Based on the free book from Benjamin Granger PhD, a leader worth following is defined less by status or authority and more by mindset, behavior, and impact on others. The key traits include:

1. Focus on People, Not Just Results

A strong leader cares about outcomes and the well-being of people. They don’t just chase profit or performance—they ensure work is healthy, meaningful, and motivating. They understand that when people thrive, results follow naturally.

2. Creates Voluntary Followership

The biggest distinction is this: great leaders are followed by choice, not obligation. They earn trust, respect, and commitment rather than relying on fear, hierarchy, or pressure.

3. Self-Aware and Committed to Growth

A leader worth following continuously reflects on their own thoughts, behaviors, and impact. They understand that leadership starts with mastering themselves—their mindset, communication, emotions, and habits—and they are open to change.

4. Courageous and Principled

This kind of leadership isn’t easy. It requires:

• Doing the right thing over the easy thing
• Letting go of ego and quick wins
• Standing firm in values even under pressure

It’s described as the harder, more honorable path, but ultimately more fulfilling.

5. Empathetic and Other-Focused

They actively try to see the world through others’ perspectives. They recognize that leadership is both self-focused and other-focused, and they intentionally create positive experiences for the people they lead.

6. Strong Communicator

They invest in clear, effective communication because they understand it’s the primary way leaders influence others and build trust.

7. Builds Positive Environments

They shape environments that encourage:

• Productive mindsets
• Healthy behaviors
• Engagement and motivation

They don’t blame people—they improve the system around them.

8. Humble and Curious

They avoid arrogance and stay open to learning. They:

• Ask questions
• Seek feedback
• Remain adaptable in uncertainty

✅ In short:
A leader worth following is someone who earns trust, prioritizes people, masters themselves, and leads with humility and purpose—creating an environment where others genuinely want to follow.

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1. Comprehensive Preparation and Data-Driven Anchoring

The most successful construction negotiations are won before entering the room by building an evidence-based foundation.

• Modeling Interests: Effective preparation involves identifying your Best Alternative to a Negotiated Agreement (BATNA) and the Zone of Possible Agreement (ZOPA) to avoid the trap of positional bargaining.
• The Power of the Anchor: The first offer often serves as a cognitive anchor that exerts disproportionate influence on the final settlement. For construction professionals, this anchor must be supported by "hard" data, such as Bills of Quantities (BoQ), localized cost data (e.g., RSMeans), and current market rates for labor and materials.
• Internal Alignment: Negotiators must ensure their internal team is aligned on non-negotiable items and "go/no-go" criteria before meeting with external parties.

2. Tactical Communication and Active Listening

Communication is the primary tactical tool for executing negotiation strategy, yet poor communication contributes to 56% of failed projects.

• The 55/38/7 Rule: Research shows that actual words account for only 7% of a message's impact, while body language (55%) and tone (38%) dominate how a message is received.
• Style Flexing: Skilled leaders adapt their communication style to their counterpart; for example, using a facts-and-figures approach is often most effective with "analyzers" like engineers and architects.
• Active Listening as a Tool: This involves fully concentrating, paraphrasing, and asking open-ended questions to uncover the "whole problem" behind a dispute. It creates a "listening environment" that signals respect and can reveal underlying interests, such as a subcontractor’s hidden cash flow issues.

3. Emotional Intelligence (EI) and Relationship Architecture

Technical knowledge is no longer sufficient; Emotional Intelligence is a strategic competency that drives project performance and client trust.

• Core Competencies: EI includes self-awareness, self-regulation, empathy, and relationship management. It allows managers to stay calm under pressure and make clear-headed decisions during crises like weather delays or material shortages.
• Building Trust: Trust serves as the primary mediator between team EI and project performance. High-EI teams report a 60% reduction in conflicts because members feel safe to share ideas and admit mistakes.
• Long-Term Profit: Prioritizing relationships over short-term "wins" fosters repeat business and can increase firm win rates from 25% to 75%.

4. Technical Risk Allocation and Contractual Agility

Negotiation in construction is inseparable from the management and fair allocation of risk.

• Identifying "Killer" Clauses: Professionals must be adept at spotting onerous contract language, such as unilateral indemnity requirements or "no-damages-for-delay" provisions.
• Change Order Management: Design changes contribute to over 56% of cost overruns. Negotiating these requires a disciplined process involving real-time identification, itemized cost breakdowns, and integrated schedule tracking to avoid disputes later.
• Market Volatility Levers: In volatile markets, negotiators should secure contractual levers such as Price Escalation Clauses for materials like steel and lumber, or cost-sharing arrangements to align owner and contractor incentives.

5. Interest-Based Bargaining and Conflict Transformation

While the industry has traditionally relied on adversarial positional bargaining, complex projects now require interest-based (principled) negotiation.

• "Expanding the Pie": Instead of fighting over "slices" of a fixed resource, this approach seeks "win-win" solutions that create more overall value. An example includes offering a client a discount in exchange for a multi-year commitment.
• Conflict Transformation: Effective negotiators move teams from a "bunker mentality"—where parties are defensively entrenched—toward proactive problem-solving focused on mutual goals.
• Technology as a Neutral Fact-Finder: Tools like Building Information Modeling (BIM) and AI-driven support systems provide a "single source of truth," moving negotiations from "who is to blame" to "how do we solve this technically".

Remember that ASAQS has a webinar on 30 June 2026 - From Claims to Consensus: Negotiating Construction Outcomes.

Compiled by Bert van den Heever using an AI summary from NotebookLM.

Disclaimer: This article is the personal opinion/view of the author(s) and is not necessarily that of the ASAQS

On Monday the 4th May 2026 he will address an ASAQS seminar on "Beyond the Hype:Applying Blockchain to Cost Management and Construction Contract"

But what is Blockchain?

Blockchain is a decentralised digital ledger that securely records transactions across a network of interconnected computers, known as nodes . Unlike traditional record-keeping, each blockchain operates as a shared database where every transaction is verified by network participants through a consensus algorithm , making it highly transparent and resistant to tampering. Its core strengths lie in immutability (data cannot be altered once added), transparency (all transactions are trackable), and security through advanced encryption.

In South Africa, quantity surveyors find that sub-contractors wish for up-front payments of up to 80% of their tendered price. Can Blockchain alleviate this problem?

From the research I did, it seems to be a answer... but at at an initial high cost to implement "Smart Contracts".

Blockchain technology offers several mechanisms that can alleviate the pressure for high upfront payments by addressing the underlying issues of trust, cash flow, and payment security that typically lead subcontractors to request such terms.

In the context of construction cost management, blockchain can mitigate the need for massive upfront payments through the following applications:

• Guaranteed Payments via Smart Contracts
  The primary reason subcontractors request high upfront payments is to mitigate the risk of non-payment or delayed payment after work is completed. Smart contracts can solve this by acting as a secure, automated escrow system.

Automated Triggers: Funds can be "locked" on the blockchain at the start of a project, providing visible proof to the subcontractor that the money is available.

Milestone-Based Release: Rather than a single large upfront sum, payments can be programmed to release automatically as soon as specific project milestones are digitally verified (e.g., by an inspector or via IoT sensors).

Speed: Smart contracts have been shown to speed up payment processes by up to 70%, reducing the subcontractor's need to hold large amounts of working capital upfront to cover long payment cycles.

• Triple-Entry Accounting and Trust
  Subcontractors often ask for 80% upfront because they lack trust in the main contractor's financial processes. Blockchain introduces triple-entry accounting, where every transaction is recorded on a shared, tamper-proof ledger.
  
  Single Version of Truth: Both the main contractor and the subcontractor have real-time access to the same transaction data, which fosters a "trusted environment".
  
  Reduced Disputes: Because records are immutable (cannot be changed), the frequency of payment disputes is reduced by approximately 40%, making subcontractors more comfortable with progress-based payments rather than demanding most of the money at the start.
  
  
• Supply Chain Transparency for Material Costs
  Often, high upfront requests are intended to cover the cost of materials. Blockchain's traceability features allow main contractors to track the procurement of materials in real-time.

Direct Material Funding: Instead of giving the subcontractor 80% of the total price, the main contractor can use blockchain to verify that materials have been ordered or delivered and release specific funds for those materials directly to the supplier.

Reduced Inventory Risk: Precise tracking through blockchain can lead to a 25% reduction in inventory-related costs, allowing for more efficient capital allocation throughout the project lifecycle.

• Financial Inclusion and Lower Transaction Costs
  In emerging markets like South Africa, some smaller subcontractors may face high banking fees or difficulty accessing traditional credit, leading them to demand cash upfront.

Disintermediation: Blockchain reduces the need for intermediaries (like traditional banks) to verify every transaction, which can lower total transaction costs and make digital payments more accessible to low-income or unbanked groups.

Digital Wallets: The use of digital identifiers and blockchain-based payment platforms can provide subcontractors with faster, more inclusive access to their earned funds.

While the sources acknowledge that initial implementation costs (averaging $450,000 for mid-sized firms) and skills gaps are significant hurdles, the long-term ROI in complex supply chains can reach 3-5x due to the massive reduction in fraud and administrative waste.

Compiled by Bert van den Heever using an AI summary from NotebookLM.

Disclaimer: This article is the personal opinion/view of the author(s) and is not necessarily that of the ASAQS

Political polarisation in established democracies such as the United States and South Africa has prompted renewed interest in alternative democratic designs. One particularly provocative proposal explored through multiple AI systems and synthesised via NotebookLM is generational bicameralism: a parliamentary structure that pairs a conventional, party-based chamber with a second chamber representing generational cohorts. Citizens would vote once in their lifetime—at a defined age such as 34—for a representative of their age cohort, who would then serve for life unless removed by periodic recall referenda.

What makes this exploration notable is not just the institutional idea itself, but the method used to interrogate it: submitting the same question to multiple large language models, comparing their perspectives, and then using NotebookLM to synthesise areas of agreement, divergence, and concern. The result is less a definitive blueprint than a structured thought experiment about democracy’s deepest tensions—short-term responsiveness versus long-term stewardship.

Generational Bicameralism: A Lifetime Cohort Representation Model

A Time-Based Second Chamber

At the core of generational bicameralism is the attempt to correct what many political theorists see as electoral short-termism. Four- or five-year election cycles incentivise policies that deliver immediate benefits, often at the expense of long-range challenges such as climate change, infrastructure decay, demographic ageing, or public debt. A generational chamber, elected once per cohort and insulated from regular electoral pressure, is conceived as a “long-term guardian” of national interests.

The NotebookLM synthesis highlights broad consensus across the AI sources that such a chamber could, in principle, improve long-term planning. Representatives who know they will not face frequent re-election might be more willing to support unpopular but necessary measures or multi-decade projects. Over time, the chamber could function as a kind of institutional memory—a “constitutional conscience” balancing the volatility of party politics.

Risks of Stagnation and Gerontocracy

Yet the same design that enables long-term thinking also generates some of the system’s gravest risks. The most prominent is gerontocracy: as representatives age, the chamber may become dominated by individuals whose formative experiences are decades out of date. Cognitive decoupling is not merely biological but cultural and technological. A person elected at 34 might struggle, 40 years later, to legislate effectively on artificial intelligence, biotechnology, or radically transformed labour markets.

The “one-shot vote” further weakens democratic accountability. Citizens who make a poor choice early in midlife could find themselves bound to an ineffective or misaligned representative for half a century. Over time, legitimacy may decay, creating resentment and a growing sense that power is held by a detached, over-aged elite. In a worst-case trajectory, this could culminate in popular pressure to abolish the chamber entirely, triggering a constitutional crisis rather than institutional renewal.

Preventing Oligarchy Through Design

To mitigate these dangers, the AI-generated analyses converge on the necessity of strong constitutional safeguards. The generational chamber’s powers would need to be asymmetrical and deliberately limited. It should not initiate legislation, budgets, or taxation, but instead exercise delayed vetoes, constitutional review, or long-term impact assessments—powers that can ultimately be overridden by the party-based chamber through supermajorities.

Accountability mechanisms are equally crucial. Mandatory recall referenda every ten to fifteen years, health and cognitive capacity reviews, and clear procedures for removal all serve to counter life tenure’s inherent risks. Anti-entrenchment rules—such as bans on party affiliation, prohibitions on holding future political office, strict financial disclosure, and anti-dynasty clauses—aim to prevent elite capture and the emergence of a hereditary political class.

Notably, some proposals envision mandatory retirement ages or even declining voting weight as representatives age, acknowledging the political sensitivity of gerontocracy while attempting to manage it openly rather than denying it.

Advantages of Bicameralism Revisited

Within this framework, bicameralism itself emerges as a stabilising force. The traditional chamber remains responsive, partisan, and electorally accountable; the generational chamber provides continuity, restraint, and long-range perspective. Ideally, each corrects the excesses of the other. Citizens might also experience representation differently—less as perpetual campaigning and more as a durable civic relationship rooted in shared generational experience.

However, the model risks institutionalising generational conflict. Younger citizens, particularly those below the voting threshold, would have no voice in the generational chamber, while cohort-based representatives might prioritise their generation’s historic grievances over evolving national needs.

The Value of Multiple AI Viewpoints

Perhaps the most instructive outcome of this exercise is methodological. By comparing responses from different AI systems and synthesising them with NotebookLM, the inquiry surfaces structural trade-offs rather than ideological prescriptions. The process does not eliminate bias or uncertainty, but it broadens the conceptual space in which democratic reform can be discussed.

Generational bicameralism may never be implemented, and it may not be desirable. Yet as a thought experiment—and as a demonstration of how AI tools can scaffold complex institutional reasoning—it reveals both democracy’s vulnerabilities and the care required when designing mechanisms meant to endure for generations.

Question: Is it viable for a country to adopt a bicameral system consisting of a conventional party‑based chamber and a generational chamber, where citizens vote once in their lifetime. at say 34, for a representative of their own age cohort, who then serves for life unless periodically removed by referendum? How could power be balanced between the two chambers, what constitutional safeguards would be required, how would parliament likely evolve over an 80‑year period, what would be the advantages and disadvantages for citizens, and what might such a system be called?

Created by Bert van den Heever by asking the question to Copilot, ChatGPT, Gemini and using NotebookLM for a summary of sources and presenting us with the infographic.
Disclaimer: This article is the personal opinion/view of the author(s) and is not necessarily that of the ASAQS

Overall outlook

Across regions, research consistently predicts growth and evolution rather than extinction for quantity surveying, driven by digitalisation, sustainability, and broader advisory roles (Wao, 2015; Siriwardhana et al., 2024; Ramdav & Harinarain, 2020; Smith, 2011).

How the role is changing

1. From measurer to strategic cost and data advisor

• Traditional core tasks (cost planning, measurement, contract administration) stay central but are increasingly automated and streamlined by BIM and related tools (Siriwardhana et al., 2024; Ying & Kamal, 2021; Smith, 2011).
• Future value shifts to interpreting data, advising on cost risk, procurement strategy, value, and lifecycle performance (Aleke et al., 2025; Wao, 2015; Smith, 2011).
• QS roles are expanding into project/construction management, facilities management, dispute resolution, and non‑construction sectors (petrochemical, mining, transport) (Siriwardhana et al., 2024; Smith, 2011).

2. Technology as catalyst, not replacement

• BIM, digital twins, big data, AI and ML are framed mainly as opportunities rather than threats, provided QSs adapt (Seidu et al., 2020; Wao, 2024; Wao, 2023).
• Studies using SWOT analyses find BIM/DT and digitisation enhance efficiency and create new roles (e.g., 5D cost managers, BIM cost leads, data‑driven advisors) (Wao, 2024; Wao, 2023; Seidu et al., 2020).
• Barriers include cost of tools, skills gaps, and resistance to change, pointing to the need for structured digital transformation and CPD (Aleke et al., 2025; Rajapaksha et al., 2023; Smith, 2011).

3. New competency profile

• High‑priority emerging skills: BIM and digital tools, data analytics, IT literacy, sustainable/green costing and carbon cost planning, advanced financial management, leadership and management, and communication/negotiation (Shayan et al., 2019; Yap et al., 2021; Ying & Kamal, 2021; Omotayo et al., 2022; Omusula, 2020).

4. Market and employment trends

Figure 1: Key market and skill trends reshaping QS roles

Conclusion

Quantity surveying is expected to remain relevant and even grow, but as a more digital, multidisciplinary cost and value profession. Future‑proof QS careers will depend on embracing BIM/DT and wider digital tools, deepening advisory and sustainability skills, and diversifying services beyond traditional measurement.

These search results were found and analyzed using Consensus, an AI-powered search engine for research. Try it at https://consensus.app. © 2026 Consensus NLP, Inc. Personal, non-commercial use only; redistribution requires copyright holders’ consent.

References

Siriwardhana, S., Samarakkody, A., Wimalaratne, I., Mahinkanda, M., Kulatunga, U., & Rathnayake, L. (2024). Quantity Surveyors’ Adaptability to Technology: The Last Frontier of Job Displacement Challenge. Built-Environment Sri Lanka. https://doi.org/10.4038/besl.v14i1.7687

Seidu, R., Young, B., Clack, J., Adamu, Z., & Robinson, H. (2020). Innovative Changes in Quantity Surveying Practice through BIM, Big Data, Artificial Intelligence and Machine Learning. The Journal of Applied Science University. https://doi.org/10.18576/jasu/040201

Shayan, S., Kim, K., , T., Freda, R., & Liu, Z. (2019). Emerging Challenges and Roles for Quantity Surveyors in the Construction Industry. KINFORMS. https://doi.org/10.55819/mrij.2019.14.1.82

Wao, J. (2024). Quantity Surveying and its Association with Building Information Modeling (BIM) and Digital Twin (DT). International Journal of Scientific Research and Management (IJSRM). https://doi.org/10.18535/ijsrm/v12i12.cs01

Wao, J. (2015). Predicting the future of quantity surveying profession in the construction industry. **, 5, 1211-1223.

Rajapaksha, R., Devapriya, K., & Parameswaran, A. (2023). Awareness and perception of quantity surveyors toward the smart construction concepts. 16th International Research Conference - FARU 2023. https://doi.org/10.31705/faru.2023.12

Aleke, C., Okigbo, O., & Danjuma, U. (2025). Digitisation and the Evolving Role of Quantity Surveyors: A study of Professional Perspectives. Path of Science. https://doi.org/10.22178/pos.116-11

Ramdav, T., & Harinarain, N. (2020). A strategic framework for the survival of the quantity surveying profession. Journal of Engineering, Design and Technology, 18, 1487-1518. https://doi.org/10.1108/jedt-03-2019-0058

Yap, J., Skitmore, M., Lim, Y., Loo, S., & Gray, J. (2021). Assessing the expected current and future competencies of quantity surveyors in the Malaysian built environment. Engineering, Construction and Architectural Management. https://doi.org/10.1108/ecam-01-2021-0091

Ying, T., & Kamal, E. (2021). The Revolution of Quantity Surveying Profession in Building Information Modelling (BIM) Era: The Malaysian Perspective. International Journal of Sustainable Construction Engineering and Technology, 12. https://doi.org/10.30880/ijscet.2021.12.01.019

Wao, J. (2023). EFFECT OF BUILDING INFORMATION MODELING(BIM) INNOVATION ON QUANTITY SURVEYING. Proceedings of the Creative Construction Conference 2023. https://doi.org/10.3311/ccc2023-035

Omotayo, T., Tan, S., & Ekundayo, D. (2022). Sustainable construction and the versatility of the quantity surveying profession in Singapore. Smart and Sustainable Built Environment. https://doi.org/10.1108/sasbe-07-2021-0125

Cartlidge, D. (2002). New Aspects of Quantity Surveying Practice. **. https://doi.org/10.1201/9781315561707

Smith, P. (2011). Information Technology and the QS Practice. Australasian Journal of Construction Economics and Building, 1, 1-21. https://doi.org/10.5130/ajceb.v1i1.2276

Huangfu, D., Chang, Y., & Lim, S. (2024). DEVELOPMENT AND TREND ANALYSIS OF CHINA’S QUANTITY SURVEYING CONSULTING INDUSTRY. PLANNING MALAYSIA. https://doi.org/10.21837/pm.v22i32.1506

Omusula, C. (2020). Enhancing Competencies for the Future Career of the Practicing Quantity Surveyor Research Paper: May 2020. The International Journal of Business & Management. https://doi.org/10.24940/theijbm/2020/v8/i9/bm2009-019

The New Creative Imperative

AI is no longer coming — it is here. It writes marketing copy, composes music, codes software, and analyses vast datasets in seconds. For many, this has triggered a quiet but profound anxiety: if machines can do all of this, where does that leave human ingenuity?

The answer is both urgent and empowering. Rather than rendering creativity obsolete, the rise of artificial intelligence has made it the single most valuable skill any individual or organisation can cultivate. The question is no longer whether you will be affected by AI — it is whether you will be equipped to lead alongside it.

Why Human Creativity Remains Irreplaceable

AI is extraordinarily powerful at pattern recognition, optimisation, and execution. But it does not dream. It does not feel the friction of a moral dilemma. It does not wake up at 3 a.m. with a breakthrough idea born from years of lived experience.

Human creativity is messy, emotional, intuitive, and — critically — contextual. It arises from curiosity, contradiction, and the deeply personal need to make meaning of the world. As Emory University researchers note, "human creativity is innate and essential — a matter of survival." Offloading imagination entirely to a machine, they warn, strips us of the very cognitive muscles that make us adaptable, resilient, and distinctly human.

AI can remix what already exists. Humans can imagine what has never existed.

The Cost of Not Innovating

For those who still need a business case, consider the numbers. McKinsey research reveals a stark reality: the creative gap between leading organisations and the rest is not simply a competitive disadvantage — it is an existential one.

 

Those integrating AI-enhanced creativity see productivity gains that dwarf traditional methods. Yet most professionals have never been formally taught how to be systematically creative.

The gap between creative leaders and creative followers is not closing — it is widening at speed. Every day spent defaulting to the familiar is a day ceded to competitors who are already thinking differently.

Radiant Thinking — Tony Buzan's Gift to the Creative Mind

Long before AI entered the boardroom, Tony Buzan was revolutionising the way humans think. His landmark work, The Mind Map Book: How to Use Radiant Thinking to Maximize Your Brain's Untapped Potential (co-authored with Barry Buzan), introduced the world to a deceptively simple but transformative concept: radiant thinking.

Unlike linear note-taking, radiant thinking mirrors the brain's natural associative processes. Starting from a central idea, thoughts branch outward in all directions — like neurons firing — creating a web of connections that reveals patterns, sparks associations, and unlocks solutions that sequential thinking would never surface.

How to practise it: Place your core idea or challenge in the centre of a blank page. Draw branches outward for each related theme. From each branch, draw sub-branches of associations. Use colours, symbols, and images freely. Let the map grow organically. What emerges often surprises even the most analytical minds.

In the AI age, radiant thinking is a powerful human differentiator: it externalises the non-linear nature of creative thought into a visible, navigable map that no algorithm can replicate from feeling alone.

Edward de Bono — The Architecture of Lateral Thinking

If Tony Buzan mapped the terrain of thinking, Edward de Bono built the roads through it. De Bono, widely regarded as the world's foremost authority on creative and innovative thinking, gave us two revolutionary frameworks: Lateral Thinking and the Six Thinking Hats.

Lateral vs. Vertical Thinking

Vertical thinking is logical, sequential, and deeply committed to the most promising idea. It digs one hole deeper. Lateral thinking, by contrast, digs in unexpected places. It challenges assumptions, disrupts patterns, and deliberately introduces randomness to generate genuinely new perspectives. "You cannot dig a hole in a different place by digging the same hole deeper," de Bono famously observed.

The Six Thinking Hats

Perhaps de Bono's most widely adopted framework, this method assigns six distinct modes of thought to six metaphorical hats, each worn deliberately:

• 🤍 White Hat — Facts & Data: What do we know? What information is missing?
• ❤️ Red Hat — Emotions & Intuition: What does our gut say? What are the feelings here?
• 🖤 Black Hat — Caution & Risk: What could go wrong? What are the weaknesses?
• 💛 Yellow Hat — Optimism & Value: What are the benefits? Why could this work?
• 💚 Green Hat — Creativity & Alternatives: What are the new ideas? What else is possible?
• 💙 Blue Hat — Process & Control: How are we thinking? What are our next steps?

By separating these modes of thought — rather than conflating them, as most meetings do — teams think more clearly, more completely, and more creatively.

The age of AI is not the end of human creativity — it is its ultimate test. The individuals and organisations that will thrive are not those who use AI most, but those who bring the most distinctly human qualities to their AI partnerships: curiosity, courage, empathy, and the relentless willingness to think differently.

Sharpen your lateral thinking. Map your radiant ideas. Put on a different hat. The most powerful tool you possess is not on any app store — it is already inside you.

In response, the article “Curriculum Change in Construction and Engineering Education at Universities of Technology (UoTs)” examines how curriculum renewal can better align academic programmes with the evolving needs of industry. Drawing on mixed methods and a theoretical change model, it identifies key factors that influence both the adoption and implementation of curriculum reform, including faculty attitudes, institutional structures, and external industry pressures. The authors emphasise that curricula must evolve to include not only advanced analytical tasks, like cost estimating and feasibility analysis, but also foundational competencies — such as measurement and practical quantification — to ensure graduates are truly prepared for professional roles.

The study also highlights that resistance to change — at the individual educator and organisational levels — remains a significant barrier to curriculum transformation. To address this, it recommends differentiated professional development for academic staff, more collaborative design processes with industry stakeholders, and strategic leadership that embeds practical and theoretical learning in an integrated way. By foregrounding both foundational skills and higher-order analytical capabilities, the authors aim to close the performance gap that employers frequently cite, fostering graduates who are academically competent and professionally capable.

Article from:
JOURNAL OF CONSTRUCTION 2025
VOLUME 17 ISSUE 04
published by:
Association of Schools of Construction of Southern Africa (ASOCSA)

Compiled by Bert van den Heever using an AI summary from ChatGPT.

Disclaimer: This article is the personal opinion/view of the author(s) and is not necessarily that of the ASAQS

President Cyril Ramaphosa’s State of the Nation Address finally matched rhetoric with muscle: SANDF deployments to back SAPS against gangs and illegal mining, tighter gun‑law enforcement, and a public promise to tell Parliament where, when and at what cost troops will be sent. It’s the most decisive anti‑crime framing of his tenure, and it arrives with corroboration across official and major outlets. [en.wikipedia.org], [europarl.europa.eu], [en.wikipedia.org], [forsvaret.dk]

Equally important is the Madlanga Commission—no longer just catharsis, but a conveyor belt from testimony to criminal referrals and disciplinary recommendations. The Presidency says it has accepted the interim report’s recommendations, urging law‑enforcement agencies to act swiftly; coverage details referrals that include senior SAPS and metro officials. This is the bridge South Africans have long demanded: from televised rot to courtroom consequence. [en.thairath.co.th], [link.springer.com]

Against this backdrop, a provocative idea has surfaced: bar soldiers and police from voting, but exempt them from income tax. It sounds neat—apolitical in exchange for financial recognition—but it’s the wrong fix at the wrong time.

First, global democratic practice draws a sharp line between political activity and political rights. The norm is to allow service members to vote while banning partisan behaviour: no campaigning, no fundraising, no endorsements in or out of uniform, no partisan speeches. This is codified in U.S. Defense Department rules and widely echoed in allied militaries for one reason—neutrality is about conduct, not the ballot box. [lwid.dk], [fmn.dk]

Second, European guidance under the OSCE shows diverse models, but the centre of gravity is the same: tight constraints on partisanship, sometimes limits on holding political office or protesting in uniform, and clear social‑media red lines; disenfranchising troops is not the playbook. Where countries do restrict party membership or office‑holding, they typically retain the franchise, because voting is a core citizenship right that strengthens legitimacy rather than diluting it. [forsvaret.dk]

Third, stripping the vote from those we are now deploying into townships and mining belts would undercut the legitimacy of those operations at birth. The President has framed deployments as constitutional and carefully planned; communities will judge them by discipline and results, not by whether the soldier on the corner can cast a ballot in 2029. The optics that matter—chain‑of‑command clarity, proportional force, zero tolerance for corruption—are already on the table. [en.wikipedia.org], [europarl.europa.eu]

Fourth, the proposed tax‑exemption quid pro quo introduces new distortions. It creates two classes of citizens, complicates fiscal planning in a week when the Presidency pledged major water‑infrastructure spending, and risks turning citizenship rights into bargaining chips. If the state wants to recruit, retain and professionalise, there are far better levers: scarce‑skills allowances, housing and education benefits, and promotion pathways explicitly tied to integrity vetting and performance. [en.wikipedia.org]

So what should we do?

• Keep the vote; harden neutrality. Update and enforce SAPS/SANDF regulations to reflect best practice: explicit bans on partisan activity (including online), clearer rules on uniforms and public speech, and swift, visible discipline for violations. This is how mature democracies square the circle. [lwid.dk], [forsvaret.dk]
• Turn Madlanga into momentum. The Commission has handed over referrals; now the NPA and internal disciplinary systems must move with speed—suspensions where warranted, charge sheets that stick, and court calendars that don’t drift into oblivion. Public trust will rise or fall not on soundbites, but on dockets. [en.thairath.co.th], [link.springer.com]
• Measure deployments by outcomes. If SANDF support is to endure public confidence, we need transparent reporting: hotspots, seizure stats, illicit‑economy disruptions, and community‑harm metrics—benchmarks the President himself invoked when he spoke of acting against organised crime as a threat to democracy and growth. [europarl.europa.eu]

The lesson from allies is simple: you don’t need to silence a soldier’s vote to silence a soldier’s politics. You need clear rules, consistent leadership and credible courts. Ramaphosa has set the stage with deployments and with the Commission’s referrals. Now comes the part that will decide whether last night marks a turning point—or just another speech.

Parliament should codify a modern, enforceable neutrality code for SAPS and SANDF within this session; the Presidency should publish a quarterly Madlanga implementation dashboard and a public scorecard of anti‑gang/illegal‑mining operations. Keep the ballots. Enforce the boundaries. Make accountability visible—and make it stick. [forsvaret.dk], [en.thairath.co.th], [europarl.europa.eu]

Compiled by Bert van den Heever using AI summaries from CoPilot, websites and news items.

Disclaimer: This article is the personal opinion/view of the author(s) and is not necessarily that of the ASAQS

In the building sector, construction costs typically represent only 10% to 20% of total lifespan expenditure, with the remaining 80% to 90% arising from ongoing maintenance, energy use, and renovations. The goal of LCC is to identify design and material options that offer the lowest total cost over time, helping stakeholders avoid "false economies" based solely on the lowest initial bid.

Requirements for an Accurate Life Cycle Costing

Accurate LCC for a building project depends on quality data, transparent assumptions, and a structured methodology. The following elements are essential:

• Clearly Defined Scope and Study Period: You must establish what is being analysed (whole building vs. specific elements) and the time horizon, which for buildings is typically 25 to 60 years.
• Reliable Cost Data:
  • Initial Capital Costs: These include land acquisition (if relevant), design and professional fees, construction materials, equipment installation, and commissioning.
  • Operating and Utility Costs: Data on expected energy consumption (electricity, gas), water usage, and utility tariffs is required. Energy modelling software is often used to simulate these loads.
  • Maintenance and Replacement Data: You need realistic estimates for the service life of building components (e.g., roofing replaced every 20–30 years, HVAC every 15–20 years) and the frequency of routine maintenance.
  • End-of-Life Costs and Residual Value: This accounts for decommissioning, demolition, recycling, and any remaining value or salvage worth the asset has at the end of the analysis period.
• Transparent Financial Assumptions:
  • Discount Rate: Future costs must be converted to Present Value (PV) using a discount rate that reflects the time value of money.
  • Inflation and Escalation: Assumptions must be made regarding general inflation and specific price escalation for items like energy and labour.
• Risk and Sensitivity Analysis: Because LCC projects costs decades into the future, it is critical to test how results change if variables fluctuate—such as energy price volatility, earlier-than-expected component failure, or changes in the discount rate.
• Comparable Alternatives: For an LCC to be an effective decision-support tool, all compared design alternatives must meet the same functional and performance requirements.
• Multidisciplinary Collaboration: Accuracy requires input from various professionals, including architects for specifications, engineers for performance data, quantity surveyors for cost estimates, and facility operators for realistic maintenance cycles.
• Use of Industry Standards: Reliable assessments align with recognised international frameworks such as ISO 15686-5, ASTM E917, or regional standards like the RICS New Rules of Measurement (NRM 3).

The Four C’s of Contractor Appointment: The Framework Every Project Owner Must Master

“Appointing the wrong contractor doesn’t just cost money — it costs time, trust, and sometimes the entire project.”

Introduction: Why the Right Framework Changes Everything

In an industry where billions of rands are committed, deadlines are legally binding, and quality is non-negotiable, the appointment of a contractor is arguably the single most consequential decision a project owner, developer, or procurement professional will make. Yet too often, this decision is distilled down to a single variable: price.

The lowest bid wins. Until it doesn’t.

What separates a project that finishes on time and on budget from one that spirals into dispute, delay, and disaster? More often than not, the answer traces back not to design, not to site conditions, and not even to funding — but to the contractor at the helm. The question is not merely “Can they build it?” but rather “Are they worthy of the appointment?”

This is where the Four C’s Framework becomes indispensable — a structured, evidence-based approach to evaluating contractor appointment through four critical lenses:

🏗️ Capability — Can they do the work?
🔩 Capacity — Can they handle the workload?
💰 Cash-Flow — Can they sustain the financial demands?
🏆 Credibility — The master pillar that crowns the other three.

And the equation at the core of this framework is elegantly simple:

Credibility = Capability + Capacity + Cash-Flow

A contractor is only as credible as the strength of these three pillars combined. Miss one, and the entire structure is compromised. Let us explore each pillar — and why together, they form the only defensible basis for contractor appointment.

PILLAR ONE: CAPABILITY

“Do they have the skill, experience, and technical depth to deliver?”

Capability is the technical and operational bedrock of contractor appointment. It is the answer to the most fundamental question a project owner must ask: Has this contractor demonstrably done this before — and done it well?

Capability is not a gut feeling. It is not a polished brochure or a confident handshake. It is a verifiable, documented record of technical competence that spans multiple dimensions of organisational health.

What Capability Actually Means in Practice

1. Technical Expertise and Specialist Knowledge
A capable contractor brings more than general construction knowledge. They possess deep, domain-specific expertise relevant to the project type — whether that is high-rise commercial structures, civil infrastructure, industrial facilities, or specialist fit-out environments. The question is not whether they have built something, but whether they have built this type of thing at this scale.

2. Proven Track Record and Project Performance History
Past performance is the most reliable predictor of future behaviour. A thorough capability assessment examines whether previous projects were delivered on schedule, within budget, and to the specified quality standard. It investigates client satisfaction, recurring defects, and dispute histories. A contractor with a consistent record of on-time delivery at quality is demonstrating capability in action. USA Construction Consultants

3. Qualified and Experienced Personnel
Capability is not housed in a company registration — it lives in people. Who will manage this project? What are the credentials of the site supervisors, project managers, and specialist subcontractors they engage? A capable contractor fields a team with the depth and experience to handle not just normal project conditions, but the unexpected ones. USA Construction Consultants

4. Licences, Certifications, and Regulatory Compliance
Holding the necessary licences and being in good standing with regulatory bodies is a baseline indicator of legitimate operational competence. A contractor who cannot confirm their compliance posture has already raised a red flag.

5. Equipment, Systems, and Methodology
Capability also manifests in the contractor’s access to appropriate plant, technology, and construction methodologies. Are they equipped to execute the project, or will they be scrambling to source resources after mobilisation?

The Risk of Ignoring Capability: Appointing an incapable contractor on a well-funded project is not a safeguard — it is an acceleration of failure. Delays, rework, quality failures, and abandonment follow directly from capability gaps. As one industry expert notes: “If a contractor lacks the necessary skills, experience, or financial stability, even a well-funded project can face delays, cost overruns, or worse.”

PILLAR TWO: CAPACITY

“Do they have the bandwidth — right now — to deliver this project?”

Capability tells you what a contractor can do. Capacity tells you what they have the resources to do at this moment in time. These are profoundly different questions, and conflating them is a common and costly mistake.

A highly capable contractor stretched dangerously thin across a portfolio of simultaneous projects is, for all practical purposes, an incapable contractor for your project. The skills exist — but the attention, resources, and management bandwidth do not.

What Capacity Actually Means in Practice

1. Current Workload and Work-in-Progress Assessment
The most direct measure of capacity is a contractor’s current project commitments. How many active projects are they managing? What is their combined contract value? Are those projects in healthy execution states, or are some already generating financial or operational stress? BIC Construction

A contractor overburdened with simultaneous obligations cannot allocate adequate management, supervision, or material procurement resources to your project. Delays become inevitable — not through incompetence, but through overextension.

2. Human Resource Depth
Capacity is partly a people question. Does the contractor have sufficient qualified personnel to staff this project without cannibalising their other project teams? A contractor whose key people are already fully deployed on other projects will be unable to provide the level of leadership your project requires.

3. Plant, Equipment, and Supply Chain Availability
Physical capacity matters as much as human capacity. Can the contractor mobilise the necessary plant and equipment on the required timeline? Are their preferred material suppliers and subcontractors available and committed — or already engaged elsewhere on competing projects?

4. Organisational and Management Infrastructure
Capacity also reflects the organisational systems through which a contractor manages multiple concurrent projects. Strong contractors invest in robust project management platforms, financial reporting systems, and governance structures that allow them to scale without losing control. Weaker organisations lack this infrastructure, and the cracks show when they take on too much.

5. Bonding Capacity as a Capacity Indicator
Bonding capacity — the maximum aggregate value of performance bonds a surety is willing to issue — is an elegant proxy for total contractor capacity. A surety’s willingness to bond a contractor on an additional project signals their independent assessment that the contractor can absorb the commitment without being overwhelmed. Lakewood Inc.

The Risk of Ignoring Capacity: A capable but over-committed contractor is a foreseeable failure. The project receives a fraction of the attention it deserves, subcontractors are inadequately supervised, procurement is reactive, and delivery suffers. Capacity evaluation is not optional — it is the safeguard that ensures the contractor’s Capability is actually available to you.

PILLAR THREE: CASH-FLOW

“Can they finance the project through to completion — without your project funding theirs?”

Of all the pillars, Cash-Flow is perhaps the most misunderstood, the most frequently overlooked, and the most lethal when ignored. Many projects have been awarded to technically brilliant, reputationally strong contractors — only to grind to a halt when the money runs dry mid-construction.

Construction is a cash-intensive, cash-flow-negative enterprise by nature. Contractors typically spend money before they recover it. Materials are procured, labour is deployed, and subcontractors are engaged — often weeks or months before the corresponding payment application is certified and paid. Without robust cash-flow management, even the most capable contractor can become financially distressed at the worst possible moment. Merchants Bonding Company

What Cash-Flow Actually Means in Practice

1. Retained Earnings and Working Capital Reserves
A financially healthy contractor maintains retained earnings that serve as a buffer against the inevitable cash gaps of active construction. In an industry where net margins have compressed to as little as 3–4%, the discipline to retain capital — rather than reinvesting it prematurely into fixed assets — is a differentiating mark of financial maturity. Merchants Bonding Company

2. Working Capital Lines of Credit
Because retained earnings are rarely sufficient to fund large-scale construction activities, contractors rely on working capital credit facilities from their banking partners. The size of these facilities, and the terms under which they are available, reveals much about the contractor’s financial standing and their banker’s confidence in their business.

3. Financial Stability Across the Entire Portfolio
This is a critical and often overlooked point: a contractor’s cash-flow must be assessed across all their active projects — not just yours. A contractor managing cash-flow well on your project but haemorrhaging cash on another will eventually use one to fund the other. Project funds migrate. It happens more frequently than project owners realise. Lakewood Inc.

4. Supplier and Subcontractor Payment Practices
A contractor’s relationship with their supply chain is a live barometer of their cash-flow health. Suppliers who are paid on time are invested partners. Suppliers who are perpetually chased for payment become adversaries — withholding materials, withdrawing credit, and jeopardising delivery. Investigating a contractor’s payment track record with their supply chain is one of the most revealing assessments a client can undertake.

5. Billing Discipline and Payment Management
Cash-flow is not only about what comes in — it is about the discipline with which contractors manage their receivables. Timid invoicing, failure to submit accurate payment applications on time, and reluctance to enforce contract payment terms are hallmarks of cash-flow-poor contractors. Proactive billing is a sign of organisational financial health. Merchants Bonding Company

The Risk of Ignoring Cash-Flow: “Most of the contractors that suddenly failed… were competent, experienced builders who never took managing cash flow seriously,” writes Dr. Thomas Schleifer, a construction management authority with over 50 years of industry experience. Cash-flow failure does not announce itself in advance. It arrives suddenly — and it takes the project down with it.

THE MASTER PILLAR: CREDIBILITY

“Is this contractor — in totality — worthy of appointment?”

Credibility is not a fourth assessment undertaken independently of the first three. It is the integrated verdict that emerges when Capability, Capacity, and Cash-Flow are evaluated together — the summative answer to the question every project owner must ultimately resolve:

Credibility = Capability + Capacity + Cash-Flow

A contractor is credible when:

• ✅ They have the technical skill to execute the project to the required standard (Capability)
• ✅ They have the organisational bandwidth to dedicate adequate resources to your project (Capacity)
• ✅ They have the financial health to sustain operations through to practical completion (Cash-Flow)

The absence of any one of these three dimensions destroys credibility — regardless of how strong the other two may be.

Credibility as a Multi-Dimensional Trust Signal

Credibility, in the context of contractor appointment, is the professional equivalent of trustworthiness under pressure. It is evidenced not only by what a contractor claims in their tender submission, but by:

• Third-party validation — What does their bonding company say? What does their bank say? What do their previous clients say?
• Track record under adversity — How have they performed when projects became difficult? Did they absorb risk professionally, or did they retreat to claims and disputes?
• Supply chain reputation — Do their subcontractors and suppliers want to work with them? Trade relationships built over years of fair dealing are among the most powerful indicators of credibility.
• Cultural alignment — Do their values, safety culture, and professional standards align with those of the project owner? Misalignment at this level creates friction that compounds throughout the project lifecycle. Lakewood Inc.

Credibility is Earned — Not Claimed

The crucial insight of this framework is that credibility cannot be self-declared. A contractor cannot earn it through marketing. It is the product of a verifiable, evidence-based demonstration that Capability, Capacity, and Cash-Flow are all present, robust, and proportionate to the demands of the project in question.

“Choosing the right contractor isn’t just a formality — it can determine whether a project finishes on time and on budget or runs into trouble.”

Applying the Four C’s Framework: A Practical Procurement Lens

The framework translates directly into structured due diligence at the procurement stage. Before appointment, every project owner should be able to answer the following:

Conclusion: The Framework That Protects the Project

The appointment of a contractor is not a procurement exercise — it is a risk management decision. Every project owner who shortcuts this process, who allows price to crowd out principle, or who mistakes confidence for competence is accepting an unnecessary and avoidable risk.

The Four C’s Framework — Capability, Capacity, Cash-Flow, and Credibility — does not guarantee a perfect project. No framework can. But it creates the conditions under which a capable, resourced, financially healthy, and credible contractor can deliver. It shifts the probability of success dramatically in the project owner’s favour.

Because at the end of the day, the contractor who stands across the table from you at contract signature is the single greatest determinant of what happens next. Choose wisely. Choose through evidence. Choose through the Four C’s.

Credible contractors don’t just build structures. They build confidence.

A structured contractor evaluation framework protects not only the project — but the people, the investment, and the reputation behind it.