Ahmed Farah Dhiif

• Financial Analysis & Modeling: Conducted in-depth financial modeling and analysis for energy projects, evaluating project viability, ROI, and risk assessments for renewable and conventional energy sources
• Project Financing: Facilitated project financing for energy infrastructure projects by identifying appropriate financing options, including debt, equity, and blended finance models, securing funds that supported sustainable energy developments
• Budgeting and Forecasting: Managed budgeting processes, cost forecasting, and capital expenditure management for various energy projects, optimizing financial performance through precise tracking and reporting
• Risk Management: Performed detailed risk assessments for energy projects, identifying financial, regulatory, and market risks, and implementing mitigation strategies to safeguard project investments
• Investor Relations: Built and maintained relationships with investors, financial institutions, and stakeholders, presenting detailed financial reports and project updates to ensure transparency and alignment with investor goals
• Policy and Regulatory Compliance: Ensured all energy projects complied with local and international finance and environmental regulations, collaborating closely with legal and compliance teams to meet industry standards
• Sustainable Energy Initiatives: Contributed to the growth of renewable energy projects, such as solar, wind, and hydroelectric, by advising on sustainable financing models and identifying cost-effective investment opportunities

• Solar Project Management in Garowe and Bossaso Cities
  
  Overview
  The implementation of solar energy projects in Garowe and Bossaso is pivotal for enhancing energy access and sustainability in Puntland, Somalia. These projects aim to harness solar power to provide reliable electricity, improve economic development, and promote environmental sustainability.
  
  Project Installation
  
  1. Site Assessment:
  - Conduct feasibility studies to evaluate solar potential.
  Assess local energy needs and existing infrastructure.
  
  2. Design and Planning:
  - Develop tailored solar solutions

(e.g., solar PV systems, solar water pumps).
- Create detailed project plans, including timelines and budgets.

3. Procurement:
- Source quality solar panels, inverters, batteries, and mounting structures.
- Collaborate with local and international suppliers to ensure the best technology.

4. Installation:
- Employ local workforce for installation, providing training to enhance skills.
- Ensure compliance with safety standards and regulations during the installation process.

5. Commissioning:
- Test the systems to ensure they operate efficiently and safely.
- Connect the systems to local grids where applicable.

Benefits

1. Increased Energy Access:
- Provides reliable electricity to households, schools, and businesses, reducing reliance on expensive and polluting diesel generators.

2. Economic Development:
- Supports local businesses and creates jobs in installation, maintenance, and operation of solar systems.
Facilitates entrepreneurial activities by providing consistent power.

3. Environmental Sustainability:
- Reduces carbon emissions and mitigates the effects of climate change.
- Decreases deforestation caused by reliance on traditional fuels.

4. Community Engagement:
- Involves local communities in the planning and implementation phases, ensuring the projects meet their needs and gain local support.

5. Long-term Cost Savings:
- Reduces electricity costs for users over time, as solar energy has minimal operational costs once installed.

6. Health Benefits:
- Improves health outcomes by providing clean energy for lighting and cooking, reducing indoor air pollution associated with traditional fuels.

Conclusion
Solar project management in Garowe and Bossaso not only addresses immediate energy needs but also contributes to long-term social and economic benefits. By investing in solar energy, these cities can pave the way for a sustainable and resilient futur

• Market Analysis: Conducted extensive market research on the energy sector, identifying emerging trends, investment opportunities, and regulatory changes to inform project strategies and financial planning
• Cost-Benefit Analysis: Supported energy project proposals with detailed cost-benefit analyses, aligning financial planning with strategic objectives and ensuring optimal resource allocation
• Financial Reporting: Prepared comprehensive financial reports, quarterly forecasts, and investment summaries to support data-driven decision-making within the energy finance team
• Team Collaboration: Worked closely with cross-functional teams, including engineering, legal, and environmental departments, to ensure cohesive financial planning and project execution