visual basic homework project pdf

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Visual Basic Homework Projects: An Intermediate Step-By-Step Tutorial Paperback – August 19, 2017

• Print length 732 pages
• Language English
• Publisher Kidware Software
• Publication date August 19, 2017
• Grade level 7 - 12
• Reading age 13 - 18 years
• Dimensions 8.5 x 1.46 x 11.02 inches
• ISBN-10 1937161935
• ISBN-13 978-1937161934
• See all details

Product details

• Publisher ‏ : ‎ Kidware Software; 15th Edition - 2015 (August 19, 2017)
• Language ‏ : ‎ English
• Paperback ‏ : ‎ 732 pages
• ISBN-10 ‏ : ‎ 1937161935
• ISBN-13 ‏ : ‎ 978-1937161934
• Reading age ‏ : ‎ 13 - 18 years
• Grade level ‏ : ‎ 7 - 12
• Item Weight ‏ : ‎ 3.67 pounds
• Dimensions ‏ : ‎ 8.5 x 1.46 x 11.02 inches

About the author

Philip conrod.

Philip Conrod has authored, co-authored and edited over two dozen STEM related textbooks over the past 40 years. Philip holds a Bachelor's Degree in Computer Information Systems and a Master's certificate in the Essentials of Business Development from Regis University. Philip has also served in various Information Technology leadership roles for companies like Sundstrand Aerospace, Safeco Insurance, FamilyLife, Kenworth Truck Company, Paccar, Darigold and Kidware Software.

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• Visual Basic

Conrod Philip, Tylee Lou. Visual Basic Homework Projects: An Intermediate Step-By-Step Tutorial

• size 14,73 MB
• added by Alexander Nikolaevich 08/19/2017 21:50
• info modified 12/06/2023 07:56

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A collection of various visual basic projects I have worked on.

arb625/Visual-Basic-Projects

Folders and files, repository files navigation, visual basic projects.

This repository contains the code and executable files for various Visual Basic projects I have worked on. These include a text file manipulation software, functional calculators, a phonebook software, and simple games. I have displayed previews of some of these applications below.

Text File Manipulation Application

Rock-Paper-Scissors Application

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Top 25 Visual Basic Projects Ideas for Beginners & Professionals

Explore a diverse array of Visual Basic Projects suitable for both beginners and professionals. Our blog presents innovative and engaging Visual Basic Projects to hone your programming skills and unleash your creativity. Whether you're starting out or looking for new challenges, discover exciting ideas that harness the power of Visual Basic Projects.

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Table of contents  

1)  Benefits of Visual Basic Projects 

2)  Beginner-level projects 

3)  Intermediate-level projects 

4)  Professional-level projects 

5)  Tips for successful project development 

6)  Conclusion 

Benefits of Visual Basic Projects  

a) User-friendly interface: Visual Basic's drag-and-drop interface simplifies the process of creating Graphical User Interfaces (GUIs), enabling developers to design intuitive applications without intricate coding.  

b)  Rapid development: The Integrated Development Environment (IDE) streamlines the coding process, allowing developers to write, test, and debug code efficiently, reducing development time.  

c)  Ve rsatility: Visual Basic can be employed for diverse application types, from desktop applications to web and mobile apps, making it a versatile tool in a programmer's toolkit. 

d)  A bundance of resources: Given its popularity, a wealth of tutorials, documentation, and community support is available, aiding beginners in their learning journey and professionals in troubleshooting.  

e)  In tegration capabilities: Visual Basic seamlessly integrates with other Microsoft tools, such as Excel and Access, facilitating the creation of applications that interact with these tools and databases. 

f)  Gentle learning curve: Visual Basic offers a gentle learning curve for newcomers to programming due to its simple syntax and visual nature, making it an excellent gateway into coding.  

g)  Im mediate feedback: The IDE provides instant feedback through features like IntelliSense and debugging tools, aiding in error identification and code improvement. 

h)  M arket demand: Proficiency in Visual Basic can enhance career prospects, as many businesses continue to rely on applications developed using this technology, ensuring a steady demand for skilled developers. 

i)  Foundation for advanced learning: The concepts learned through Visual Basic serve as a foundation for understanding more complex programming languages and concepts, enabling seamless progression.  

j)  Cr eativity unleashed: Visual Basic Projects encourage creativity by allowing developers to focus on designing innovative interfaces and features, enhancing user experiences. 

k)  P ortfolio enhancement: Developing a diverse range of Visual Basic Projects enriches a programmer's portfolio, showcasing skills that resonate with employers seeking practical problem-solving capabilities. 

l)  R eal-world applications: The projects created using Visual Basic often translate into real-world solutions, contributing to personal productivity and addressing specific needs.  

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Beginner-level p rojects  

Beginner-level Visual Basic Projects serve as an excellent entry point for those taking their initial strides in programming. These projects introduce foundational concepts while nurturing creativity and problem-solving skills. Let's explore a few engaging beginner-level projects: 

a)  To-do list application: Creating a to-do list application introduces the concept of User Interfaces (UI). Beginners will learn about buttons, text boxes, and labels. The project guides them in building an interface where users can add tasks, mark them as completed, and remove them.  

b)  Si mple calculator: Building a basic calculator app familiarises beginners with handling user input and performing arithmetic operations. This project covers event handling, buttons for digits and operations, and the logic to calculate results. 

c)  B asic text editor: Developing a text editor involves working with file input/output, text manipulation, and basic formatting. Beginners will grasp file-handling concepts while creating an application that opens, edits, and saves text files.  

d)  Dig ital clock: A digital clock project introduces timers and real-time updating. Beginners will create an interface displaying the current time that updates dynamically. This project enhances their understanding of timers and basic UI elements.  

e)  G uess the number game: In this game project, beginners will learn about random number generation and conditional statements. The application generates a random number, and the user has to guess it within a certain range. The project covers user input validation and providing feedback. 

Through these beginner-level projects, newcomers to programming can grasp fundamental concepts, gain confidence in coding, and experience the satisfaction of creating functional applications. As they progress, they'll be well-equipped to tackle more complex challenges. 

Intermediate-level projects  

Intermediate-level Visual Basic Projects further budding programmers by diving into more intricate concepts and fostering more profound problem-solving skills. These projects balance complexity and feasibility, offering an ideal platform for learners to enhance their abilities. Let's explore some captivating intermediate-level projects: 

a)  Co ntact Management system: Building a Contact Management system introduces beginners to data structures. They'll create an application to add, edit, and delete contacts, with features like name, phone number, and email. 

b)  I nventory Management system: This project challenges learners with database integration. They'll design an application to manage inventory items, including their names, quantities, and prices. The project covers database interactions and user-friendly UI. 

c)  Weather forecast app: Creating a weather forecast application introduces API integration. Learners will use weather APIs to fetch real-time weather data and present it in a user-friendly format, enhancing their understanding of data retrieval and visualisation.  

d)   Student grading system: Developing a student grading system involves handling user data and performing calculations. This project covers input validation, storing student information, and calculating average grades.  

e)  L ibrary Management system: Building a Library Management system familiarises learners with database design and user interfaces. They'll create an application to add, search, and lend books, emphasising efficient data storage and retrieval. 

Through these intermediate-level projects, aspiring programmers refine their skills, gain a deeper understanding of application structure, and learn to handle more complex scenarios. These projects serve as milestones on the path to becoming proficient Visual Basic developers.  

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Professional-level projects  

a) Customer Relationship Management (CRM) system: Building a CRM system challenges developers to create an application that streamlines customer interactions. This project covers customer data management, communication tracking, lead generation, and analytics for improved decision-making.  

b)  Stock market analysis tool: Developing a stock market analysis tool requires proficiency in data processing. Developers will design an application that fetches stock data, performs analysis, and presents insights through interactive charts and reports. 

c)  E mployee payroll system: Creating an employee payroll system involves intricate calculations and data management. This project covers salary computation, tax deductions, overtime tracking, and generating payroll reports.  

d)  T ask management dashboard: Building a task management dashboard enhances skills in data visualisation and user experience design. Developers will create an application that enables users to manage tasks, set priorities, and track progress through intuitive visuals.  

e)  Data Visualisation dashboard: Developing a visualisation dashboard challenges developers to present complex data comprehensively. This project covers integrating data sources, designing interactive charts, and allowing users to customise views.  

f)  E-c ommerce website: Developing an e-commerce website delves into web application design. This project covers user authentication, product catalogue display, shopping cart functionality, and secure payment integration.   

g)  Ho spital management system: Creating a hospital management system involves intricate database management. Developers will design an application to handle patient records, appointments, and medical histories, emphasising data security and accessibility.   

h)  Ba nking system with GUI: Building a banking system introduces advanced GUI elements and secure transaction handling. This project encompasses user account management, fund transfers, transaction history, and encryption for sensitive data.   

i)  O nline chat application: Developing an online chat application enhances real-life skills. Developers will create a multi-user chat system with features like message broadcasting, private messaging, and user status indicators.   

j)  Ph oto editing tool: Creating a photo editing tool pushes developers to work with image processing. This project involves implementing features like filters, cropping, resizing, and adjustments, offering hands-on experience in manipulating graphical data.  

k)  Neu ral network simulator: Developing a neural network simulator requires expertise in machine learning. Developers will create an application that lets users design, train, and evaluate neural network models, exploring the realm of artificial intelligence.  

l)  V irtual reality game: Building a virtual reality game ventures into immersive technologies. This project involves integrating Visual Basic with VR hardware to develop an interactive, three-dimensional gaming experience.   

m)  Language translator with AI: Creating a language translator with AI involves natural language processing. Developers will design an application to translate text or speech between languages, showcasing mastery of advanced algorithms.  

n)  Video streaming application: Developing an app requires a deep understanding of media processing and network protocols. This project involves building an application that efficiently streams and displays high-quality videos .   

o)  IoT home automation system: Building an IoT home automation system combines software with hardware integration. This project involves creating an application that controls various home devices remotely, emphasising connectivity and security.  

Professional-level projects emphasise the application of advanced principles to solve real-world challenges. Developers tackle projects focusing on scalability, security, and seamless user experiences. These projects solidify a developer's expertise and prepare them to contribute to innovative solutions in various industries. 

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Tips for successful project development  

Embarking on Visual Basic Project development requires a strategic approach to ensure smooth progress, efficient coding, and the creation of functional, user-friendly applications. Here are some essential tips to guide you through successful project development:  

a)  Clear project definition: Begin by defining the project's scope, objectives, and desired outcomes. A well-defined project helps you stay focused and ensures you meet the project's goals. 

b)  Pla n and design: Plan the project's structure and design the UI before writing code. This step minimises the chances of rework and enhances the user experience.  

c)  Break down tasks: Divide the project into smaller tasks or modules. This makes the development process more manageable and allows for parallel work.  

d)  U se version control: Implement version control, such as Git, to track changes and collaborate effectively with team members, if applicable.  

e)  C ode organisation: Organise your code into logical sections or classes. This improves readability, makes debugging easier, and enhances code maintainability.  

f)  Error handling: Implement robust error handling mechanisms to gracefully handle unexpected situations and provide informative error messages to users. 

g)  T esting and debugging: Regularly test your application during development. Debugging helps identify and fix issues early, ensuring smoother functionality. 

h)  User-centric approach: Keep the end user in mind. Design the application with a user-friendly interface, intuitive navigation, and features that cater to their needs.  

i)  Op timise performance: Profile your code for performance bottlenecks and optimise where needed. Efficient code contributes to a smoother user experience.  

Conclusion  

The journey from beginner to expert in Visual Basic Projects combines creativity and learning. Through diverse applications, developers hone skills, unravel complexities, and craft solutions that impact lives. Embrace the power of coding and let your journey through these projects shape your coding destiny. 

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Learn about projects and solutions using Visual Basic

• 10 contributors

In this introductory article, we'll explore what it means to create a solution and a project in Visual Studio. A solution is a container that's used to organize one or more related code projects, for example a class library project and a corresponding test project. We'll look at the properties of a project and some of the files it can contain. We'll also create a reference from one project to another.

If you haven't already installed Visual Studio, go to the Visual Studio downloads page to install it for free.

We'll construct a solution and project from scratch as an educational exercise to understand the concept of a project. In your general use of Visual Studio, you'll likely use some of the various project templates that Visual Studio offers when you create a new project.

Solutions and projects aren't required to develop apps in Visual Studio. You can also just open a folder that contains code and start coding, building, and debugging. For example, if you clone a GitHub repo, it might not contain Visual Studio projects and solutions. For more information, see Develop code in Visual Studio without projects or solutions .

Solutions and projects

Despite its name, a solution is not an "answer". A solution is simply a container used by Visual Studio to organize one or more related projects. When you open a solution in Visual Studio, it automatically loads all the projects that the solution contains.

Create a solution

We'll start our exploration by creating an empty solution. After you get to know Visual Studio, you probably won't find yourself creating empty solutions often. When you create a new project, Visual Studio automatically creates a solution to house the project if there's not a solution already open.

Open Visual Studio.

On the start window, choose Create a new project .

On the Create a new project page, enter blank solution into the search box, select the Blank Solution template, and then choose Next .

Name the solution QuickSolution , and then choose Create .

A solution appears in Solution Explorer on the right-hand side of the Visual Studio window. You'll probably use Solution Explorer often, to browse the contents of your projects.

Add a project

Now let's add our first project to the solution. We'll start with an empty project and add the items we need to the project.

• From the right-click or context menu of Solution 'QuickSolution' in Solution Explorer , choose Add > New Project .

A dialog box opens that says Add a new project .

Enter the text empty into the search box at the top, and then select Visual Basic under Language .

Select the Empty Project (.NET Framework) template, and then choose Next .

Name the project QuickDate , then choose Create .

A project named QuickDate appears beneath the solution in Solution Explorer . Currently it contains a single file called App.config .

If you don't see the Empty Project (.NET Framework) template, you need to install the .NET desktop development Visual Studio workload . Visual Studio uses workload-based installation to only install the components you need for the type of development you do. An easy way to install a new workload when you're creating a new project is to choose the Install more tools and features link under the text that says Not finding what you're looking for? . After Visual Studio Installer launches, choose the .NET desktop development workload and then the Modify button.

Enter the text empty into the search box at the top, and then select Visual Basic in the All languages drop-down list.

Add an item to the project

We have an empty project. Let's add a code file.

From the right-click or context menu of the QuickDate project in Solution Explorer , choose Add > New Item .

The Add New Item dialog box opens.

Expand Common Items , then choose Code . In the middle pane, choose the Class item template. Name the class Calendar , and then choose the Add button.

A file named Calendar.vb is added to the project. The .vb on the end is the file extension that's given to Visual Basic code files. The file appears in the visual project hierarchy in Solution Explorer , and its contents open in the editor.

Replace the contents of the Calendar.vb file with the following code:

The Calendar class contains a single function, GetCurrentDate , that returns the current date.

Open the project properties by double-clicking My Project in Solution Explorer . On the Application tab, change Application type to Class Library . This step is necessary to build the project successfully.

Build the project by right-clicking on QuickDate in Solution Explorer and choosing Build . You should see a successful build message in the Output window.

Add a second project

It's common for solutions to contain more than one project, and often these projects reference each other. Some projects in a solution might be class libraries, some executable applications, and some might be unit test projects or websites.

Let's add a unit test project to our solution. This time we'll start from a project template so we don't have to add an additional code file to the project.

In the Add a new project dialog box, enter the text unit test into the search box at the top, and then select Visual Basic under Language .

Choose the Unit Test Project (.NET Framework) project template, and then choose Next .

Name the project QuickTest , and then choose Create .

A second project is added to Solution Explorer , and a file named UnitTest1.vb opens in the editor.

In the Add a new project dialog box, enter the text unit test into the search box at the top, and then select Visual Basic in the All languages drop-down list.

Add a project reference

We're going to use the new unit test project to test our method in the QuickDate project, so we need to add a reference to that project. The reference creates a build dependency between the two projects, meaning that when you build the solution, QuickDate is built before QuickTest .

Choose the References node in the QuickTest project, and from the right-click or context menu, choose Add Reference .

The Reference Manager dialog box opens.

In the left pane, expand Projects and choose Solution . In the middle pane, choose the checkbox next to QuickDate , and then choose the OK button.

A reference to the QuickDate project is added.

Add test code

Now we'll add test code to the Visual Basic code file. Replace the contents of UnitTest1.vb with the following code.

You'll see a red squiggle under some of the code. We'll fix this error by making the test project a friend assembly to the QuickDate project.

Back in the QuickDate project, open the Calendar.vb file if it's not already open, and add the following Imports statement and InternalsVisibleToAttribute attribute, to resolve the error in the test project.

The code file should look like this:

Project properties

The line in the Calendar.vb file that contains the InternalsVisibleToAttribute attribute references the assembly name (file name) of the QuickTest project. The assembly name might not always be the same as the project name. To find the assembly name of a project, open the project properties.

In Solution Explorer , select the QuickTest project. From the right-click or context menu, select Properties , or just press Alt + Enter . (You can also double-click My Project in Solution Explorer .)

The property pages for the project open on the Application tab. The property pages contain various settings for the project. Notice that the assembly name of the QuickTest project is indeed "QuickTest". If you wanted to change the assembly name, this is where you'd do that. Then, when you build the test project, the name of the resulting binary file would change from QuickTest.dll to whatever you chose.

Explore some of the other tabs of the project's property pages, such as Compile and Settings . These tabs are different for different types of projects.

The line in the Calendar.vb file that contains the InternalsVisibleToAttribute attribute, references the assembly name (file name) of the QuickTest project. The assembly name might not always be the same as the project name. To find the assembly name of a project, open the project properties.

(Optional) Run the test

If you want to check that your unit test is working, choose Test > Run > All Tests from the menu bar. A window called Test Explorer opens, and you should see that the TestGetCurrentDate test passes.

If Test Explorer doesn't open automatically, open it by choosing Test > Windows > Test Explorer from the menu bar.

If you want to check that your unit test is working, choose Test > Run All Tests from the menu bar. A window called Test Explorer opens, and you should see that the TestGetCurrentDate test passes.

If you want to further explore Visual Studio, consider creating an app by following one of the Visual Basic tutorials .

• Create projects and solutions
• Manage project and solution properties
• Manage references in a project
• Develop code in Visual Studio without projects or solutions
• Visual Studio IDE overview

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