Dr Marlon Cruz
  • UK Chartered Scientist (CSci)

  • UK Chartered Engineer (CEng)

By - Marlon

Colombia: A Rising Green Hydrogen Powerhouse

In a recent short article on LinkedIn, I explore Colombia’s potential to become a global leader in green hydrogen production. Regional Strategic Advantages Colombia’s geographical and climatic conditions provide a solid foundation for green hydrogen production from mainly resources coming from solar and wind power. The availability of these resources put Colombia favorably on a clear pathway to green hydrogen

By - Marlon

The Hydrogen Economy: Connecting the Dots Across Continents

As a materials engineer with over 22 years of experience spanning academia, industry, and strategic advisory roles, I’ve witnessed firsthand the transformative potential of the hydrogen economy. From developing advanced coatings to reduce electrolyser costs to advising on ESG strategies, the common thread is clear: hydrogen will play a pivotal role in our sustainable energy future. Some key trends I’m

By - Marlon

Remembering Literary Giants: Cervantes, Shakespeare, and the Art of Surface Engineering

Introduction April 23, 1616 marks a significant date in literary history, as it commemorates the death of two of the world’s most renowned writers: Miguel de Cervantes and William Shakespeare. Though they lived in different countries and wrote in different languages, both men left an indelible mark on literature that continues to inspire and captivate readers to this day. Interestingly,

By - Marlon

Engineered Surfaces: The Key to a Sustainable Future

As we approach Earth Day 2024, it’s important to reflect on the state of our planet and the actions we can take to protect it. This year’s theme, “Planet vs. Plastics,” highlights the urgent need to address plastic pollution and its devastating impact on the environment. But beyond reducing plastic waste, there are many other ways we can work towards

By - Marlon

The Exponential Progress of Technology: Moore’s, Wright’s, and Swanson’s Laws Driving the Energy Transition

The world is witnessing an unprecedented shift towards clean and sustainable energy sources. This energy transition is not only crucial for combating climate change but also presents immense opportunities for technological innovation and economic growth. At the heart of this transition lie three key empirical observations: Moore’s Law, Wright’s Law, and Swanson’s Law. These laws describe the exponential progress of

By - Marlon

Data Centres: Embracing Sustainability through Innovative Surface Engineering

Data centres are the backbone of our digital world, powering everything from cloud computing to streaming services. However, as demand for data grows exponentially, so too does the environmental footprint of these facilities – especially in terms of water and energy consumption. In this blog post, we’ll explore how advances in materials science and surface engineering can help make data

By - Marlon

Surface Engineering: Tackling the Challenges of the Energy Transition and Investment Cycles

The global energy transition towards renewable and sustainable sources is well underway, but it comes with its own set of challenges. One critical area that is playing a vital role in addressing these challenges is surface engineering. By focusing on the surface properties and interactions of materials, surface engineering is enabling the development of more efficient, durable, and cost-effective solutions

By - Marlon

About Materials Enginering and ESG Materiality

Despite the difference between the concepts of Materials and Materiality, the field of materials engineering plays a pivotal role in the realm of ESG (Environmental, Social, and Governance) materiality Materials engineers play a crucial role in Environmental, Social, and Governance (ESG) materiality. Here are some key points: Material Selection: Materials engineers are responsible for selecting the best materials for specific

By - Marlon

Why medical regulatory is important?

Medical regulatory is the process of ensuring that medical products, such as medicines, medical devices and blood components, meet the standards of safety, quality and efficacy before they are placed on the market. Medical regulatory is important for protecting public health and enabling innovation and research that can benefit patients. One aspect of medical regulatory is the classification of medical

By - Marlon

Medical Devices in UK and EU: the regulatory framework

Medical devices are products or equipment that are used for diagnosis, prevention, monitoring or treatment of diseases, injuries or disabilities. They range from simple bandages and thermometers to complex implants and scanners. Medical devices are subject to strict regulations to ensure their quality, safety and performance. The UK regulatory framework for medical devices originates from EU directives, which were transposed