Kenya Engineer Magazine

Engineers Board to Introduce New Training Model in University Engineering Courses

The Engineers Board of Kenya is set to introduce a new training model aimed at strengthening the quality and relevance of engineering education in Kenyan universities. The proposed reforms are expected to align academic training with industry needs, emerging technologies, and global engineering standards.

Under the new framework, engineering students will undergo a more practical and competency-based learning approach, with increased emphasis on industrial attachment, mentorship, innovation, and hands-on technical experience. The model is also expected to enhance collaboration between universities, professional engineers, contractors, and regulatory agencies.

The move comes amid growing concerns over the gap between classroom learning and real-world engineering practice. Industry stakeholders have consistently called for reforms that produce graduates who are better prepared for modern infrastructure, energy, manufacturing, and technology-driven projects.

According to the Board, the new system will also strengthen professional ethics, improve graduate employability, and support Kenya’s long-term infrastructure and industrial development goals. Universities offering engineering programs may be required to review their curricula to meet the updated training standards and accreditation requirements.

The reforms are expected to play a major role in preparing the next generation of Kenyan engineers to compete effectively in both local and international markets while supporting the country’s expanding engineering and construction sector.

Microsoft’s Kenya AI Data Center Faces Major Power and Infrastructure Hurdles

Plans for a proposed US$1 billion artificial intelligence data center by Microsoft in Kenya have reportedly stalled amid concerns over the country’s electricity capacity and supporting infrastructure. The ambitious project, which could position Kenya as a regional AI and cloud computing hub, is facing significant disagreements between stakeholders over power requirements and long-term energy reliability.

According to government officials, the facility’s projected electricity demand is so massive that supplying it under the current grid conditions would be equivalent to “switching off half the country.” The statement highlights the enormous energy consumption associated with modern AI data centers, particularly those designed to support large-scale cloud computing, machine learning, and advanced data processing operations.

The project was expected to strengthen Kenya’s growing reputation as East Africa’s leading technology and digital innovation hub. However, concerns have emerged over whether the national grid can sustainably support such a high-demand facility without affecting industrial production, businesses, and residential consumers.

Beyond electricity supply, the project is also facing challenges related to transmission infrastructure, cooling systems, land readiness, and investment coordination. Industry experts note that hyperscale AI data centers require stable, uninterrupted power, high-speed connectivity, and advanced cooling technologies — areas where substantial upgrades may still be necessary in Kenya.

Despite the setback, the proposed investment has sparked wider discussions about Kenya’s future energy strategy and the need for accelerated investment in renewable power generation, grid modernization, and digital infrastructure. Analysts believe the situation could push the government and private sector to fast-track energy projects aimed at supporting future large-scale technology investments.

If eventually implemented, the facility would become one of the largest digital infrastructure investments in Africa and could significantly boost Kenya’s position in the global AI and cloud computing industry.

Vibrational exfoliation – a scalable, sustainable method for producing graphene
A novel method for producing conductors, semiconductors and electronic insulators uses vibrational energy to 'split' and 'peel off' molecular-thin layers of material.

Full article in the link below.

Vibrational exfoliation - a scalable, sustainable method for producing graphene - Kenya Engineer Researchers have demonstrated a new technique for creating 2D materials that runs at room temperature

How Battery Energy Storage Systems Could Improve Energy Reliability and Support Kenya’s Continued Economic Growth....

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How Battery Energy Storage Systems Could Improve Energy Reliability and Support Kenya's Continued Economic Growth - Kenya Engineer high energy costs and power outages slow vital Kenyan operations and limit output, having a negative effect on manufacturing and production.