30 Days Internship on Solar PV System Design

The 30 Days Internship on Solar PV System Design is a complete, industry-focused training program designed to help you become a job-ready Solar Design Engineer from scratch. As Bangladesh rapidly shifts toward renewable energy, solar power is creating massive career opportunities, and this program equips you with the practical skills needed to enter this growing industry. Throughout the 30 days, you will learn everything from Solar PV fundamentals (cell to system), different types of solar panels, and system configurations (on-grid, off-grid, and hybrid), to load calculation, system sizing, battery and inverter selection, and financial analysis such as ROI and payback period. The course is highly practical, including hands-on training with professional tools like PVSyst, SketchUp, Open Solar, and Microsoft Excel, along with real-life project design experience.

This internship also provides structured learning, practical assignments, weekly live support sessions, and an industry-standard internship certificate to strengthen your CV. By the end of the program, you will be capable of working as a Solar Design Engineer, Site Engineer, Project Coordinator, or even as a freelance solar consultant. Whether you are a diploma or BSc engineer, a student, or someone interested in renewable energy, this course offers a clear pathway to build a strong career in the solar industry.

30 Days Curriculum:

✅ DAY – 1: Solar Industry Introduction (Bangladesh Context)
✅ DAY – 2: PV Basics & Components
✅ DAY – 3: PV Panel Connections & Effects
✅ DAY – 4: Tilt Angle & Sun Path
✅ DAY – 5: PV Electrical Design Basics
✅ DAY – 6: PV Simulation & Voltage Concepts
✅ DAY – 7: Battery Fundamentals
✅ DAY – 8: Battery Performance & Lifetime
✅ DAY – 9: Battery Types
✅ DAY – 10: Battery Pricing & Datasheet
✅ DAY – 11: Charge Controller (PWM & MPPT)
✅ DAY – 12: Inverter Design & Selection
✅ DAY – 13: Off-Grid System Design – 1
✅ DAY – 14: Off-Grid System Design – 2
✅ DAY – 15: System Protection Basics
✅ DAY – 16: Protection Design Method
✅ DAY – 17: Off-Grid Design with PVsyst
✅ DAY – 18: 3D Shading Analysis (PVsyst)
✅ DAY – 19: On-Grid & Hybrid System Design
✅ DAY – 20: Mega Project with PVsyst
✅ DAY – 21: Solar Water Pumping System
✅ DAY – 22: VFD Control for Solar Pump
✅ DAY – 23: System Report (Excel)
✅ DAY – 24: Single Line Diagram (SLD)
✅ DAY – 25: Net Metering (Bangladesh)
✅ DAY – 26: Financial Analysis (ROI & Payback)
✅ DAY – 27: Earthing & LPS Safety
✅ DAY – 28: Grid Synchronization
✅ DAY – 29: Maintenance & Troubleshooting
✅ DAY – 30: Open Discussion & Final Review