Electrical Engineer IV

Overview

Senior Lead Electrical Engineer at CRB leads electrical design for complex projects in life sciences and food & beverage contexts. You will mentor engineers, collaborate with clients and cross-functional teams, and ensure code-compliant, constructible power systems from concept through construction. The role combines hands-on design with leadership in regulated environments, delivering high-quality, scalable electrical solutions. This is an opportunity to shape critical infrastructure and support CRB's client-focused mission.

Compensation / Benefits

• benefit package
• remote work option

Responsibilities

• Lead electrical design across all project phases (programming, design development, construction documents, construction support)
• Design and coordinate low- and medium-voltage power distribution systems including switchgear, transformers, feeders and protective devices
• Perform power system studies (load, short-circuit, voltage drop, arc flash) and develop construction drawings/specifications
• Ensure code-compliant, constructible drawings and field-issue resolutions from site surveys
• Provide technical leadership during construction (RFI responses, submittals, site observations) and participate in quality reviews
• Mentor junior engineers and designers; promote best practices and continuous improvement
• Collaborate with project managers and cross-disciplinary teams to align scope, schedule and budget
• Coordinate with contractors, vendors, utilities, and equipment manufacturers for design and installation

Key requirements

• ABET-accredited Bachelor's degree: in Electrical Engineering or Architectural Engineering
• Experience: 15+ years of experience in electrical engineering, preferably in consulting or design
• Professional Engineer (PE) license: Active
• Project leadership experience: Proven experience leading projects involving building or industrial power systems and voltage-based infrastructure
• Communication skills: Excellent communication and leadership of multidisciplinary teams
• Analytical skills: Problem-solving and analytical thinking
• Mentorship: Mentorship and knowledge sharing
• Power systems knowledge: Low- and medium-voltage power systems
• Special systems knowledge: Power distribution, lighting, and special systems
• Studies experience: Short-circuit, coordination, load flow, and arc flash studies