98-361: Software Development Fundamentals Certification Video Training Course
98-361: Software Development Fundamentals Certification Video Training Course includes 48 Lectures which proven in-depth knowledge on all key concepts of the exam. Pass your exam easily and learn everything you need with our 98-361: Software Development Fundamentals Certification Training Video Course.
Curriculum for Microsoft MTA 98-361 Certification Video Training Course
98-361: Software Development Fundamentals Certification Video Training Course Info:
The Complete Course from ExamCollection industry leading experts to help you prepare and provides the full 360 solution for self prep including 98-361: Software Development Fundamentals Certification Video Training Course, Practice Test Questions and Answers, Study Guide & Exam Dumps.
This course is designed to give a solid foundation in software development using the C# programming language. It targets beginners who want to understand core programming concepts and apply them practically. The focus is on understanding the basics of programming, problem-solving, and writing simple yet effective C# programs.
The main goal is to prepare learners for the 98-361 certification exam, which validates their understanding of fundamental software development principles. The course aims to build confidence in programming and lays the groundwork for more advanced topics in software engineering.
C# is a popular programming language widely used in the industry. It is versatile and easy to learn, making it ideal for beginners. With C#, you can build a variety of applications including desktop, web, and mobile. This course uses C# to teach programming because it combines clarity and power, which helps learners grasp concepts quickly.
The course is divided into four main parts, each focusing on different aspects of software development fundamentals. It covers basic programming concepts, data types, control structures, object-oriented programming, and debugging techniques.
The course emphasizes practical exercises and examples to reinforce understanding. It balances theory with hands-on programming, allowing learners to practice coding in C# regularly. This approach helps solidify concepts and prepares learners for real-world programming challenges.
This course is ideal for beginners who have little to no prior programming experience. It is also suitable for those who want to refresh their knowledge of software fundamentals or prepare for the Microsoft 98-361 certification exam.
By the end of the course, learners will be able to write basic C# programs, understand programming logic, use different data types effectively, control program flow with loops and conditionals, and implement basic object-oriented programming concepts. They will also be familiar with debugging techniques to identify and fix errors.
This module introduces the basic ideas behind programming. Learners will understand what programming is, why it is important, and how computers execute code. The module also covers essential terms like algorithms, syntax, and semantics.
Here, the course focuses on data types and variables, explaining how data is stored and manipulated in C#. It covers primitive data types such as integers, floats, booleans, and strings. Learners will understand the importance of choosing the right data type for different situations.
In this module, learners explore how to perform operations on data using operators. They will learn about arithmetic, logical, and relational operators, and how to form expressions that compute values or make decisions.
Control structures like conditionals and loops form the backbone of programming logic. This module teaches how to use if-else statements, switch cases, for loops, while loops, and do-while loops to control the flow of a program.
Learners discover how to organize code into reusable blocks called methods or functions. This module explains how to define methods, pass parameters, and return values. It highlights the importance of modular programming.
This module introduces object-oriented programming (OOP) principles. Learners will understand concepts such as classes, objects, properties, and methods. The module also covers encapsulation, inheritance, and polymorphism in simple terms.
Errors and bugs are common in software development. This module teaches how to anticipate and handle exceptions using try-catch blocks. It also introduces debugging techniques to find and fix errors effectively.
Learners explore how to store and manage multiple values using arrays and collections. The module explains how to declare, initialize, and manipulate arrays, lists, and other collection types in C#.
This module covers how to interact with users through input and output. Learners will understand how to read data from the console, display output, and format strings for better user interaction.
To apply what is learned, learners get familiar with the Visual Studio integrated development environment (IDE). This module shows how to create, compile, and run C# projects, highlighting important features of the IDE.
By the end of the course, learners will have a strong grasp of fundamental programming concepts and be able to write simple C# programs confidently.
Learners will know how to use various data types and operators to manipulate information effectively in their programs.
They will be capable of controlling the execution flow of a program using conditional statements and loops to solve complex problems.
The course equips learners with skills to create reusable methods and functions that make code organized and maintainable.
Learners will have a basic understanding of OOP concepts which are essential for writing scalable and flexible software.
They will know how to identify, handle, and resolve errors that occur during program execution, improving program reliability.
Learners will be comfortable using Visual Studio for writing, testing, and debugging C# applications.
The course is designed for online delivery, allowing learners to study at their own pace. This flexibility supports various learning styles and schedules.
Each module contains practical coding exercises to reinforce learning. These activities provide opportunities to apply concepts in real programming scenarios.
To track progress, the course includes quizzes and assessments that challenge learners’ understanding of key topics.
Learners will have access to supplementary materials such as coding examples, reference guides, and tutorial videos.
There is an option to join forums or groups where learners can discuss topics, share knowledge, and seek help from peers and instructors.
This course lays the groundwork for anyone interested in software development, especially with C#. It makes complex concepts accessible and understandable.
It directly aligns with the Microsoft 98-361 exam objectives, making it a practical step for learners aiming for certification.
Learning C# and software fundamentals opens doors to various IT roles, including junior developer positions and software tester roles.
The course focuses on skills that are immediately useful in coding projects, helping learners build confidence and competence.
To start this course, learners should have a basic understanding of how to use a computer. This includes familiarity with operating systems like Windows, knowing how to install software, and managing files and folders. Although no prior programming experience is required, being comfortable with computers will help learners navigate the development environment and tools used in the course.
Students need access to a computer where they can install and run the necessary software for coding in C#. The recommended tool is Microsoft Visual Studio, which is a free Integrated Development Environment (IDE) available for Windows and Mac. Having Visual Studio installed allows learners to write, compile, debug, and run C# programs seamlessly.
An internet connection is essential to access online learning materials, download software updates, and participate in community forums or live sessions if available. Many course resources, such as tutorials, videos, and documentation, are online, so consistent access ensures a smooth learning experience.
Although the course starts with fundamental concepts, it requires an open mind and willingness to understand abstract ideas such as algorithms and data structures. Learners need to be patient as they develop problem-solving skills and adapt to thinking in a structured way, which is crucial for programming.
To successfully complete the course and prepare for the 98-361 exam, learners should dedicate regular study time. Setting aside consistent hours weekly allows for steady progress through the modules and time for practice. Hands-on coding exercises, quizzes, and review sessions are essential for mastering the material.
While the course content is valuable on its own, many learners pursue it with the goal of earning the Microsoft Technology Associate (MTA) certification, specifically the 98-361 exam. A clear motivation for certification helps maintain focus and encourages learners to thoroughly understand each topic.
Programming often involves logical thinking and working with numbers. While advanced math is not necessary, familiarity with basic arithmetic operations, such as addition, subtraction, multiplication, and division, is helpful. Some understanding of logical operators (AND, OR, NOT) will also assist in grasping control structures.
This course is designed for beginners, so no previous experience with C# or any other programming language is required. The content starts from scratch and gradually builds complexity, making it accessible for complete novices.
The course requires a computer with at least 4GB of RAM and sufficient storage space to install Visual Studio and related tools. A processor capable of running the IDE smoothly, such as Intel i3 or better, is recommended. For best performance, a modern computer with updated hardware is ideal.
Visual Studio supports Windows and macOS, so learners using these platforms will have no trouble following along. Linux users may need to use alternatives such as Visual Studio Code or other IDEs, but the course is primarily designed around Visual Studio features.
Learners should be able to install and configure software on their machines. The course provides guidance on downloading and setting up Visual Studio, but basic familiarity with software installation will help reduce setup time and avoid common errors.
Understanding how to use a text editor and basic command line instructions can be beneficial. Although Visual Studio is user-friendly and automates many processes, knowing how to navigate directories and files via command line enhances troubleshooting and deeper learning.
The course requires access to digital course content, including reading materials, code samples, videos, and quizzes. These materials are usually provided through an online learning platform or learning management system. Learners must ensure they can access these resources without restrictions.
Programming is essentially about solving problems logically. Learners who are comfortable breaking down problems into smaller steps will find it easier to understand programming concepts and write effective code.
Writing code requires precision. Small mistakes like missing semicolons or incorrect variable names can cause errors. Attention to detail is a crucial skill to develop for successful programming and debugging.
Programming often involves trial and error. Beginners may encounter errors frequently, and the process of debugging can be frustrating. Patience and persistence are necessary to work through challenges and learn from mistakes.
Since most programming languages, including C#, use English keywords and syntax, learners should be able to read and understand English instructions. Documentation, tutorials, and error messages will also be primarily in English.
The course encourages a problem-solving mindset where learners actively try to understand how and why things work. Embracing challenges and thinking critically to find solutions is essential in programming.
The first step for learners is installing Visual Studio Community Edition. This software is free and provides all the tools needed for C# development. The installation process includes selecting workloads related to .NET desktop development, which ensures the necessary components are installed.
After installation, learners need to configure Visual Studio settings to optimize the programming experience. This includes setting up the preferred programming language (C#), adjusting editor preferences, and familiarizing themselves with key features like IntelliSense (code completion).
The course teaches how to create new C# projects, organize files, and manage resources within Visual Studio. Understanding project structure helps in developing clean, maintainable code and navigating the workspace efficiently.
Debugging is a critical part of software development. Learners will learn how to set breakpoints, watch variables, step through code, and diagnose problems using Visual Studio’s built-in debugger. These skills improve the ability to identify and fix errors quickly.
Some course materials may be available through online code repositories like GitHub. Basic knowledge of downloading, cloning, or forking repositories can be helpful for accessing and experimenting with sample projects.
While self-paced, the course benefits from occasional guidance by instructors or mentors who can clarify doubts, provide feedback, and offer encouragement. Access to knowledgeable support improves learning outcomes and motivation.
Engaging with fellow learners through study groups or online forums fosters a collaborative learning environment. Sharing ideas, discussing challenges, and reviewing code together deepen understanding and make learning more enjoyable.
Familiarity with official Microsoft C# documentation and other programming references supports deeper exploration of concepts. These resources provide detailed explanations and examples beyond the course content.
Consistent practice is key to mastering programming. Learners need regular access to exercises and challenges that reinforce theoretical knowledge through coding tasks.
To summarize, learners enrolling in this course should be comfortable with basic computer operations and have a reliable computer setup capable of running Visual Studio. They must be motivated and willing to learn programming logic patiently. No prior programming experience is required, but some basic math skills and English reading comprehension are important.
Technical requirements include hardware with sufficient resources, supported operating systems, and software installation skills. Learners must be prepared to dedicate time regularly and engage actively with the material through exercises and assessments.
Finally, a supportive learning environment with access to instructors, peers, and reference materials greatly enhances the chances of success. Meeting these requirements will ensure learners can fully benefit from the course and achieve the knowledge needed to pass the 98-361 exam.
This course introduces learners to the essential concepts of software development through the C# programming language. It focuses on the fundamental skills required to write, debug, and maintain simple applications. The course provides a step-by-step progression from basic programming concepts to the core principles of object-oriented programming.
Learners will start by understanding how computers interpret code and the basics of syntax in C#. They will then explore variables, data types, operators, and expressions to manipulate data effectively. The course also teaches how to use control structures like loops and conditionals to build logical program flows.
Practical programming is at the heart of the course. Each concept is paired with exercises that encourage writing real C# code. These exercises develop problem-solving skills by allowing learners to apply theory immediately, building confidence and reinforcing learning.
A significant part of the course is dedicated to the basics of object-oriented programming (OOP). Learners will understand what classes and objects are, how to define properties and methods, and the benefits of encapsulation. This foundation prepares them for more advanced programming topics.
The course also covers how to detect, diagnose, and fix errors in code using debugging tools within Visual Studio. Understanding exception handling improves the reliability of applications and teaches learners to write robust programs.
Learners will use Microsoft Visual Studio as their primary development environment. The course guides them through setting up projects, writing code, running programs, and using built-in tools to debug and optimize applications.
Aligned closely with the Microsoft 98-361 exam objectives, the course ensures that learners are well-prepared to sit for the certification test. It covers all the domains tested in the exam and provides quizzes and practice problems to assess readiness.
This course is ideal for individuals who have little to no experience with programming. It starts from the ground up and requires no previous coding knowledge, making it accessible to complete beginners interested in learning how to develop software.
High school or college students exploring computer science and programming will benefit from this course as a practical introduction. It lays a solid foundation that supports further studies in software engineering, development, and IT-related fields.
People looking to start a career in software development or IT can use this course to gain essential skills and knowledge. It equips them with the basics needed for entry-level programming roles and opens pathways to more advanced certifications.
Professionals from other fields considering a career change into technology will find this course useful. It offers a structured and comprehensive introduction to programming with C#, enabling a smooth transition into software development.
Those who enjoy learning new skills for personal development or as a hobby can take this course to gain practical programming knowledge. It is designed to be engaging and informative, even for those not pursuing a formal career in coding.
Candidates preparing for the Microsoft Technology Associate (MTA) 98-361 certification will find this course tailored to their needs. It focuses on the specific objectives and skills measured by the exam, making it a focused and efficient study tool.
Learners will walk away with the ability to write and understand basic C# programs. They will develop the skill set needed to build simple applications and solve programming problems.
This course establishes a strong conceptual base in programming that supports future learning in software development. It covers important principles that are applicable across many programming languages.
By working with Visual Studio and learning debugging techniques, learners gain hands-on experience that mirrors professional software development environments.
Completing this course and earning certification can boost employability in entry-level IT and programming jobs. It demonstrates commitment and competence to potential employers.
The course can be taken online at your own pace, allowing learners to balance study with other responsibilities. This flexibility makes it accessible to a wide audience.
The course is designed to be self-paced, giving learners control over how quickly or slowly they move through the material. This approach caters to different learning speeds and styles.
Modules include interactive coding exercises, quizzes, and video tutorials that enhance engagement and comprehension.
While self-paced, there may be opportunities to connect with instructors for additional support through forums or scheduled Q&A sessions.
Learners can join online communities or discussion groups to share experiences, solve problems collaboratively, and motivate each other.
The course provides downloadable resources, coding samples, and reference materials that learners can keep for future study and practice.
Student Feedback
Similar Microsoft Video Courses
Only Registered Members Can Download VCE Files or View Training Courses
Please fill out your email address below in order to Download VCE files or view Training Courses. Registration is Free and Easy - you simply need to provide an email address.
Log into your ExamCollection Account
Please Log In to download VCE file or view Training Course
Only registered Examcollection.com members can download vce files or view training courses.
SPECIAL OFFER: GET 10% OFF
Pass your Exam with ExamCollection's PREMIUM files!
SPECIAL OFFER: GET 10% OFF
Use Discount Code:
MIN10OFF
A confirmation link was sent to your e-mail.
Please check your mailbox for a message from support@examcollection.com and follow the directions.
Download Free Demo of VCE Exam Simulator
Experience Avanset VCE Exam Simulator for yourself.
Simply submit your e-mail address below to get started with our interactive software demo of your free trial.