linux embedded RTOS and associated toolchains. The candidate will have a proven track record of completing development projects on time and within budget.

Key Responsibilities:

• Leading development teams to complete architecture specifications analysis design implementation testing and related documentation for mission critical grid automation software.

• Providing support for existing products to contract manufacturers and internal customer support groups (including RMAs and NMRs).

• Developing project schedules task and project completion time estimates then managing progress of the team against the schedule.

• Communicating effectively with project stakeholders at all levels and across disciplines to establish requirements clear roadblocks and set meaningful objectives.

• Recruit train and mentor team members to meet personal professional and corporate performance objectives.

• Working with all levels of the organization to implement and sustain innovation and product development processes.

What youll Need To Succeed:

• BS degree in Electrical Engineering Computer Engineering or Computer Science.

• 10 yearsof experience in the design and development of real-time mission critical embedded controller software.

• Experience managing multidisciplinary teams to deliver embedded solutions involving several application areas.

• Line responsibility for team members in diverse geographical locations is a plus.

• Demonstrable knowledge of the design coding testing verification validation and support of embedded microprocessor code to perform distributed control applications/functions. Additional experience in such applications over radio networks is a plus.

• Detailed demonstrated knowledge and experience developing real-time applications in both open-source (Linux) and proprietary operating system-based environments. Experience with Android and Zephyr operating systems is a plus.

• Ability to travel up to 20% of the time with some periods lasting more than a week.

• Experience in one or more of the following areas is preferred: electric grid automation and control for utility applications; peer-to-peer communications techniques with various modalities and protocols; application of distributed intelligence in embedded control software.