Green Technology Education
for Real-World Impact
Join professionals worldwide in structured seminars covering renewable energy systems, sustainable design practices, and environmental technology. Since 2018, we've been building a community focused on practical skills and measurable outcomes.
What You'll Actually Learn
Our curriculum focuses on competencies you need to work in green technology sectors. Each track follows a structured progression from fundamentals to specialized applications.
Renewable Energy Systems
Understand solar panel efficiency calculations, wind turbine performance metrics, and grid integration challenges. Covers system sizing, component selection, and regulatory compliance frameworks used in commercial installations.
Sustainable Architecture
Learn thermal modeling software, passive design principles, and material lifecycle assessment. Includes case studies of LEED-certified projects and practical methods for reducing building energy consumption by 40-60%.
Water Management Technology
Study treatment systems, conservation strategies, and monitoring infrastructure. Examines real implementations in industrial and municipal settings, including cost-benefit analysis and performance benchmarking.
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Advanced Solar PV Design
System design for commercial installations including shading analysis, inverter selection, and performance monitoring. Uses PVsyst software with actual project data from 500kW+ systems.
Building Energy Auditing
Practical methods for identifying energy waste in existing structures. Covers blower door testing, thermal imaging interpretation, and retrofit recommendation development based on payback periods.
Resources Beyond Seminars
Access technical documentation, calculation tools, and industry research. All materials are kept current with regulatory changes and technological developments.
Solar Installation Standards
Complete reference for electrical codes, mounting specifications, and safety protocols. Updated quarterly with NEC changes.
Energy Modeling Methods
Step-by-step procedures for EnergyPlus and eQuest software. Includes validation techniques against measured data.
Commissioning Checklists
Detailed verification procedures for HVAC, lighting, and renewable systems. Based on ASHRAE and LEED requirements.
PV System Sizing Tool
Calculates array size, battery capacity, and inverter requirements. Accounts for location-specific solar radiation and temperature effects.
Thermal Load Estimator
Determines heating and cooling needs for buildings. Factors in climate data, construction materials, and occupancy patterns.
ROI Calculator
Financial analysis for efficiency upgrades and renewable installations. Includes incentive databases and utility rate structures.
Performance Studies
Field data from monitored installations. Compares predicted vs. actual energy production and identifies common failure modes.
Market Analysis Reports
Technology adoption rates, cost trends, and policy impacts. Regional breakdowns and sector-specific data.
Case Study Collection
Documented projects with design decisions, implementation challenges, and measured results. Organized by technology type and scale.
Study at Your Own Pace
All seminars are structured with weekly modules but allow asynchronous participation. Discussion sessions are recorded, and assignments have flexible submission windows.
Most participants spend 6-8 hours per week on course materials. The workload is designed around people who already have jobs.
Weekly Structure
New content released Monday mornings. Live sessions Tuesday and Thursday evenings (recorded). Assignments due Sunday midnight.
Time Zone Friendly
Multiple session times accommodate participants in Asia, Europe, and Americas. Discussion forums stay active around the clock.
Access Duration
Materials remain available for 12 months after completion. Includes updates made during that period.
Who Runs This
We're engineers and architects who spent years doing energy audits, designing solar installations, and managing building retrofits. Started teaching because we got tired of explaining the same concepts to new hires.
Henrik Bergström
Lead Instructor, Renewable Systems
12 years designing utility-scale solar projects. PE license, NABCEP certified. Previously worked at major EPC firms on projects from 5MW to 200MW.
Tomáš Novák
Senior Instructor, Building Performance
15 years in building science consulting. Led energy modeling for 200+ LEED projects. Authored chapters in ASHRAE handbooks on thermal envelope design.