Missed Part 1? We recently kicked off this discussion by defining the “Scarcity of Solutions” and why the South African steel sector must pivot toward innovation to remain globally competitive. (You can catch up on Part 1 HERE). In part 2, we continue the conversation by focusing on the future of technical leadership and the strategic role of quality, collaboration, and digital integration in modern construction.
Powering innovation through certification
Innovation cannot exist in a vacuum. As Amanuel notes, the “brightest idea” is worthless if the market doesn’t trust its structural integrity. Historically, the South African steel industry relied on oversight among a few major players. Today’s landscape is different: with a diverse supply chain and the tight tolerances required for off-site construction, this type of trust is no longer enough.
To move the needle, the SAISC has shifted from merely setting the rules to actively verifying them through a formal Quality Certification Programme. This framework serves three critical functions:
Seamless integration: Much like a digital language, standards allow a modular component manufactured in a factory to fit perfectly when it arrives on a site hundreds of kilometres away.
Raising the baseline: The goal isn’t to “gatekeep,” but to identify manufacturers who need assistance and help them upgrade their processes to meet global benchmarks.
Global market confidence: Certification acts as a “quality shield.” It gives international investors the verifiable proof they need to choose South African steel over global competitors.
Innovation driven by industry
While it is common to assume that new technologies are purely the result of academic or engineering research, the current wave of South African steel innovation is being led by fabricators and commercial players. At the Institute, Amanuel sees this firsthand through groups like the SAISC’s Light Steel Frame Committee.
The most exciting aspect of this trend is that industry-led innovation naturally solves the commercialisation puzzle. Because fabricators are the ones charging to get these things built, they are incentivised to find solutions that are both inventive and profitable.
Positioning South African steel for the global stage
For South Africa’s steel industry, the local market is just the starting line. As Amanuel points out, structural steel is inherently global. Whether a project is built locally for an international client or exported across borders, our collective reputation is the primary currency.
In a hyper-connected age, “good enough” is a liability. A single manufacturing oversight can escalate into a global crisis, making verifiable quality governance our most vital shield. To compete, we must move beyond claims of excellence and commit to the “legwork” of rigorous, consistent standards. This is about mitigating risk, but also about building the international trust required to position South African steel as a premium, high-performance solution.
Through these dedicated quality programs, the SAISC ensures our industry isn’t just a participant in the global market, but a leader.
How the SAISC fuels industry innovation
While high standards and quality governance provide the foundation, the SAISC doesn’t stop there. The SAISC’s strategy for fostering a forward-thinking industry relies on three distinct areas of engagement:
Academic partnerships and research: The Institute maintains deep ties with universities to test and interrogate new ideas. By leveraging government grants, specialised laboratories, and the bright minds of PhD candidates and students, the SAISC helps turn academic concepts into industry realities.
Industry mobilisation and “show-and-tell”: Innovation thrives when it is celebrated. The SAISC actively mobilises resources and donations from within the industry to fund new projects. By showcasing the inventive products and creative solutions developed by its members, the Institute creates a culture where “showing off” high-quality work inspires others to push the envelope.
Hands-on “tinkering” and technical guidance: Innovation at the SAISC is practical. From building prototypes in factories to “playing around” with new materials in workshops, the Institute’s leadership remains personally involved in the physical process of creation.
Bridging the design-to-site gap
Amanuel candidly notes that while the Institute successfully facilitates site visits for students, there is a profound, untapped opportunity to do the same for professional design engineers. For many engineers, the transition from a digital model to a high-heat fabrication environment is a reconnection with the heart of their profession.
The SAISC envisions a future where the “office-bound” designer is regularly immersed in the practical realities of the workshop. When engineers step into factories to witness the “sparks and the welding,” they gain a visceral understanding of how their designs translate into physical structures.
Moving from the office to the construction site helps designers understand the logistical and technical challenges faced by fabricators, leading to more practical and efficient innovations. The goal is to move beyond sporadic visits and develop structured programs that make industrial immersion a standard part of an engineer’s development.
A scarcity of solutions, not resources
In a world defined by the rapid pace of change and the scarcity of essential infrastructure including energy, water, and housing, Amanuel argues that the steel industry holds the literal building blocks of the solution. While policy and funding are often cited as hurdles, the real opportunity lies in technical leadership.
The final takeaway for industry professionals focuses on shifting the perspective from limitation to innovation and implementation.
Steel is uniquely positioned to address the urgent need for infrastructure. Whether it is solving the energy crisis or building sustainable housing, the technical expertise already exists within the industry to bridge these gaps.
Contrary to popular belief, Amanuel suggests that the primary challenge isn’t a lack of capital, but a scarcity of solutions. With significant investment looking for a home, the industry must provide the “technical answers” that investors and governments are searching for.
As global and local economies shift, the steel industry must adapt its technologies to meet these new demands. Steel remains the most versatile and efficient medium to turn these pressing social and economic problems into tangible progress.
“We are the ones who build these things and we know how to solve them technically. It’s not a problem of scarcity of money, it’s a scarcity of solutions. It is truly our time to shine.” — Amanuel Gebremeskel