Design Engineer 3

KEY RESPONSIBILITIES • Lead the design and development of complex electrical systems, including advanced protection and control circuits, ensuring manufacturability, reliability, safety, and serviceability. • Perform advanced component selection such as CT/PT sizing, protection logic development, and integration of control logic for high-reliability applications. • Independently design complete control, metering, and automation schemes, including system logic, interlocks, alarms, manual overrides, and multi-source metering accuracy. • Drive integration of sophisticated control systems by defining I/O mapping, supporting advanced logic development, and ensuring seamless communication between field devices and supervisory systems. • Interpret and apply ANSI, IEEE, and other relevant standards to ensure regulatory compliance across all project phases. Facilitate risk assessments and guide junior engineers through compliance reviews. • Lead optimization efforts for complex electrical assemblies—balancing performance, cost, manufacturability, and innovation. Introduce new technologies where appropriate. • Design and validate complete protection schemes, including backup logic, interlocks, and coordination studies. Review and validate relay settings and ensure full fault-coverage requirements are met. • Coordinate cross-functional integration by aligning electrical design with mechanical constraints, manufacturing processes, and quality standards. • Provide technical support for complex field issues, collaborate with service teams, and ensure customer feedback is incorporated into future design improvements. • Utilize advanced CAD Electrical tools to develop panel layouts, macros, and complex assemblies while managing design data via PDM systems. • Use SAP for BOM creation and structuring, variant configuration, and engineering change management in collaboration with production planning and procurement. • Use Excel for data analysis and reporting; develop professional documentation and presentations using Word and PowerPoint; maintain collaborative content in OneNote and SharePoint. • Lead technical discussions, design reviews, and stakeholder meetings with confidence. Clearly articulating design decisions, constraints, risks, and trade-offs. • Align project priorities and decisions across teams through clear, persuasive communication, ensuring strategic and technical alignment. • Evaluate complex design scenarios through a balanced lens of innovation, compliance, and performance identifying opportunities for improvement and creative engineering solutions. • Mentor junior engineers through technical guidance, design review feedback, and knowledge-sharing to foster their professional growth. • Deliver clear, structured, and impactful presentations during risk assessments, design reviews, and stakeholder meetings. PROFESSIONAL EXPERIENCE/QUALIFICATIONS • Bachelor’s degree in Electrical Engineering or equivalent discipline. • 8–12 years of hands-on experience in electrical design engineering, with demonstrated expertise in protection, control, and complex system integration. • Excellent communication skills with a proven ability to lead technical discussions, drive alignment, and influence decisions across multidisciplinary teams. • Strong proficiency in designing advanced protection and control circuits, control logic, and complete system-level electrical schemes. • Proven ability to interpret and apply ANSI, IEEE, and other industry standards. • Advanced proficiency in CAD Electrical tools, panel layout development, macros, and PDM systems. • Hands-on experience with SAP for BOM structuring, variant configuration, and engineering change processes. • Strong skills in Excel for data analysis; proficiency in Word, PowerPoint, OneNote, and SharePoint for documentation and communication. • Demonstrated ability to mentor and guide junior engineers. • Strong analytical and problem-solving skills, with the ability to handle complex design challenges independently. • Should be familiar with all industrial standards on switchgear design like CSA#31, UL#508, UL#1558, UL#891, ANSI# C37.20.2.

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