Suppose you are a new systems engineer for a major new system development effort that involves new technology. Obviously, this represents a major technical (if not programmatic) risk area. What activities would you recommend early in the system development effort to mitigate these technical risks? For each mitigation activity, describe whether the activity will lower the likelihood of the risk, or the consequences of the risk, or both.
The correct answer and explanation is :
In the early stages of a system development effort involving new technology, mitigating technical risks is essential to ensure the project remains on track and delivers a successful outcome. Here are several key activities I would recommend to reduce both the likelihood and the consequences of technical risks:
1. Prototyping and Proof of Concept (PoC) Development
Activity: Develop prototypes or PoCs to test critical and high-risk technology components early in the development cycle.
- Risk Mitigation: This activity primarily lowers the likelihood of risk by providing early feedback on the technology’s feasibility and performance in the context of the new system.
- Explanation: Prototyping helps uncover potential issues before full-scale development, allowing the team to refine or pivot the technology approach early on. This reduces uncertainty and helps identify issues that could affect system architecture or integration with other components.
2. Conducting a Technology Readiness Assessment (TRA)
Activity: Assess the maturity of the new technology through a Technology Readiness Assessment (TRA), evaluating whether the technology is ready for integration.
- Risk Mitigation: This activity lowers the likelihood of risk by assessing the new technology’s maturity and stability before full-scale deployment.
- Explanation: A TRA provides a systematic evaluation of technology maturity and identifies areas where additional research or development might be required. It helps ensure that the technology chosen is mature enough to avoid integration issues or delays.
3. Collaborating with Subject Matter Experts (SMEs)
Activity: Engage with industry SMEs or technology vendors to review the design and gain insights into potential risks.
- Risk Mitigation: This activity helps lower both the likelihood and consequences of risk. By consulting experts, you can identify risks that might not be immediately obvious and make design changes to reduce their impact.
- Explanation: SMEs bring in-depth knowledge that can help avoid common pitfalls when working with new technology. Their experience can lead to better-informed decision-making and help with troubleshooting unforeseen issues during system integration.
4. Incremental and Agile Development
Activity: Adopt an incremental development approach, such as Agile, to allow for iterative testing and continuous feedback.
- Risk Mitigation: This reduces both the likelihood and consequences of risk by ensuring issues are detected and addressed early in the development process.
- Explanation: Agile methodologies focus on delivering smaller, manageable parts of the system incrementally. This approach ensures early identification of technical risks and allows the team to adjust the development path in response to issues as they arise, preventing large-scale failures later in the process.
By incorporating these activities, you can effectively manage the technical risks inherent in new system development, ensuring a smoother path to success.