SOFTWARE DEVELOPMENT COURSE OVERVIEW

Software developers solve problems by developing IT applications for businesses, such as producing paychecks, billing customers, tracking inventory, and many other important functions. You will learn to analyze the needs of the business. then use this information to design, write, and maintain program code to meet this need. Your work may include software and hardware on personal computers or interfacing with systems on the Web. You will learn basic computer concepts and terminology and develop skills in database concepts and applications, data manipulation, problem solving and general language architecture. You will have the opportunity to train with practical exercises, projects and homework.

Learn Software Development

In software development, change is happening at an ultra-fast pace. Successful developers are those who are able to quickly learn new technologies and software systems, and they do so by seeing any software – in any programming language – as common repeating patterns, not just detailed lines of code. Every day, new products, tools and applications are launched around the world, as well as dozens of languages ​​and frameworks to master. RAM provides you with a platform to do just that with our high quality mobile development and software courses.

Our program trains students to acquire expertise in front-end, back-end, web development, application development and software development at various levels, which offers an advantage over others in the extremely demanding field. software development. This will help them reduce clutter and be ahead of others from the first step they take in the industry. Upon completion of this program, you will be able to write programs using a systematic approach and design easy-to-maintain programs. You will also learn to use agile methods to create software that solves real world problems. With the skills acquired in this program, you will have the confidence to apply for positions that use any programming language or technology.

SOFTWARE DEVELOPMENT COURSE CONTENT

Introduces students with little or no programming experience to the principles of programming and logic that apply to traditional and Windows systems. Use C # to apply the principles when developing simple Windows applications.

There are tools that facilitate design and associated tasks. The course presents some basic tools and techniques to help you with the design. However, the tools are not always tangible. The last two lessons in this course address ethical issues in software development.

In this course, will you get an overview of how software teams work? What processes do they use? What are some of the industry standard methodologies? What are the advantages and disadvantages of each? You will learn enough to have a meaningful conversation about the software development process.

This course covers the theory and practice of software analysis, which is at the heart of many software development processes such as bug diagnosis, testing, debugging, etc. It presents various techniques, each with its own strengths and limitations, for automating tasks such as testing, debugging, and bug-finding in complex real-world programs.

The world of software engineering requires great flexibility, an influx of new ideas and the courage to challenge traditional approaches. As a software engineer, you need to know the methods, workflows and tools to manage the ever increasing complexity and shortened development cycles. You must be able to work as a team to create high quality software.

How the software components – subroutines, classes, functions, etc. – are organized and the interactions between them is called architecture. In this course, you will study how these architectures are represented, both in UML and in other visual tools. We will present the most common architectures, their qualities and their compromises.

Software engineering was introduced to solve the problems of low quality software projects. The result of software engineering is an efficient and reliable software product. Applicants would learn the different process models, analysis and documentation of the required software system. They will learn different models and techniques of software analysis and design.

The course would provide a brief introduction to the testing process and the techniques available for designing black box and white box test boxes. Integration, system and regression tests would also be discussed.

In this class, you will learn how to systematically debug programs, automate the debugging process, and create several automated debugging tools in Python.

Explore advanced programming techniques using the Microsoft.NET environment. Focuses on the use of object oriented programming (OOP), advanced controls, data reporting tools, deployment methods and database access methods. Design and project management methodologies will be developed throughout the course.

Introduces students to the design and construction of mobile applications using the open source Android TM platform using Java and Eclipse. This course provides students with a detailed overview of the configuration of Android TM development while providing an understanding of Android TM, its services and how it fits into the overall Linux execution time.

Develop the concepts of the Database Fundamentals course. Examines design techniques and standardization concepts related to the creation of a database. Introduces the concepts of security planning, performance tuning, analysis, deployment, and maintenance.

Effective management of software projects is crucial to the success of any software development or maintenance project. The roles and responsibilities of the project manager are many and varied. However, at the general level, these can be classified in the planning and monitoring and control activities of the project.

Project teams generally spend a large part of their time solving problems rather than avoiding them. Project risk management aims to preventively manage the positive and negative events that can affect a project in order to improve its chances of success.

Modern web applications are complex systems that are often deployed on multiple servers on a network. The complexity of these systems, as well as the human nature to introduce software flaws, make automated testing and deployment essential.

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GROW YOUR SOFTWARE DEVELOPMENT SKILLS

Take your skills to the next level with courses on the most popular programming languages, development tools, software practices and application development platforms. Gain a deep understanding of how to create, deploy, secure and scale everything from web applications to mobile applications using C #, Java, Angular, JavaScript and more. And stay on top of the ever-changing landscape of new software development tools and techniques.

Learn from industry experts who not only have the passion and knowledge, but also the real experience of application development. Their technical expertise and support will allow you to apply the skills acquired directly to your work.