• 4 Days of Learning
• English/Arabic Offered
• 2000+ Professionals Enrolled
• Live/In-Person Courses Available
• Dubai, UAE
• Abu Dhabi, UAE
• Doha, Qatar
Course Overview
Technical Analysis of Power Systems: Master evaluation models and frameworks to analyse electricity grid systems, assess vulnerabilities, and gauge renewable energy integration across generation, transmission and distribution.
Technical Analysis of Power Systems: Master evaluation models and frameworks to analyse electricity grid systems, assess vulnerabilities, and gauge renewable energy integration across generation, transmission and distribution.
Power System Reliability Metrics: Apply reliability metrics including SAIDI, SAIFI and CAIDI alongside operational performance indicators to strengthen system resilience and reduce costly downtime.
Engineering-Led Grid Optimisation: Use load forecasting, energy storage solutions and smart grid technologies such as IoT, AI and machine learning to lift grid efficiency and sustainability.
Renewable Energy Integration: Balance solar, wind and hybrid systems against conventional power to maintain grid stability as the Middle East accelerates its energy transition.
Electricity Sector Strategy and Compliance: Align with regional electricity policies, regulatory frameworks and international reliability standards to future-proof large-scale oil, gas and renewable projects.
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Why Enrol in the Technical Analysis & Reliability of Power Systems Course?
What are the primary professional benefits of this power systems programme?
- Master Technical Evaluation Models: Learn advanced methodologies and frameworks to analyse electricity grid systems, assess vulnerabilities and evaluate renewable energy integration.
- Strengthen Grid Reliability: Apply reliability metrics such as SAIDI, SAIFI and CAIDI to improve system resilience and reduce unplanned downtime.
- Optimise Operational Performance: Use engineering principles including load forecasting and energy storage to raise efficiency and sustainability across power systems.
- Earn an Informa Certificate of Completion: Validate your professional development with an Informa Connect Academy Certificate of Completion on meeting the attendance and assessment criteria.
What core technical skills will you master in this power systems programme?
- Analyse Grid Performance: Evaluate grid performance and stability, tackling load balancing, voltage regulation and fault detection with industry tools and software.
- Integrate Renewable Energy: Design strategies to balance solar, wind and hybrid systems with conventional power while protecting grid stability.
- Apply Smart Grid Technologies: Deploy IoT, AI and machine learning for real-time monitoring, control and predictive maintenance.
- Model Reliability Scenarios: Conduct technical evaluations and reliability assessments using real-world Middle East power system data.
Who should attend the Technical Analysis & Reliability of Power Systems course?
This course is designed for professionals involved in the planning, operation and optimisation of electricity grid systems and power infrastructure across the oil, gas and renewable energy sectors. It is ideally suited for:
- Power System Engineers and Electrical Engineers: Technical specialists responsible for grid performance, stability and design.
- Grid Reliability Analysts: Professionals measuring and improving reliability and operational performance.
- Energy Project and Operations Managers: Leaders delivering large-scale energy projects and day-to-day system operations.
- Energy Policy Advisors and Ministry Officials: Decision-makers shaping electricity sector strategy and compliance in utilities and government.
What will I receive on completing the Technical Analysis & Reliability of Power Systems course?
On completing the course you will receive an Informa Connect Academy certificate, with the type determined by your attendance and assessment performance.
- Certificate of Completion: Awarded when you attend all sessions and successfully complete the ongoing, in-class assessment.
- Certificate of Attendance: Issued if you miss more than two hours of sessions or do not meet the assessment criteria, stating the hours attended.
- Bring Your Own Laptop: You are required to bring a laptop throughout the session for the technical exercises and assessments.
The Qatar session is delivered in partnership with Informa Tharawat, a Qatari company.
Aligned with the ambitions of the Qatar National Vision 2030, Informa Tharawat and Informa Connect Academy’s training programmes serve as a catalyst for empowerment, equipping professionals with the skills needed to support the nation’s growth.
As part of Informa, a global FTSE 100 business, we are backed by a network of trusted brands operating across specialist markets, with more than 11,000 colleagues in over 30 countries.
Learn more about Informa Tharawat.
Contact us
Upcoming Course Dates & Locations
schedule Date | maps_home_work Delivery Type | person Trainer | language Language | ||
|---|---|---|---|---|---|
29 Nov 2026 4 days 08:30 14:30 | location_on In Person Doha, Qatar | English | $5,445.00 $4,445.00 Book by 20 September |
29 Nov 2026
4 days, 08:30 14:30
location_onIn Person
Doha, Qatar
Language: English
$4,445.00
$5,445.00
Book by 20 September
to save $1,000.00
Frequently Asked Questions
Learn more about the Technical Analysis & Reliability of Power Systems training programme
What is the Technical Analysis & Reliability of Power Systems course?
The Technical Analysis & Reliability of Power Systems course is a professional training programme that equips engineers and energy specialists to evaluate, optimise and future-proof electricity grid systems. It focuses on the reliability and operational performance of power systems across the oil, gas and renewable energy sectors, with particular relevance to the Middle East's energy landscape. Delegates learn to conduct technical evaluations, assess reliability metrics and apply engineering principles to improve grid performance.
What will I learn in this course?
You will learn how to analyse electricity grid systems across generation, transmission and distribution, and how to assess vulnerabilities and system stability. The course covers reliability metrics such as SAIDI, SAIFI and CAIDI, operational performance indicators, load forecasting, energy storage solutions and smart grid technologies including IoT, AI and machine learning. You will also learn to integrate renewable energy sources and to align power systems with regional electricity policies and compliance requirements.
What methodology or framework does this course use?
The course combines technical evaluation models with hands-on, applied learning. Delegates work through real-world Middle East power system case studies, individual and group exercises, a role play and simulation software to model grid performance under different scenarios. This blended methodology pairs engineering principles, load forecasting and reliability assessment with practical activities, so participants can apply what they learn directly to their own projects. You can download the course brochure for the full outline.
What reliability metrics does this course cover?
The course covers the core power system reliability metrics used across the industry, including SAIDI, SAIFI and CAIDI, alongside operational performance indicators such as efficiency, capacity utilisation and downtime analysis. Delegates learn to measure and interpret reliability data against international standards, and to use predictive maintenance and risk management techniques to strengthen system resilience. These metrics underpin the technical evaluations and reliability assessments practised throughout the programme.
How does this course address renewable energy integration?
Renewable energy integration is a central theme of the course. Delegates study the impact of solar, wind and hybrid systems on grid stability and the challenges of integrating them with conventional power. The programme covers strategies for balancing renewable and conventional generation, energy storage solutions such as batteries, pumped hydro and thermal storage, and smart grid technologies that support a reliable, sustainable energy transition.
Is this course offered online or in person?
The course is available both in person and as a live digital programme, so you can choose the format that best suits your needs. In-person and live online editions are delivered across multiple locations and dates. You can view the upcoming dates and locations to find the edition that works for you.
Why choose Informa Connect Academy?
Informa Connect Academy is a global provider of certified professional training and part of the FTSE 100-listed Informa Group.
- 1,000+ courses delivered annually across in-person, live online, and digital formats, spanning 15+ sectors
- 30+ years of executive education experience, with courses led by senior certified trainers and former C-suite leaders bringing 15-30+ years of real-world experience
- Thousands of professionals trained annually across Europe, the Middle East, Asia and Australia
- On completing this course you receive an Informa Connect Academy Certificate of Completion; the brochure names no external accreditation partner, so confirm with Marketing whether any accreditation (for example CPD) applies before publishing this line
- Partnered with globally recognised bodies across its wider portfolio, including CIPD, PMI, NASBA, EFQM and DMI
- Trusted by government and Fortune 500 clients worldwide