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PYRAMYD
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  2. Energy & Natural Resources
  3. Engineering
  4. Renewable Energy Engineering
  5. Solar Engineering

Role

Solar Engineering.

Configures photovoltaic systems, mounting structures, and construction documents for solar sites

SeniorSoftware spend $6,200 / seat / yr (2026)56 contacts in the graph hold this role

Sample taken from the live graph on 7 October 2026; refreshed on demand.

What this role actually does

Responsibilities and pain points, sourced from the production graph.

Key responsibilities

  • Conduct Site-specific Engineering Assessments That Convert Structural, Electrical, Irradiance, Shading, and Utility Constraints Into Feasible PV Design Inputs
  • Design Photovoltaic and Solar Thermal Systems That Meet Energy-output, Safety, Cost, and Constructability Requirements for Residential, Commercial, Industrial, or Utility Projects
  • Produce Electrical Single-line Diagrams, Panel Schedules, Equipment Layouts, Bills of Materials, and Permit-ready Plan Sets Using CAD and Solar Design Tools
  • Run Energy-yield Simulations, P50/P90 Cases, Loss Models, Voltage-drop Checks, and Cost Analyses to Support Project Finance, Sales Commitments, and Design Optimization
  • Specify Modules, Inverters, Racking, Storage, Monitoring Equipment, Wiring, and Protection Devices That Satisfy Site Conditions, Customer Requirements, and Applicable Standards
  • Provide Technical Direction to Installation, Commissioning, and O&M Teams During Buildout, Startup, Testing, Performance Review, and Issue Resolution

Software pain points

  • Switching between layout, simulation, CAD, spreadsheet, proposal, and permit tools creates repeated data entry and version drift
  • Manual AHJ plan-set revisions delay permit approval and force engineers to re-check labels, wiring, and calculation sheets
  • Yield results differ between early sales models, HelioScope runs, and PVsyst finance models, creating rework before handoff
  • Outdated aerial imagery, missing LiDAR, and incomplete topography cause roof, row-spacing, trenching, and shading changes after sale
  • Equipment substitutions are hard to trace when module, inverter, racking, and battery datasheets change during procurement
  • Construction RFIs and field redlines come back in PDFs, photos, and chat threads rather than connected to the engineering model

How this role buys

The categories they buy, the people who approve.

Top software categories

  • Solar Design Software
  • Drawing Software
  • Spreadsheet Software
  • Geographic Information System
  • Project Management Tools
  • Document Management Software

Decision makers

  • Solar Engineering
  • Engineering Manager
  • Director Engineering
  • Engineering - Executive
  • Digital Forensics Engineering
  • Procurement

Workflow

A day in the workflow.

Starts day by checking permit comments, construction RFIs, and design-change messages in Microsoft Teams, Outlook, and Procore; pulls roof, parcel, load, and utility data from Google Earth Pro, ArcGIS, Aurora Solar, or HelioScope; spends the main focus block building layouts, stringing, single-line diagrams, and BOMs in AutoCAD, PVcase, Microsoft Excel, and PVsyst; joins a midday design review over Zoom or Teams with project managers, electrical engineers, sales engineers, and field leads using Bluebeam Revu markups; refines shade, production, P50/P90, voltage-drop, and NEC checks in PVsyst, HelioScope, or NREL SAM; hands permit sheets, equipment lists, and assumptions to SharePoint, Autodesk Docs, Salesforce, or Procore; closes by logging open risks, AHJ questions, and next-day model runs in Jira, Asana, or Monday.com

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