Technology and Innovation Management examines how organizations identify, develop, and implement new technologies to gain a competitive advantage. It’s not just about “gadgets”; it’s about the strategic process of turning ideas into value. To excel in this exam, you must understand the lifecycle of an innovation, how to manage “Creative Destruction,” and why established industry leaders often fail when faced with radical technological shifts.
Below is the exam past paper download link
BFB-3459-TECHNOLOGY-AND-INNOVATION-
Above is the exam past paper download link
To help you stay ahead of the curve, we have synthesized the most frequent “innovation-strategy” questions found in recent past papers.
Technology and Innovation: Key Revision Q&A
Q1: What is the difference between “Incremental” and “Radical” Innovation? A: * Incremental: Small, continuous improvements to existing products or processes (e.g., the iPhone 14 to iPhone 15).
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Radical: A fundamental change that replaces existing technology or creates a brand-new market (e.g., the move from horse-drawn carriages to automobiles).
Q2: Explain the “Technology S-Curve.” A: The S-Curve illustrates the relationship between the effort (R&D) put into a technology and the performance return.
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Early Stage: Performance increases slowly as the technology is understood.
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Growth Stage: Rapid improvements occur.
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Maturity Stage: The technology reaches its physical limits, and further investment yields diminishing returns. This is usually when a “Disruptive Technology” emerges.
Q3: What is “Disruptive Innovation” (Clayton Christensen)? A: Disruption happens when a smaller company with fewer resources successfully challenges established incumbent businesses. They usually start by targeting overlooked “low-end” segments with a simpler, cheaper product, then move upmarket once performance improves to meet mainstream demands (e.g., Netflix disrupting Blockbuster).
Q4: Describe Rogers’ “Diffusion of Innovation” Curve. A: This theory explains how and why new ideas spread through a social system. It categorizes adopters into five groups:
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Innovators (2.5%): Risk-takers who try new things first.
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Early Adopters (13.5%): Opinion leaders.
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Early Majority (34%): Practical adopters.
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Late Majority (34%): Skeptics who wait for the “norm.”
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Laggards (16%): Tradition-bound individuals.
Q5: What are “Appropriability Regimes”? A: This refers to the ability of a firm to capture the profits generated by its innovation. It depends on:
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Intellectual Property (IP): Patents, copyrights, and trademarks.
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Secrecy: Keeping “trade secrets.”
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Lead Time: Being the “First Mover” in the market.
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Complementary Assets: Having the manufacturing or distribution power to bring the tech to market.
Why Practice with Technology & Innovation Past Papers?
Exams in this field focus heavily on Strategic Choice and Market Dynamics. You will likely be given a case study on a company like Tesla or Kodak and asked to “Analyze why they succeeded/failed using the Architectural vs. Component Innovation framework” or “Evaluate their R&D Portfolio.”
By practicing with our past papers, you will:
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Master the Frameworks: Practice using the Kauffman’s NK Model or the Abernathy-Utterback Model of dominant designs.
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Refine Commercialization Logic: Learn the difference between Product Innovation (changing what is offered) and Process Innovation (changing how it’s made).
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Analyze Ecosystems: Practice identifying Network Externalities (where a product becomes more valuable as more people use it).
Access the Full Revision Archive
Ready to lead the next industrial revolution? We have organized a comprehensive PDF library containing five years of Technology and Innovation past papers, complete with model answers for “Disruption” case studies, IP strategy templates, and summaries of modern AI and Industry 4.0 trends.