About the Program
The Clean Energy & Sustainability pathway at Nova Haven is a comprehensive, forward-looking engineering program designed to train participants in the fundamentals of renewable energy systems, modern energy storage solutions, and smart grid orchestration. As the global economy transitions away from fossil fuels, the demand for technicians and engineers capable of designing, installing, and managing sustainable infrastructure is at an all-time high. This program bridges theoretical concepts in physics and thermodynamics with real-world, hands-on applications in solar photovoltaic (PV) array sizing, battery management systems (BMS), and microgrid telemetry.
Why This Program?
Our curriculum is distinguished by its hands-on project verification and focus on modern industrial standards. Rather than focusing purely on conceptual environmental studies, our students engage deeply with the technical mechanics of renewable generation. You will learn to size arrays, analyze power curves, program battery management controllers, configure telemetry sensors, and design resilient off-grid or grid-tied architectures that meet modern regulatory and safety requirements.
Who It's For
This pathway is tailor-made for inquisitive, hands-on youth (ages 16–25) who are passionate about environmental stewardship, engineering, and climate tech. Whether you are aiming to enter the clean energy workforce immediately as a certified installer or looking to lay a solid foundation for university studies in electrical engineering and sustainability, this course provides the structured path and expert mentorship to succeed.
What You'll Learn
Career Opportunities
Graduates of the program exit with a portfolio of verified design projects, wiring schematics, and sensor configuration code. This hands-on expertise prepares them for key entry-level opportunities and technical careers in the expanding green economy:
Pathways Syllabus
Module 1: Photovoltaic (PV) Engineering
- Solar cell physics, power curve calculations, and array sizing.
- Wiring solar arrays, battery charge controllers, and safety fuses.
- Physical array mounting guidelines and system balance calculations.
Module 2: Battery Management & Energy Storage
- Lithium-ion and solid-state battery chemistry profiles.
- Wiring Battery Management Systems (BMS) and temperature sensors.
- Calculations for load balancing, off-grid microgrids, and net metering.
Module 3: Microgrid Integration & Telemetry
- Integrating real-time current, voltage, and temperature sensor networks.
- Configuring Modbus and CAN bus industrial communication protocols for energy hardware.
- Setting up data loggers and cloud telemetry dashboards for predictive load balancing.