Skills measured

• Understanding desktop applications (15-20%)
• Understanding core programming (15-20%)
• Understanding databases (15-20%)
• Understanding web applications (15-20%)
• Understanding object-oriented programming (20-25%)
• Understanding general software development (15-20%)

Reference: https://www.microsoft.com/en-us/learning/exam-98-361.aspx

About This Exam

Such a test assesses candidates' knowledge and skills in core software development. Plus, the related certification intends to improve your expertise in the following domains: Visual Studio, Decision Structures, Data Types, Error Handling, Repetition, Classes, Encapsulation, Inheritance and Polymorphism, Data Structures, Algorithms, and Web Page Development. All applicants should acquaint themselves with the ideas of active involvement in technology either by taking pertinent instructional classes or by working with instructional exercises and tests accessible on MSDN and in Microsoft Visual Studio. You should also have some experience with the use of C# or Microsoft Visual Basic .NET. As a rule, candidates can write the test at Certiport Authorized Testing Centers or Pearson VUE test centers under a proctored setting. You can decide to take it online so long as you have a stable internet connection. The online exam is also under a proctored format and to take it, you must have an OnVUE software, a stable webcam, and a government-issued ID if you are to access the test questions. You should also have access to a quiet and isolated place during the actual exam. When referring to the test details, it is available in English, Chinese, French, German, Italian, Japanese, Korean, Portuguese, Russian, and Spanish. Registering to take it in any of these languages will cost you USD 127. The number of questions to expect ranges from 40-60, covering six domains. Commonly, the question formats vary, but it's mostly multiple-choice. The test duration varies depending on the type of questions and is usually between the range of 45 minutes. To pass and earn your certification, you'll need a score of at least 700. After completing your exam, the points you earned on each question are summed up and then compared with the cut-off score to specify whether you pass or fail.

How to study the Microsoft 98-361:Software Development Fundamentals Exam

Preparation of certification exams could be covered with two resource types . The first one are the study guides, reference books and study forums that are elaborated and appropriate for building information from ground up. Apart from them video tutorials and lectures are a good option to ease the pain of through study and are relatively make the study process more interesting nonetheless these demand time and concentration from the learner. Smart candidates who wish to create a solid foundation altogether examination topics and connected technologies typically mix video lectures with study guides to reap the advantages of each but practice exams or practice exam engines is one important study tool which goes typically unnoted by most candidates. Practice exams are designed with our experts to make exam prospects test their knowledge on skills attained in course, as well as prospects become comfortable and familiar with the real exam environment. Statistics have indicated exam anxiety plays much bigger role of students failure in exam than the fear of the unknown. ActualTestsQuiz expert team recommends preparing some notes on these topics along with it don't forget to practice Microsoft 98-361:Software Development Fundamentals Exam Dumps which had been written by our expert team, each of these can assist you loads to clear this exam with excellent marks.

Microsoft 98-361 Exam and Topics Outline

The Microsoft 98-361 exam covers several topics. Under each section, there is a wide range of specific skills and knowledge that should be explored. The subject areas covered in this certification test are as follows:

• Understanding Core Programming – 15-20%

  The first topic of the Microsoft 98-361 exam encompasses one’s skills in understanding computer storage & data types, including memory heaps and stacks, requirements of memory size for different data storage types, and textual & numeric data. The applicants should be capable of identifying the right method for handling repetition (including Do…While loops, While loops, For loops, and recursion) as well as understanding error handling. Additionally, this domain requires that the individuals demonstrate their knowledge of multiple decision structures (decision tables, If…Else and switch/Select Case, evaluating expressions, reading flowcharts).

• Understanding Desktop Applications – 15-20%

  Answering the questions from this topic, the individuals need to have an understanding of Windows apps. These include UI design guideline categories, identity gestures, and capabilities and characteristics of Store Apps. They should also have a thorough understanding of Windows services, including their capabilities and characteristics. Lastly, the applicants should also understand the characteristics of console-based applications.

• Understanding Web Applications – 15-20%

  This domain includes your skills in understanding web page development; understanding the development of Microsoft ASP.NET web application; understanding web hosting; understanding web services. The candidates are supposed to know how to create websites and virtual directions, deploy web applications and understand what role Internet Information Services plays. The learners also need to know about WSDL (Web Service Definition Language) and SOAP, page life cycle, server-side versus client-side programming, state management, JavaScript, CSS (Cascading Style Sheets), HTML, event model, and web services which client applications will consume.

• Understanding Database – 15-20%

  This knowledge area assesses the students’ understanding of relational database management systems, database query methods, and database connection methods. The test takers should be conversant with the capabilities and characteristics of database products, normalization concepts, Entity Relationship Diagram, and database design. They should also know about the structured query language and how to select and update data, access and create stored procedures, as well as create different types of data stores.

• Understanding General Software Development – 15-20%

  The learners need to possess an understanding of application life cycle management, data structures, and data algorithms. Also, they must have the ability to interpret application specifications. The examinees need to have the knowledge of stacks, arrays, choosing the appropriate data structure, linked lists, performance implications of different data structures, and queues. They also need to acquire the ability to interpret application specifications and be able to translate them into components, prototypes, code, as well as select the right application type. This topic also covers software testing and phases of application life cycle management.

• Understanding Object-Oriented Programming – 20-25%

  To answer the questions that are related to this section, the students need to have an understanding of the fundamentals of classes; understanding of inheritance; understanding of encapsulation; understanding of encapsulation. The specific skills measured within this subject area include their knowledge of properties, events, constructors, and methods; knowledge of how to use the classes in code, how to create a class, inheriting the functionality of a given base class into the appropriate derived class, overriding the methods within the derived class, extending the general functionality in the classes after completing the process of inheriting from the base class, and creating the classes, which hide the details of their implementation.