Solar Training Academy | Solar Training Leader


Modeling, Design & Installation

      Workshops - Alberta | Ontario

Solar training academy (STA) has been offering PV modelling, design and solar power systems installation training courses for more than 8 years in Canada. PV system modelling, design & installation concepts for power generation and energy supply are lectured with easy to follow instructions. Solar training workshops are designed for solar panel installers and those wishing to enter growing solar energy field. No pre-requisites since we deliver complex PV concepts in plain language while keeping them practical and complete. Solar PV courses at this solar training institute are designed to give 50% theory and 50% hands-on labs & practical. Theoretical part of the solar workshops at this training school covers all PV components individually as well as a part of the system. Most comprehensive solar energy training course in the market also introduces students to PV Thermal, Solar Thermal, Geothermal and Wind Energy Conversion System. Hands-on labs of these workshops entail panels series, parallel and series parallel connections with shade impact, analysis and optimization. Both off-grid and on-grid solar systems are implemented in addition to hybrid DC - AC and hybrid PV - Wind. Students perform rooftop (shingle and flat) and ground mount panels installation hands-on labs. In short, this is the course for all, whether starting out in the solar field or want to learn more by improving on the existing PV power knowledge and expertise. We offer 2 day solar PV systems theory & installation (details) and 5 day theory, installation and design workshops. The 5 Day workshop covers Solar and Geo thermal, and  Wind Energy theory and sizing as well (details). Both the workshops have number of hands on labs and exercise. 
Solar Training Academy also offers 2 day PVsyst modeling course. First, attendees are equipped with PV terminology and Concepts. The PVWatt calculator sizing. Followed by central, string and micro inverters based PV systems sizing and modelling ranging from few kW to MW. Then, Fixed and tracking PV systems. Followed by shade analysis and 3D modelling. The workshop is concluded with models optimization for lesser shade, lower losses, lower cost and higher energy production (details).
Solar Training Academy also offers 2 day Canadian and National Electric Code (USA) compliant solar energy systems design course. This workshop enables trainees to design per Canadian and US Electrical Codes (CEC/NEC. Workshops teaches to size and design off-grid and on-grid (utility interactive) battery based and battery less PV systems with central, string and micro inverters in easy to follow steps. Sizing and designing are followed by losses and cost optimization for lower operation and maintenance costs and higher energy production (details). STA Policies.

OFF-GRID SOLAR SYSTEM solar training


Solar Training Academy

     Faculty - P. Eng. | NABCEP

Solar Training Academy faculty is led by Irtaza Syed, a licensed Professional Engineer, PhD Electrical Engineering, North American Board of Certified Energy Practitioners (NABCEP) certified PV Installation Professional (PVIP) & AEE Certified Energy Auditor (CEA). In his role as a practitioner, Dr. Syed has modeled, designed, procured, managed, installed and commissioned 100's of Megawatts of solar PV systems in Canada, USA, and Asia. Installed systems include off-grid, on-grid, hybrid solar energy systems, rooftop and ground mount solar power systems, and central, string, and micro inverters based solar PV systems. Both with and without battery energy storage systems have been modeled, designed, installed and commissioned. Being an academic, Dr. Syed has trained 1000's of professionals over 18 plus years of his professional engagement as a trainer, in the fields of software, computer, electrical, electronics engineering and renewable energy sector (especially solar & wind). He is actively involved to train individuals for solar power systems installation, solar energy systems designing and solar PV systems modeling since 2011. In addition, he has published number of articles in high impact journals with a research focus of solar PV panels (PV Panel Model, AC PV Module Model) solar PV systems (PV Systems Comparison, PV System Control for Energy Cost Reduction, PV System Control for Load Shedding), and wind energy conversion systems (Grid Tied Wind Energy Systems Control for Owner & Utility, Wind Energy Systems Power Fluctuations Smoothing) beside others.
All solar training academy instructors have engineering background and training in the solar PV energy fields. Solar training academy instructors have been exposed to research, business development, PVsyst energy modeling, PV systems design, equipment procurement, PV systems installation, project management, project installation / construction and commissioning. Faculty is very well aware of IESO FIT rules, codes, standards, IEEE standards, National Electric Code US, Canadian Electrical Code, local distribution companies (LDC), and electrical safety authority requirements. Faculty has completed over 100's MW of on-grid and off-grid solar PV systems over the years and provide services in the solar energy field in Ontario (Net-Metering, Feed-In-Tariff (FIT), micro-FIT) and US (Community Solar). Solar Training Academy Instructors routinely do Pre_FIT, Connection Impact Assessment (CIA), issue for review (IFR) plans and issue for construction (IFC) plans designed to codes and standards with safety. Single line diagrams (SLD) are produced routinely. Individual Solar PV systems range from few kW to MW. Our faculty believes theory and hands-on practical complement each other and have been though all phases from conception to completion (faculty).

ON-GRID SOLAR SYSTEM on-grid solar system




All our trainees are awarded solar training academy certificate upon successful completion of the PVsyst, PV Design or 5 day PV installation & design workshop. In addition to Solar Training Academy Certificate, after completing both in class training and hands on practical component, 5 day solar PV workshop trainees can seek to apply for the following certifications:
- NABCEP Associate Certification
- CSA Solar PV Systems Certification
North American Board of Certified Energy Practitioner (NABCEP) Associate certification requires:
- 6 months of experience
- Passing NABCEP Associate Exam
5 day PV workshop provides knowledge necessary for the exam.
To qualify the applicants must provide documentation of six months of full time equivalent employment directly related to photovoltaic. Experience requirements must show that the Applicant has engaged with the terminology and general functionality of the technology they are applying for. This experience can be obtained through a wide variety of job titles and functions, including: sales, site assessment, installation, roofing, plumbing, electrical, mechanical, design, advocacy, customer service, and many others. Full time employment is considered to be at least 35 hours per week. Construction Electrician (NOC 7241) Solar Photovoltaic (PV) Systems Certified (SPVC) Certification form CSA requires:
- In class training (Provided by STA)
- Hands-on practical (Provided by STA)
- Construction Electrician Certificate
- Passing CSA Certification Exam
Note that CSA program is also open to apprentices, however, certification will be granted by CSA only after issuance of Construction Electrician (NOC 7241) certificate.
CSA requires qualified candidate to be able to perform PV system installation activities without assistance, including (but not limited to):
- Understand the latest installation methods and technologies
- Read, understand and apply standards, codes and manufacturer instructions
- Apply industry best practices and building science concepts
- Utilize the appropriate materials and methods for the proper installation of PV Systems
- Understand construction documentation including drawings/specifications
- Understand and apply the latest construction and building technologies & techniques
- Utilize the tools of the trade
- Show competence in basic worksite Occupational Health and Safety Requirements
- Basic communication skills
Visit Certification for CSA requirements.

Hybrid-PV-Wind Hybrid-OffGrid-PV-Wind system
solar PV training

PV Installation Workshops

A: Aimed at beginners in the Solar Photovoltaic (PV) field this 2 Day solar PV Theory / Installation Workshop (2 D PV TI) is a 50/50 theory & hands-on installation. Hands-on includes ground mount, shingle &  flat roof installations. Click here for details.
Fee $791.00 (3 weeks early registration $700.00).
B: This 5 day Solar PV Theory / Installation / Design Workshop (5 D PV TDI) is the most comprehensive workshop in the market. In addition to PV, this course covers solar thermal and PV thermal systems. This course complements theory with number of hands-on labs and installation exercises. Click here for details.
Fee (ON): $1,356.00 (3 weeks Early) $1,200.00). Fee (AB): $1,260.00 (3 weeks Early) $1,200.00).
Workshops are carefully designed to equip attendees with skills and tools for success.
5 D PV TDI are offered in Toronto, ON & Calgary, AB. Typical day is 9:15 AM - 4:30 PM. Course binder, snacks, & lunch included. 

Workshops Schedule
solar PV design

Modelling & Design Workshops

A: This 2 Days Solar PV Energy Modeling Workshop (2 D PVM) introduces participants to PVsyst software and teaches how to model central, string and micro inverter based PV systems in grid tied and standalone modes with shade scenes. Finally, shade and losses optimization for lower cost and production. Click here for details.
Fee (Ontario) $904.00 (Early Bird (3 weeks) $800.00).
B: This 2 Days Solar PV Design Workshop (2 D PVD) introduces engineers, electricians, and contractors to design and optimize central, string and micro inverters based code compliant PV systems. Course follows Canadian and National Electric Code US.
Click here for details.
Fee (Ontario) $1356.00 (Early Bird (3 weeks) $1200.00). Fee includes lunch and course binder.
Both workshops are carefully designed to equip attendees with skills and tools for success in the market. Typical workshop day starts at 9:15 AM and ends at 4:30 PM.
Workshops are offered in Toronto, ON only. Fee includes course binder, snacks, & lunch.  

Workshops Schedule
RE Courses

Workshops - Coming Soon!

These 1, 2 and 3 days workshops/courses focus electrical and renewable energy (RE) technologies. These courses equip attendees with tools for the field. All the workshops/courses are designed per IEEE standards, CSA & UL standards, and NEC/CEC electrical codes. Three categories are software (AutoCAD, Matlab / Simulink, PVsyst), RE (Solar, PV & Geothermal, PV Water Pumping, Wind, & Micro Hydro) and electrical (PLC & SCADA, 309A Electrician, Ground Grid Design, Substation Design, Electric Supply System for a Building, Electric Supply System for a Town, Microgrid Sizing & Design). All the workshops  include number of calculations, labs and hands on practices to complement theory learned and with a touch of designing. 
These workshops/courses are designed for engineering students, electricians, engineers, and electrical contractors working in the field.   Workshops outlines/fees will be uploaded soon.

Workshops Schedule


solar PV installation

Workshops - Ontario

28 Overlea Blvd

Toronto, ON M4H 1B8

2D PV TI: 5-6 Oct 2019

2D PVsyst: 7-8 Oct 2019

5D PV TDI: 14-18 Oct 2019

2D Design: 19-20 Oct 2019

2D PV TI: 9-10 Nov 2019

2D PVsyst: 11-12 Nov 2019

5D PV TDI: 18-22 Nov 2019

2D Design: 23-24 Nov 2019

PVsyst modeling

Workshops - Alberta

115-2323 32 Ave

NE Calgary, AB T2E 6Z3

5D PV TDI: 21-25 Oct 2019

5D PV TDI: 25-29 Nov 2019


Workshops - Coming Soon!



Matlab / Simulink


309A Electrician

Ground Grid Design

Substation Design 

Supply System for a Building

Supply System for a Town

Microgrid Sizing & Design

Renewable Energy Systems



Fees Payment

Workshop / Training Fees

solar disconnect


Dr. Syed has the uncanny ability to answer all of our queries in clear and simplified terms. M. Forde. 

I had made the right choice by attending his two day workshop. R. Collington.




Dr. Irtaza Syed, PhD, P. Eng., PMP, NABCEP Certified PV Installation Professional, CEA, MIET
Irtaza Syed has been an industrial lead trainer and design engineer in the field for more than 15 years. In his responsibilities as a Solar Systems Specialist and Alternative Energy Systems Engineer Dr. Syed has completed multiple megawatts of renewable engineering projects, overseeing all phases through planning, design, procurement, construction and commissioning of both grid-tied and off-grid systems. In his role as Power Engineer, he has designed and constructed distribution systems for complete residential towns and provided energy storage & power backup solutions. At present, Dr. Syed work as a Director of Engineering at Toronto based solar energy firm.

Graham Fowler, NABCEP Entry Level Graduate, BSc IT Computer Science
Graham Fowler has been involved in the Renewable Energy Sector and Energy Conservation industry since 2012. In his responsibilities as manager for the Ontario Solar Network, Ontario Solar Academy and president of Green Management Group he has developed his skills to help decision makers in the commercial, industrial and Institutional sectors reduce their energy consumption and fixed overheads. He is uniquely positioned to help business managers understand the economic, productive and environmental benefits associated with retrofitting various plant and building infrastructures, including lighting, VFDs, BAS, SCADA and HVAC systems. Mr. Fowler has completed multiple lighting retrofit projects, overseeing all phases through planning, design, procurement, installation and post project verification. As an entrepreneur with 20+ years in B2B high tech marketing-communications he is uniquely positioned to help decision makers grasp the technologically complex fundamentals associated with energy conservation projects.

Muhammad Z. Nasir, P. Eng., MEng Electrical Engineering and MS Total Quality Management
Muhammad Nasir has over twenty years of utility based experience in the fields of Power System Engineering both in Power Distribution and Generation. As a power distribution specialist, involved in power distribution planning, design, commissioning, operation and asset management. As a renewable energy professional, responsible for Identification and evaluation of potential sites for Renewable Energy projects, detailed conceptual design for FIT project both for ground mount and roof top. He also commission PV projects and interacts with IESO, utility, ESA and contractors. At present, Mr. Nasir is working as Engineering Manager Electrical at Toronto based solar energy firm.

Gallant Ng, P. Eng., BEng Electrical Engineering
Gallant Ng has been in the renewable energy field for over 5 years. Prior to working in the renewable energy sector, he worked for Toronto Hydro Electrical System Limited. He has complete multiple projects within the Ontario Feed in Tariff Projects (FIT), starting from initial assessment of sites, FIT Application, construction and commissioning of solar projects. At present, he works as a engineering analyst and designer at a Toronto based solar development company.


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