20 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You will split time between site visits, desk work and meetings. Morning site checks measure energy use, lighting, insulation and construction details against LEED/IGBC criteria. Afternoons are for writing reports: energy audits, compliance notes, and improvement strategies using data from meters and building drawings in AutoCAD or Revit.
You’ll also spend several hours drafting grant or rebate applications and sending PDFs (Adobe Acrobat, InDesign) to clients or funders, plus weekly calls to share data with stakeholders and set the next day’s priorities.
Start with Autodesk Revit and AutoCAD because you’ll read and mark up building models and drawings to check thermal zones, HVAC routing and lighting layouts. Revit links directly to energy models and helps develop improvement strategies.
Next learn Adobe Acrobat and InDesign to assemble reports and grant packages, and basic XML/JavaScript to extract or clean exported data. Google Analytics is useful only if you track occupant or website engagement for awareness campaigns.
Use AI to draft grant text, summarise audit findings, or generate checklists, but always verify technical numbers against your energy meter readings and Revit/AutoCAD plans. AI can hallucinate precise values, so treat its output as a first draft, not final documentation.
Keep sensitive data off public AI services (project-specific meter logs, client financials). For compliance language, cross-check with official LEED/IGBC guidelines and local regulations rather than relying solely on AI phrasing.
Most retrofit recommendations aim for 10–30% electricity reduction: common fixes are LED retrofits, controls, and sealing thermal leaks. New construction aiming for LEED/IGBC certification targets higher reductions using efficient HVAC and envelope design.
For budgets, small retrofit packages (lighting + controls) commonly run $10,000–$100,000 depending on building size. Large HVAC or envelope projects often exceed $100,000. Always build cost estimates from vendor quotes and include rebate/grant applications to lower net cost.
Energy engineering focuses on modelling, metering and mechanical systems (detailed HVAC design, control strategies). LEED/IGBC consulting combines that technical work with documentation, credit tracking, and sustainability policy development for certification.
If you enjoy being hands-on with meters and systems, energy engineering may suit you. If you like coordinating teams, writing proposals and managing certifications and stakeholder reporting (using Revit, AutoCAD, Acrobat), pick LEED/IGBC consulting.
Get a technical certificate in building science or energy auditing, and learn Revit/AutoCAD well enough to read plans. Take a LEED Green Associate course or an IGBC introductory class to know credit language. Practice writing a mock energy audit and a grant application.
Volunteer on local retrofit or sustainability projects to build a portfolio, and learn Adobe Acrobat/InDesign to produce professional reports. Employers value concrete samples: an audit, a savings calculation, and a sample rebate or grant application.
Clear, accurate documentation. Good consultants can turn meter data, Revit/AutoCAD drawings and audit notes into a tight package: energy savings calculations, compliant credit narratives, and grant/rebate applications that fund work.
This skill requires attention to numbers, familiarity with reporting tools (Excel, XML exports, Acrobat), and knowing the exact LEED/IGBC wording for credits so reviewers don’t ask for rework.