The global energy landscape is undergoing a major transformation as countries, industries, and communities seek cleaner, more resilient, and sustainable energy systems. This course introduces participants to the core principles, technologies, and policy mechanisms that are driving the global shift toward renewable energy. It explores how replacing fossil fuels with solar, wind, hydro, and other clean sources is not only an environmental necessity but also an economic and social opportunity.

Designed for professionals, decision-makers, and change agents, the course examines the current challenges and practical strategies for accelerating the renewable energy transition. Through real-world case studies, policy reviews, and innovation insights, participants will gain the tools to design or support renewable energy solutions across multiple sectors and contexts.

By the end of this course, participants will be able to:

Explain the need and urgency for transitioning to renewable energy.
Understand the various types of renewable technologies and their applications.
Assess the economic, social, and environmental impacts of renewables.
Examine policies, financial incentives, and international energy frameworks.
Identify strategies for integrating renewables into power grids and local systems.
Apply knowledge to support clean energy initiatives in their regions or industries.

This course is ideal for:

Energy professionals and engineers interested in clean energy solutions.
Policymakers, regulators, and government staff in energy and environment sectors.
Consultants and advisors working on energy or climate strategies.
NGO leaders and activists focused on sustainability and climate action.
Academics, researchers, and students in energy, policy, or environmental science.
Utility providers, infrastructure developers, and urban planners.

The training combines expert-led presentations, policy simulations, case study analysis, and group discussions. Participants will engage with data sets, explore global trends, and apply tools to design transition strategies. The course emphasizes real-world applicability and encourages knowledge sharing between participants from different sectors and regions.

Day 5 of each course is reserved for a Q&A session, which may occur off-site. For 10-day courses, this also applies to day 10

من:

إلى:

الموقع:

السعر الأقصى:

ID	التواريخ المتاحة	المدينة	الرسوم	الإجراءات

Course Content

Section 1: Foundations of Renewable Energy Transition

Understanding global energy demand and supply trends.
Climate change, energy security, and the case for transition.
Defining renewable energy and distinguishing it from traditional sources.
Benefits of renewable energy: environmental, social, and economic.
Challenges and myths around renewable adoption.
Review of international energy reports and projections.

Section 2: Renewable Energy Technologies and Applications

Solar power: photovoltaic, solar thermal, and utility-scale systems.
Wind energy: onshore vs. offshore systems and technological progress.
Hydropower: large-scale dams, run-of-river, and pumped storage.
Other renewables: geothermal, biomass, tidal, and wave energy.
Comparing technologies: strengths, limitations, and ideal use cases.
Trends in hybrid systems and renewable energy innovation.

Section 3: Socio-economic and Environmental Impact

Job creation in the clean energy sector.
Cost trends and investment opportunities in renewable energy markets.
Environmental benefits: emissions reduction, air and water quality, biodiversity.
Land use debates and community concerns.
Energy access and social equity through distributed systems.
Global case studies: national and community-level success stories.

Section 4: Policies, Incentives, and International Frameworks

Government roles in enabling renewable transitions.
Policy tools: feed-in tariffs, tax credits, net metering, and subsidies.
Regulatory instruments: renewable standards, carbon pricing, permits.
Global agreements: The Paris Agreement and the SDGs.
Regional cooperation and energy trade.
Private sector engagement and public-private partnerships.

Section 5: Integration, Storage, and Future Outlook

Grid integration: balancing variable supply and demand.
Energy storage technologies: batteries, thermal storage, and pumped hydro.
Smart grids and digital energy management tools.
Off-grid and decentralized solutions for rural or remote regions.
Emerging trends: green hydrogen, EV infrastructure, and AI in energy.
Planning for resilient and inclusive energy transitions.

Certificate Details

عند إتمام هذه الدورة التدريبية بنجاح، سيحصل المشاركون على شهادة إتمام التدريب من Holistique Training. وبالنسبة للذين يحضرون ويكملون الدورة التدريبية عبر الإنترنت، سيتم تزويدهم بشهادة إلكترونية (e-Certificate) من Holistique Training.

شهادات Holistique Training معتمدة من المجلس البريطاني للتقييم (BAC) وخدمة اعتماد التطوير المهني المستمر (CPD)، كما أنها معتمدة وفق معايير ISO 9001 وISO 21001 وISO 29993.

يتم منح نقاط التطوير المهني المستمر (CPD) لهذه الدورة من خلال شهاداتنا، وستظهر هذه النقاط على شهادة إتمام التدريب من Holistique Training. ووفقًا لمعايير خدمة اعتماد CPD، يتم منح نقطة CPD واحدة عن كل ساعة حضور في الدورة. ويمكن المطالبة بحد أقصى قدره 50 نقطة CPD لأي دورة واحدة نقدمها حاليًا.