10+ years of engineering experience in power distribution and electrical infrastructure for large-scale manufacturing facilities.
In-depth knowledge of National Electrical Code (NEC) and NFPA 70E safety standards.
Proven design expertise in Medium-Voltage (MV) and Low-Voltage (LV) power distribution systems.
Proficiency in drafting and reviewing electrical single-line diagrams and technical specifications.
Experience in designing electrical infrastructure within Cleanroom and utility environments.
Hands-on experience in security system design and vendor coordination.
Strong communication skills for technical reporting and collaboration with contractors.
Responsibilities
Oversee electrical systems management across engineering, procurement, construction, and commissioning phases.
Review power distribution designs to ensure alignment with owner specifications and operational needs.
Analyze production equipment patterns to determine facility power capacity.
Lead negotiations and discussions with local utility providers regarding power supply contracts.
Manage regulatory compliance and permitting workflows with local authorities.
Draft technical specifications for electrical equipment procurement and manage vendor discussions.
Review contractor deliverables to ensure design integrity and quality control.
Benefits
Opportunity for international travel to align technical requirements and project reviews.
Engagement in high-tech manufacturing projects with significant impact.
Collaboration with cross-functional teams and industry experts.
Exposure to cutting-edge electrical engineering practices and technologies.
Full Job Description
Description
ELECTRICAL ENGINEER
Location: Cartersville, GA
Classification: Salary ( Exempt )
SUMMARY
Serving as the technical advisor for Electrical Engineering on high-tech manufacturing facility (Fab) construction projects, this role acts as a primary technical liaison between corporate headquarters, local engineering firms, utility providers, and local Authorities Having Jurisdiction (AHJ). The Electrical Engineer ensures owner requirements and operational needs are accurately integrated into electrical distribution and substation designs while upholding strict quality control standards. Key responsibilities include providing technical leadership across all power engineering phases, facilitating communication between headquarters and site operations, and supporting overall project decision-making.
RESPONSIBILITIES
EPC Power Systems Oversight: Oversee end-to-end electrical systems management across engineering, procurement, construction, and commissioning phases for manufacturing Fab facilities.
Power Distribution & Requirements Alignment: Review power distribution system designs to align technical execution with internal owner specifications and operational demands.
Load Analysis & Power Demand Calculations: Analyze production equipment operating patterns and peak load profiles to accurately determine facility power receiving capacity.
Utility Company Coordination: Lead technical negotiations and power supply contract discussions, including rate structures, with local electric utility providers.
Permitting & Code Inspections: Manage regulatory compliance, permitting workflows, and interactions with local Electrical Inspectors and AHJs.
Equipment Procurement & Vendor Management: Draft technical procurement specifications for electrical equipment and manage technical discussions with vendors and contractors.
Quality Assurance & Contractor Management: Review contractor deliverables, single-line diagrams, and technical drawings to ensure design integrity and field quality control.
Capex & Schedule Control: Track electrical scope expenditure against Capex targets and manage power project schedules to align with overall construction milestones.
Global Collaboration & Travel: Travel frequently to international company sites to align technical requirements, review designs, and coordinate execution between corporate headquarters and overseas entities.
Adhere to the policies and procedures of Hanwha Qcells.
Perform other duties and special project, as assigned by management.
REQUIRED QUALIFICATIONS
Experience: 10+ years of progressive engineering experience in power distribution, substation systems, and electrical infrastructure for large-scale industrial manufacturing facilities.
Codes & Standards: In-depth knowledge and application of National Electrical Code (NEC) and NFPA 70E safety standards.
Power Systems Engineering: Proven design expertise in Medium-Voltage (MV) and Low-Voltage (LV) power distribution and substation systems.
Technical Documentation: Proficiency in drafting and reviewing primary electrical single-line diagrams, schematic drawings, load flow analyses, and technical specifications.
Cleanroom & Utility Infrastructure: Demonstrated capability in designing and implementing electrical infrastructure within Cleanroom (C/R) and central utility environments.
Security & Specialized Systems: Hands-on experience in security system design and coordinating technical requirements with specialty vendors.
Utility Interconnection & Contracting: Experience managing power interconnection discussions and power purchase agreement details with local utility providers.
Technical Communication: Strong communication skills for technical reporting, cross-functional collaboration, and discussions with AHJs and contractors.
International Travel Flexibility: Willingness and ability to travel frequently to overseas locations for technical alignment, project reviews, and cross-border collaboration.
PHYSICAL REQUIREMENTS
Able to stand and walk the production area throughout the workday
Able to lift to 50 pounds without restriction
Reaching, pushing, pulling, or lifting as required within limits set by Q Cells
Prolonged periods of sitting at a desk and working on a computer
PREFERRED QUALIFICATIONS
U.S. Manufacturing Experience: Direct involvement in U.S.-based industrial plant, manufacturing facility, or cleanroom construction projects.
Professional Licensure: Active U.S. Professional Engineer (PE - Electrical) license, or equivalent hands-on engineering experience.
AHJ & Permitting Track Record: Proven background navigating U.S. local permitting processes and building inspector approvals.
Equipment Mapping & Mechanical Integration: Practical experience in power mapping and interfacing electrical distribution with mechanical manufacturing equipment.
