• Lead the design and development of electrical construction plans, including layouts, details, and specifications. • Engineer comprehensive building systems including lighting, power distribution, and specialty electrical systems. • Collaborate closely with multidisciplinary teams—architects, interior designers, civil engineers, and other building systems professionals. • Mentor junior staff and contribute to a culture of technical excellence and continuous improvement. • Engage with clients, contribute to proposals, and support business development efforts. • Perform complex analysis, calculations, design, evaluation and inspection for a specific area of technical expertise which includes Electrical Power and Lighting. • Utilize Autodesk Revit and AutoCAD software to complete construction drawings. Also, use Revit as an engineering tool to design the electrical systems including device layout, power circuiting, lighting design, panel schedules, etc. • Review project requirements and specifications and confer with other disciplines and managers to determine assistance required in plan preparation, evaluation of project conditions, design changes and reports. • Front-facing with clients. Perform client and project needs assessments, determine and discuss potential solutions, and ensure satisfactory customer service. Also, attend project meetings to present design concepts and make adjustments to meet client requirements. • Prepare and present technical and program information to team members, management, and clients in a clear and logical manner. • Complete design tasks by detailing the scope of work, conducting the analysis, inspecting the site, reviewing the requirements to assure the quality of the assigned task. • Coordinate or perform field work to gather data and materials. • Maintain a working knowledge of government, military and industry criteria and standards. • Perform quality control procedures such as reviewing project deliverables prior to client submissions also performing an internal technical review of other engineers’ designs. • Create a good line of communication with both internal and external customers. • Edit and review technical specifications and prepare a written narrative as part of the project deliverables. • Review shop drawings and submittals, answer RFI’s and perform site visits as needed during the construction phase. • Prepare design fees for project managers or contractors as required as part of proposal or RFP process. • Experience with Telecommunications, Electronic Security Systems, Intercom, Public Address, Audiovisual, and additional special systems preferred.

This description is a summary of our understanding of the job description. Click on 'Apply' button to find out more. Role Description The Lead R&D Engineer will spearhead the design, development, and validation of medium voltage power distribution products, overseeing a team of engineers to deliver innovative, reliable, and cost-effective solutions. This role combines hands-on technical expertise with leadership responsibilities, managing multiple projects from concept through production while ensuring compliance with industry standards. You will mentor engineers, optimize design processes, and collaborate with cross-functional teams to align engineering, manufacturing, and operational goals. The position emphasizes continuous improvement, innovation, and the delivery of high-quality products in a fast-paced, collaborative environment. This is an ideal opportunity for an experienced engineer seeking both technical challenge and leadership impact. - Lead the design, analysis, and validation of medium voltage power distribution systems, including metal-clad and metal-enclosed switchgear. - Manage and mentor a team of engineers and designers, providing guidance, performance feedback, and career development support. - Oversee new product introduction (NPI) projects to ensure compliance with customer specifications, industry standards, and internal quality benchmarks. - Conduct peer reviews, provide constructive technical feedback, and implement process improvements to minimize design errors and optimize performance. - Collaborate with manufacturing and cross-functional teams to ensure designs are manufacturable, cost-effective, and aligned with project goals. - Track project metrics, address technical challenges proactively, and facilitate communication across multiple engineering sites. Qualifications - Bachelor’s degree in Electrical or Mechanical Engineering; MSME preferred. - 10+ years of experience in R&D, product development, or related roles within the power distribution industry. - Strong expertise in medium voltage power distribution systems, including electrical, thermal, and mechanical design considerations. - Proven leadership experience with a track record of mentoring teams and fostering innovation and continuous improvement. - Proficiency in 3D modeling and 2D drafting tools such as SolidWorks and AutoCAD; CFD or FEA experience is a plus. - Familiarity with IEEE/ANSI, CSA, EEMAC, and NFPA70E standards is highly desirable. - Experience managing multiple complex projects in a fast-paced, design-to-order or custom engineering environment. - Strong analytical thinking, problem-solving skills, attention to detail, and effective communication across teams. Benefits - Competitive salary with potential for accelerated growth. - Comprehensive healthcare, dental, and vision coverage. - Flexible PTO and paid parental leave. - 401(k) plan with employer match and other financial benefits. - Supportive work environment emphasizing collaboration, innovation, and work-life balance. - Opportunities for professional development and mentorship within a high-impact engineering team. - Remote-friendly or on-site options in multiple U.S. locations.

• Responsible for the selection, qualification, application, failure analysis, and documentation management of components, materials, and chemicals together with their supplier evaluation. • Classify, characterize company-used components, parts, materials, and chemicals, and organize and manage them as an integral material library. • Create component & material selection and qualification guidelines, standardize testing methods, devise the test plates for common screening and qualification testing. • Support on materials-related subjects such as datasheet interpretation, alternative proposal, application advising, failure analysis, storage and handling, etc. • Support efforts for cost reduction and component alternatives, and address engineering questions (EQ) from suppliers to ensure quality, performance, and compliance standards are met. • Exploit emerging technology, industry advances and new components, and develop their application scenarios for adoption by new product development. • Review product designs to ensure robust and reliable design-in of components and materials both technically and commercially such as lifecycle state, regulation & compliance requirements (e.g. RoHS, REACH, UL, etc.) and supply assurance. • Lead the root cause analysis of component failures, identify the failure mechanism, and derive countermeasures. • Identify critical and high-risk components in products, develop necessary mitigation plans, and lead reliability and quality test. • Evaluate supplier technical competency, and conduct supplier search or selection for key components, visit to audit suppliers if required. • Standardize various technical documents (test plan, reports, guidelines, etc.), craft documentation templates, and optimize the corresponding rules and processes.

• Responsible for selection, qualification, application, failure analysis and documentation management of components, materials and chemicals • Classify and organize materials as an integral library • Create selection and qualification guidelines, standardize testing methods • Support materials-related subjects such as datasheet interpretation and failure analysis • Lead root cause analysis of component failures and develop mitigation plans • Evaluate supplier technical competency and conduct supplier selection • Standardize technical documents and optimize corresponding processes