How We Engineer

Our approach to electrical engineering: standards-based analysis, rigorous quality assurance, and comprehensive documentation ensuring safety, compliance, and operational reliability.

Engineering Philosophy

The principles and values that guide every engineering decision and recommendation.

Defensible Engineering

Every calculation, recommendation, and design decision is documented, referenced to applicable standards, and prepared to withstand technical scrutiny.

Risk & Responsibility

Electrical systems present life-safety hazards and significant financial exposure. Our work prioritizes personnel protection, equipment safeguards, and operational continuity.

Lifecycle Thinking

Engineering recommendations consider not only initial cost but long-term reliability, maintenance requirements, and total cost of ownership.

Standards & Compliance Framework

All engineering work is performed in accordance with applicable codes, industry standards, and authority requirements.

Electrical Codes & Standards

NFPA 70 (National Electrical Code - NEC)
NFPA 70B (Electrical Equipment Maintenance)
NFPA 70E (Electrical Safety in the Workplace)
IEEE 1584 (Arc Flash Hazard Calculation)
IEEE 242 (Protective Device Coordination)
ANSI/IEEE C37 Series (Protective Relaying Standards)

Authority & Coordination

Authority Having Jurisdiction (AHJ) requirements verification
Local utility interconnection standards and approval processes
State and municipal electrical code amendments
Facility-specific engineering standards and specifications

Quality Assurance & Review Process

Multi-layer technical review ensuring accuracy, completeness, and code compliance.

1

Independent Technical Review

All calculations and study reports undergo internal technical review by a licensed Professional Engineer prior to release.

2

Standards Compliance Check

Work products are verified against applicable NEC, IEEE, NFPA, and ANSI standards with specific code section references documented.

3

Constructability Assessment

Design recommendations are evaluated for field implementation feasibility, coordination with existing systems, and operational impact.

Coordination & Constructability

Engineering solutions must be physically implementable and coordinated with other building systems.

  • Early identification of conflicts between electrical, structural, mechanical, and architectural systems
  • Verification that electrical designs can be physically installed within available space and access constraints
  • Assessment of installation sequence, outage requirements, and operational staging considerations
  • Review of equipment access, maintenance clearances, and NEC working space requirements

Deliverables & Communication

Clear, comprehensive documentation prepared for technical review, regulatory submission, and field implementation.

Study Reports

Comprehensive technical reports with methodology, calculations, results, recommendations, and code references. Prepared for AHJ submission.

System Diagrams

One-line diagrams, three-line diagrams, and protective device coordination curves prepared in industry-standard format.

Equipment Specifications

Detailed technical specifications for electrical equipment including ratings, settings, and compliance requirements.

Compliance Documentation

Arc flash labels, electrical safety procedures, maintenance schedules, and regulatory compliance records.

What Clients Can Expect

Typical project timeline and activities for a power systems analysis or arc flash study engagement.

Project Initiation

Day 1-3
  • Kickoff meeting to review scope, deliverables, and schedule
  • Documentation request list (one-lines, equipment data, load schedules)
  • Site access and safety requirements coordination

Information Gathering

Week 1-2
  • Review of provided documentation and identification of gaps
  • Site visit for field verification and data collection (if required)
  • Coordination with facility operations and maintenance staff

Analysis & Engineering

Week 2-4
  • System modeling and engineering calculations
  • Standards research and code compliance verification
  • Development of recommendations and design solutions

Deliverable Preparation

Week 4-5
  • Report writing and diagram preparation
  • Internal technical review and QA process
  • Final deliverable package assembly

Client Review & Finalization

Week 5-6
  • Draft deliverable review meeting with client team
  • Incorporation of client feedback and clarifications
  • Final deliverable release with professional engineer seal

Note: Timeline estimates assume timely provision of requested documentation and reasonable site access. Complex facilities or extensive scope may require additional time. Specific schedule will be confirmed in project proposal.

Experience Engineering Built on Standards and Accountability

Every project benefits from our rigorous process, comprehensive documentation, and commitment to defensible engineering decisions.

Standards-based analysis you can defend to stakeholders

Clear deliverables suitable for AHJ review and approval