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PLAN OF STUDY FOR B.S. IN SYSTEMS ENGINEERING For students entering Fall 2013 or later Student: G#: Date: 1st SEM. At GMU (e.g., Fall 2013): Advisors Name: Course requirements are listed below. Indicate

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1. Understand the requirements: Familiarize yourself with the project's objectives, goals, and constraints. This will help you determine the scope of the system and what needs to be considered during the engineering process.
2. Analyze the system: Break down the system into its components and analyze their interactions and dependencies. Identify the subsystems, interfaces, and any potential risks or challenges that may arise.
3. Design the system architecture: Create a high-level design that outlines the structure and organization of the system. Determine the relationships between the components, define the interfaces, and allocate functionality to each subsystem.
4. Develop detailed designs: Once the architecture is defined, delve into the details of each subsystem. Develop designs for each component, specifying the hardware, software, and any external dependencies required.
5. Implement and integrate: Begin implementing the system components according to the detailed designs. Ensure proper integration between subsystems, verify functionality, and address any issues or conflicts that may arise during the process.
6. Test and validate: Conduct thorough testing to verify that the system meets the requirements and performs as expected. This includes functional, performance, and reliability testing, as well as validating the system against user needs and expectations.
7. Document and communicate: Document all the steps, decisions, and specifications related to the engineering process. This will serve as a reference for future updates and maintenance. Communicate the findings and progress to stakeholders, ensuring alignment and understanding.
8. Maintain and improve: Systems engineering is an iterative process, and it is crucial to continually monitor and maintain the system. Implement updates, address any issues or evolving requirements, and strive for continuous improvement.

Who needs systems engineering?

1. Large-scale projects: Systems engineering is essential for complex projects that involve multiple disciplines, technologies, and stakeholders. It ensures effective coordination and integration across all aspects of the project, from concept development to operation and maintenance.
2. Government organizations: Systems engineering is often employed in government organizations to develop and manage large-scale systems and infrastructures. It helps ensure that projects meet regulatory requirements, address societal needs, and deliver value for taxpayers.
3. Aerospace and defense industries: Systems engineering plays a critical role in the development of aerospace and defense systems, such as aircraft, satellites, and missile defense systems. It ensures functionality, safety, and reliability, considering the stringent requirements and high-stake environments.
4. Automotive industry: With the increasing complexity of vehicles, systems engineering is vital in the automotive industry. It facilitates the integration of various systems and components, such as engine management, connectivity, and advanced driver assistance systems, ensuring optimal performance and user experience.
5. Technology companies: Systems engineering is relevant for technology companies developing complex software systems, hardware devices, or integrated solutions. It helps manage the interdependencies and interactions between different components, ensuring seamless functionality and interoperability.
6. Healthcare sector: Systems engineering is utilized in healthcare to optimize the delivery of patient care, improve healthcare processes, and enhance the interoperability of healthcare systems. It supports the design and implementation of innovative healthcare technologies and the integration of different healthcare information systems.

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