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Complete Solar Energy PV Design Course From Zero To Hero

The Most Comprehensive and Detailed Course on Designing Off-grid, On-grid, and Solar Water Pumping Systems for Beginners

  1. Topics
  2. Teaching & Academics
  3. Solar System Design

Complete Solar Energy PV Design Course From Zero To Hero

InstructorEngr. Ahmed Mahdy
Duration27h 58m
Students22.1K
Rating4.6 (4,384)
Sponsored
Price
$12.99
Coupon
None
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Comidoc Analysis

Engineering-focused solar system design with software integration

Editorial course preview

What the public course preview actually shows

These 3 complementary views highlight concrete, legible examples from the course presentation.

Preview 1 of 3

This slide outlines the course content covering basics of solar energy systems, charge controllers, batteries, inverters, and off-grid system design.

Preview 2 of 3

This course content slide outlines advanced technical skills including PVsyst design, solar water pumping, protection systems, grounding, and simulation using MATLAB and ETAP.

Preview 3 of 3

This instructional slide outlines the basics of solar energy systems using a schematic that traces power flow from panels through storage to a home.

Strengths

Software-driven design workflows

Instruction includes practical applications of PVSyst for 3D shading analysis and AutoCAD for single line diagrams.

Technical depth in battery and protection systems

The curriculum covers diverse battery chemistries including Lithium and Flow batteries, alongside grounding and earthing system design.

Limitations

Instructional clarity and language barriers

Learner signals suggest difficulty following the instructor due to a strong accent and spoken English quality. Note that these signals, such as review:ade05cd5068c8ad1, predate the displayed update date; while an update is noted, it does not prove a correction of these issues.

Best suited to

  • Electrical or mechanical engineering students
  • Learners seeking software-driven design workflows
  • Solar enthusiasts interested in technical system sizing

Less suited to

  • Learners requiring high instructional clarity through spoken English
  • Those without a basic mathematical or electrical foundation

Comidoc Score

6.5/10

Worth considering
Defined audience

Comidoc verdict

Technical design workflows using PVSyst and AutoCAD provide a strong foundation for engineering-led solar projects.

Success depends on navigating significant instructional hurdles. While some learners find conceptual explanations of topics like PN junctions highly effective, others report that a strong accent and spoken English quality make following the lessons challenging.

This profile suits engineering students or professionals who prioritize software-driven design skills and can overcome language barriers through supplemental study or persistence.

Score breakdown

Curriculum depth
8.0

The curriculum covers diverse battery chemistries and technical protection systems beyond basic PV fundamentals.

Applied learning
8.0

Includes specific design examples for various solar configurations and software-based workflows.

Clarity & experience
4.3

Learner signals indicate difficulty following the instructor due to accent and spoken English quality. Note that these signals predate the displayed update; an update label does not guarantee a correction.

Currency & reliability
5.0

The presence of software-driven workflows is noted in recent reviews.

Audience fit
5.8

Selected from the course's public promotional preview. These images document visible presentation material only; they do not represent the complete paid curriculum.

The curriculum aligns with engineering goals but presents challenges for those without prior electrical knowledge. Note that some learner signals regarding accent clarity predate the displayed update; while an update is noted, it does not prove a correction of these issues.

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