Critical software

 

 

· Critical software should be tested to the extent possible.
Narrative of design methodology for various functions along with resulting design schematics.
· Results of simulation
· Narrative explaining the software architecture and results of tests of any coded software
· Summary of any changes to overall design, costs, schedule, or risks as a result of the preliminary design.
· Appendix A: Design calculations and circuit analysis calculations. Voltage, current, and power for all electrical components should be considered in the
analysis to make sure you don’t exceed the component’s capability. If a microcontroller is used in the project, include controller power requirements, input /
output voltage and current requirements as well as the circuit analysis involved with connecting the external devices to the microcontroller (example
specification: the programmed output port for controller X can source a maximum of 100mA of current at 5 volts Vout). The information from the
specifications will aid in determining how to connect external devices. This information will go in Appendix B of your final report.
· Appendix B: Detailed software flowchart
· Appendix C: An updated list of components. At this point, the list is just a table with three columns: Item Number (1, 2, 3, etc.), Part Descriiption (ex. 100
ohm resistor), and Quantity.
Note that the component selection document will be finalized and updated after the circuit or system is built and tested. Thus, it is expected that minor
adjustments will be made to the component values initially chosen in order to achieve the desired outputs.
Part B: Role of Physics or Other Sciences (This will also be included in your final project report as this is used for assessment of your understanding of the
scientific concepts and calculations underpinning your project.)
Write at least several paragraphs addressing in a technical and non-superficial manner:
a. the role that physics or other scientific concepts play in the operation of your project
b. how the mathematical treatment and design of your project relies on mathematics/equations associated with physics or other sciences.

 

 

Sample Solution

een a cost-saving tool that has significantly reduced overtime and saved the department thousands of dollars each month. Before implementing the cost management process of LEAN, the department was spending upwards of $1,000 per month in overtime for each employee, and there are 30 employees in the department. After streamlining our accounting processes to be more efficient, the department is now saving approximately $30,000 per month in overtime wages. The organization is in the process of implementing LEAN in every department; therefore, we do expect to see a drastic drop in unnecessary expenditures over the next several months. In addition to reducing overtime wages as a cost management mechanism, there are a tremendous amount of delays in billing, including too many people involved in different parts of the process (Deschenes, 2012). If there’s a better flow, if people are handing off the work to the next person in the chain immediately, then bills are sent out in a couple of days instead of a couple of weeks. It’s also incredibly important to make sure invoicing is being done properly. If mistakes are made and proper preauthorizations aren’t followed, but procedures are done anyway, hospitals might be voluntarily giving away revenue. This is another area where the use of LEAN, or any other cost-saving metric, can be utilized for the benefit of the organization. A second managerial accounting technique used is quality control. Quality control is essentially a set of quality standards enforced by management to ensure that products and/or services are at a specified level before being offered to consumers. These control metrics can include a wide array of protocols to ensure products meet safety, dependability, and satisfactory requirements, among others (“Quality Control Definition | Investopedia,” n.d.). A major element of quality control is implementing these standards in a way that all employees fully understand and adhere to follow. Room for error can be greatly reduced by specifying which production activities are to be completed by which personnel; thus, reducing the chance that employees will be involved in tasks for which they do not have proper training. Although I am not employed in a manufacturing industry, the healthcare industry employs quality control standards unique to each department. For example, I work in Research Finance on the accounting team. The department also has a budget team and an invoicing team that has specific responsibilities for research projects and patients. One of our quality control measures is that the accounting team is not allowed to negotiate and/or prepare budgets; only the budget team is capable of this task due to th

This question has been answered.

Get Answer
WeCreativez WhatsApp Support
Our customer support team is here to answer your questions. Ask us anything!
👋 Hi, Welcome to Compliant Papers.