The Codification of Engineering Knowledge: Bridging the Gap Between Humans and Machines

In the ever-evolving landscape of engineering, the traditional methods of documenting and disseminating knowledge face challenges in keeping pace with technological advancements. This presentation advocates for a paradigm shift in the way engineering knowledge is captured and communicated, proposing the codification of such knowledge through a programming language designed for both human comprehension and machine processing.

The core argument of this presentation centres on the imperative need to digitize the creation, storage, and processing of engineering knowledge. Unlike conventional written documentation, the proposal advocates for expressing engineering insights in the form of computer code. This code, while executable by software tools, should be simultaneously designed to be intuitive and easily comprehensible by human engineers.

The benefits of this approach extend beyond mere efficiency gains in data processing; it promises a transformative impact on collaboration, innovation, and knowledge transfer within and across engineering disciplines. By seamlessly integrating the perspectives of both human engineers and machine processing capabilities, this methodology seeks to enhance the synergy between creativity and computation.

To bring this concept into fruition, the presentation concludes with the introduction of a specialized programming language and interpreter tailored to implement these ideas effectively. This proposed language aims to strike a delicate balance, ensuring that the code is not only machine-readable but also human-readable, fostering a collaborative environment where engineers can seamlessly interact with and contribute to the digital repository of engineering knowledge.

Features

Food and networking for those attending in person will be between 4 pm and 4.30 pm (AWST)

The presentation and webcast will be at 4.30 pm - 5.30 pm (AWST).

Speakers

Carlos Gamez

Carlos founded Nova Energy Consulting in 2022, bringing more than 25 years' experience across the energy, asset management and digitalisation sectors.

Before that, Carlos served as Head of Asset Performance. In this role he was instrumental in the enablement of the transformation of the grid whilst meeting the objectives of the in-service network.

Throughout his career, Carlos has acquired a unique perspective of the industry with depth of technical expertise accompanied by a broad business acumen.

This is the result of his engagements on a wide range of roles including design engineering, manufacturing, product development, customer service, field services, consulting, business development, mergers, acquisitions, and other senior leadership roles in large and small organisations.

As a published author, Carlos has contributed ideas that focus in shaping the future of the electrical energy industry.