EV Site Layout CAD Specialist

Socket.dev; Beverly (MA); On-site; USD 65,000 - 90,000; Full time

Benefits offered by this job

Competitive base salary

Bonus program

Health, Vision, Dental coverage

Generous paid time off

401(k) with company match

Job summary

Highland Electric Fleets seeks a Drafting Specialist to produce conceptual site layouts that translate qualified sites into buildable designs for EV charging, BESS, and edge compute. Reporting to the Engineering Manager, you will create template-driven layouts, coordinate with external design partners, and help sustain a high weekly throughput across a growing portfolio.

This hands-on CAD role emphasizes clean, standards-compliant drawings produced on aggressive timelines, support for 30% and

Qualifications

• Associate degree or 3+ years of drafting experience.
• Produce buildable-area layouts and civil/electrical packages.
• Produce standards-compliant drawings on tight timelines.

Responsibilities

• Set up design templates and create conceptual site layouts for EV charging, BESS, and edge compute.
• Review outputs from external design partners to ensure quality and volume.
• Maintain CAD standards, title blocks, symbol libraries, and templates.
• Support markups and drawings through 30% and IFP stages.
• Maintain repository of AHJ drafting requirements.
• Quality-check drawings before internal gates.

Skills

Site drafting

Attention to detail

Volume CAD drafting

Education

Associate's degree in drafting, design, engineering technology, or related field

Tools

AutoCAD

Procore

Bluebeam

GIS

Job description

Highland Electric Fleets seeks a Drafting Specialist to produce conceptual site layouts that translate qualified sites into buildable designs for EV charging, BESS, and edge compute. Reporting to the Engineering Manager, you will create template-driven layouts, coordinate with external design partners, and help sustain a high weekly throughput across a growing portfolio.

This hands-on CAD role emphasizes clean, standards-compliant drawings produced on aggressive timelines, support for 30% and