Systems Engineering and Risk Management processes can work synergistically to defend against the causes of many mission ending failures. Defending against mission ending failures is facilitated by fostering a team that has a healthy respect for Murphy's Law and a team with a of curiosity for how things work, how they can fail, and what they need to know. This curiosity is channeled into making the unknowns known or what is uncertain more certain. Efforts to assure mission success require the expenditure of energy in the following areas: 1. Understanding what defines Mission Success as guided by the customer's needs, objectives and constraints. 2. Understanding how the system is supposed to work and how the system is to be produced, fueled b...
Software development can be fraught with frustration. Too often, we treat hardware risks and softwar...
A research report submitted to the Faculty of Engineering and the Built Environment, University of ...
Organizations that develop or operate complex engineering systems are plagued by systems engineering...
As the complexity of systems increases, so does what can go wrong with them. For example, the United...
Risky Work Environments provides new insights into the multiple and dynamic trajectories of both nea...
Although most programs and organizations use risk management when developing and operating software-...
Lean initiatives toward systems engineering combined with today’s complexities and risks including n...
For Resilience Engineering, 'failure' is the result of the adaptations necessary to cope with the co...
This book provides the application of praxises in the field of engineering safety by learning from p...
The purpose of this paper is to demonstrate the value of an effective risk management process in sys...
System safety is of particular importance for many industries. Broadly speaking, it refers to the st...
Risky Work Environments provides new insights into the multiple and dynamic trajectories of both nea...
Despite the best of engineering practices which include a focus on reliability, human factors and qu...
AbstractThis paper summarizes several iterations in developing a compact set of four key principles ...
Risky Work Environments provides new insights into the multiple and dynamic trajectories of both nea...
Software development can be fraught with frustration. Too often, we treat hardware risks and softwar...
A research report submitted to the Faculty of Engineering and the Built Environment, University of ...
Organizations that develop or operate complex engineering systems are plagued by systems engineering...
As the complexity of systems increases, so does what can go wrong with them. For example, the United...
Risky Work Environments provides new insights into the multiple and dynamic trajectories of both nea...
Although most programs and organizations use risk management when developing and operating software-...
Lean initiatives toward systems engineering combined with today’s complexities and risks including n...
For Resilience Engineering, 'failure' is the result of the adaptations necessary to cope with the co...
This book provides the application of praxises in the field of engineering safety by learning from p...
The purpose of this paper is to demonstrate the value of an effective risk management process in sys...
System safety is of particular importance for many industries. Broadly speaking, it refers to the st...
Risky Work Environments provides new insights into the multiple and dynamic trajectories of both nea...
Despite the best of engineering practices which include a focus on reliability, human factors and qu...
AbstractThis paper summarizes several iterations in developing a compact set of four key principles ...
Risky Work Environments provides new insights into the multiple and dynamic trajectories of both nea...
Software development can be fraught with frustration. Too often, we treat hardware risks and softwar...
A research report submitted to the Faculty of Engineering and the Built Environment, University of ...
Organizations that develop or operate complex engineering systems are plagued by systems engineering...