Electrical Designer I - AutoCAD Training & Growth

HNM Systems; Hampton (VA); On-site; USD 36,000 - 39,000; Full time

Benefits offered by this job

Medical, Dental, Vision Coverage

401(k) plan

Profit Sharing

Job summary

HNM Systems in Virginia is seeking an Electrical Designer I to support a growing grid infrastructure program in Hampton and Chesapeake. You will prepare detailed electrical design drawings and supporting documentation for utility distribution systems, with hands-on AutoCAD training.

Candidates should have strong AutoCAD experience and solid math skills; you will learn utility design standards, work with a collaborative team, and contribute to projects that enhance energy reliability and

Qualifications

• Experience using AutoCAD.
• Strong geometry and trig skills.
• Ability to learn and apply technical standards and design processes.
• Detail-oriented with QA/QC mindset.
• Ability to manage tasks independently and meet deadlines.

Responsibilities

• Create detailed design drawings and wiring/layout diagrams for utility projects.
• Perform drafting and design work using AutoCAD.
• Evaluate designs and supporting documentation for compliance with standards and customer specs.
• Support both overhead and underground electrical distribution design projects.
• Apply QA/QC processes to maintain accuracy of deliverables.
• Plan and manage assigned design work independently and meet deadlines.
• Collaborate with supervisors and team members to meet project timelines.
• Learn and apply customer-specific standards and processes.

Skills

AutoCAD

Geometry

Trigonometry

QA/QC

Task management

Detail-oriented

Tools

Autodesk AutoCAD

Job description

HNM Systems in Virginia is seeking an Electrical Designer I to support a growing grid infrastructure program in Hampton and Chesapeake. You will prepare detailed electrical design drawings and supporting documentation for utility distribution systems, with hands-on AutoCAD training.

Candidates should have strong AutoCAD experience and solid math skills; you will learn utility design standards, work with a collaborative team, and contribute to projects that enhance energy reliability and