About Us

The Rural Technologies Division of Blue Engineering & Trading is a dedicated department within Blue Engineering & Trading PLC, a highly experienced electromechanical firm specializing in power infrastructure construction projects across Ethiopia. With a solid track record in the power sector, Blue Engineering & Trading has identified significant gaps in the rural power landscape, recognizing that access to reliable electricity is pivotal for sustainable development.
In light of this realization, and driven by the commitment of its management and shareholders to foster rural development, the company has made a strategic decision to establish this dedicated division in 2024. The goal is to focus specifically on delivering innovative rural power solutions and productive technologies tailored to the unique needs of underserved communities.
Through this initiative, Blue Engineering & Trading will leverage its extensive expertise in power infrastructure to develop customized strategies that address the challenges faced by rural areas. This includes not only the provision of electricity but also the introduction of energy-efficient appliances and sustainable business models that encourage local entrepreneurship.
By prioritizing community engagement and training programs, the division seeks to empower residents with the knowledge and tools necessary to maximize the benefits of electricity access. This holistic approach aims to create a more resilient and self-sufficient rural economy, ultimately contributing to Ethiopia’s broader development goals.
The Blue Rural Technologies Division aims to bridge the energy gap by providing affordable and efficient energy solutions, thus enabling rural communities to harness their full potential. By focusing on innovative solutions and community empowerment, Blue Engineering & Trading is poised to make a meaningful impact on the lives of many, fostering sustainable development and economic growth in rural regions.
Our values are based on Sustainability: Focus on renewable energy sources to ensure long-term viability and minimize environmental impact and Affordability: Develop financing models that make these technologies accessible to low-income households and small businesses. Our business philosophy is based on ensuring the following values.

Our work philosophy is built on three core values of our company. We always strive and consciously apply these values in a systematic fashion in each and every work we undertake.
This is because we believe that we can provision of our clients with best value for money solution by improved efficiency in resource utilization and reducing overheads. Which can only be achieved through executing of
contracts timely and after all it wouldn’t ensure customers satisfaction unless it exceeds their quality expectations which we strive for to ensure constantly. Thus, our core values include but not limited to:

• Professionalism: Our commitment is top priority to deliver as per the client’s requirement and above the level of their satisfaction.
• Excellence: We set high standards, apply advanced technologies, accept challenges, utilize best methodologies and thrive for accomplishment.
• Ethics: Honesty, integrity and mutual respect in each and every piece of our activities.
• Quality: Aspiration and comittment to meet highest level of national qualty standaeds
• Safety: Every project is planned and executed in no harm no accident manner.

The company has a long-term mission to be capable of executing works to the highest quality by thoroughly working to establish an international standard of quality and constant learning process to compete at the highest level in the electromechanical industry both at the national and international level.

“To be the leading Electromechanical service provider in Ethiopia and East Africa”

Ensuring that the technologies are priced within the reach of rural

Selecting technologies that maximize output while minimizing energy consumption

Tailoring technologies to meet the specific needs and conditions of rural areas, including climate and type of agriculture.

 Offering various technological options to suit different needs and conditions.

Ensuring systems can be scaled up or down based on community needs.
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 Designing systems that can be easily integrated with existing local infrastructure.