CT1111 Engineering Computing II Assignment Sample NUIG Ireland

CT1111 Engineering Computing II is a course that covers advanced topics in computing for engineers, including numerical methods, simulation, and data analysis. The course will give you the skills you need to solve complex engineering problems using computing methods.

Computing methods have become an essential tool for engineers, and this course will give you the skills you need to make use of them. You will learn how to apply numerical methods to solve engineering problems, how to use simulation software to model complex systems, and how to extract information from data sets using statistical techniques.

The course is taught in a hands-on way, with plenty of opportunities for practical exercises. You will also have the opportunity to work on a group project where you will design and implement a solution to an engineering problem using computing methods.

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In this section, we are describing some assigned activities. These are:

Assignment Activity 1: Formulating engineering problems in a logical, structured, and efficient fashion, and devise algorithms corresponding to these formulations.

When formulating problems for engineering, it is important to think about how the problem will be solved logically and efficiently. This means devising algorithms that correspond to the formulation of the problem. For example, if you are designing a new computer chip, you must first consider how the chip will function before designing it.

Once the formulation is complete, constructing algorithms comes next to tell the computer what steps to take to solve the problem at hand. In this way, efficient and logical thinking is necessary to create successful engineering formulations.

Assignment Activity 2: Explain structured programming concepts and how they relate to specific programming languages used in the module.

Structured programming is a conceptual framework for designing and implementing programs. It is based on the principle of breaking a program down into smaller, modular parts, each of which performs a specific task. This breakdown makes it easier to understand, modify and maintain programs. 

Typically, structured programming languages are those that support structured programming concepts out of the box – such as C and Pascal. However, any language can be used for structured programming if it provides features that support the approach – such as separate subroutines/functions, variables with well-defined scopes, and so on. 

In practice, structured programming often relies heavily on control flow constructs such as if/then/else statements and looping constructs such as for and while loops. These constructs allow the programmer to define how the program should flow from one part to another, making it easier to understand and modify the program.

Assignment Activity 3: Design, develop, test, and evaluate programs to perform non-trivial tasks in a modern procedural programming language such as C.

Programs written in a modern procedural programming language, such as C, can be designed, developed, tested, and evaluated to perform non-trivial tasks. This process begins with the analysis of the task that is to be performed.

Once the analysis is complete, the programmer can begin to design the program using functions and data structures that will best suit the task at hand. After the design is completed, the programmer can write code for the individual functions and test them for correctness. Once all of the functions have been written and tested, the programmer can assemble them into a complete program and test it for proper operation. If any errors are found during testing, they can be corrected and retested until a working program is produced.

Assignment Activity 4: Discuss the structure, operation, and usage of embedded software platforms across multiple engineering fields, as well as the consequences of their limitations.

Embedded software platforms are used in a variety of engineering fields, such as automotive, aerospace, and industrial automation. These platforms typically consist of a microprocessor, memory, and peripherals that are designed to work together to perform a specific task.

Embedded software platforms have several limitations that must be considered when using them. For example, they typically have limited processing power and memory, which can impact the performance of the overall system. Additionally, embedded software platforms are often closed systems, meaning that they cannot be easily modified or extended. This can make it difficult to add new features or fix bugs.

Despite these limitations, embedded software platforms are still widely used due to their low cost and small size. Additionally, they can be highly reliable if used correctly.

Assignment Activity 5: Apply knowledge of Computing to your parallel studies of Engineering Mathematics and Fundamentals of Engineering.

Computing is a great way to apply your knowledge of mathematics to solve real-world problems. In addition, studying Computing will give you a strong foundation in the principles of engineering. This is important, as most Engineering degrees require at least one semester of Computing coursework.

By studying Computing, you’ll also become familiar with the latest software tools and techniques used by engineers. This will make it easier for you to transition into an Engineering program should you decide to pursue one later on. Finally, many employers value graduates who have studied Computing, as it shows that you can solve complex problems.

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