Download Guide For Software Engineering APK latest version Free for Android
| Version | 1.1.0 |
| Update | 3 years ago |
| Size | 8.5M |
| Developer | Foobr Digital |
| Category | Apps, Books & Reference |
| Package Name | com.appsfactory.softwareengineeringpro |
| OS | 4.1 and up |
Guide For Software Engineering APPLICATION description
Learn Software Engineering Complete Guide 2022
Learn Software Engineering Pro Complete Guide 2022.
Software engineering pertains to building and developing intangible products for today's modern world. We routinely use software to accomplish everyday tasks like online banking, messaging friends, storing files in the cloud, and so much more which an engineer built. If you've been wondering how to learn software engineering, you've come to the right place.
What is a Software Engineer?
A software engineer is a person who designs, tests, maintains, and evaluates the software that they've built. Software engineers work with businesses, governments, hospitals, non-profits, and more organizations and companies to develop the software they need to run correctly. A software engineer needs to understand the desires of their clients, so they typically work with project managers, customer service, account managers, and more to develop the best software for them.
WHY SHOULD YOU LEARN SOFTWARE ENGINEERING?
There is a growing need for talented software developers across every industry. As technology advances, the ability to build quality software while considering design, development, security, and maintenance are sought after amongst all kinds of companies, from finance and banking to healthcare and national security.
Software Engineering applies the knowledge and theoretical understanding gained through computer science to building high-quality software products. As a maturing discipline, the software is becoming more and more important in our everyday lives. Our software development and engineering professional program is Pace University’s response to the tremendous growth of the software development industry.
According to the Bureau of Labor Statistics’ Occupational Outlook Handbook, 2014-15 Edition, “software engineers are among the occupations projected to grow the fastest and add the newest jobs over the 2012-2022 decade, resulting in excellent job prospects.”
Our Master of Science program equips the computer science professional for advanced software development and management career. Professionals looking for a skill development mechanism so they can enter the practice or improve their current abilities would benefit from the program. Our graduates have the knowledge and the skills to compete successfully in this arena.
Jobs in Software Engineering
According to Glassdoor, you can expect an average salary of $115,000 each year as a software engineer. As you advance your career in skills and expertise, you can expect the average wage to go up as well. An entry-level software engineer can start making $95,000 a year while a Principal Software Engineer can make around $150,000 year.
Topics Included in this App
1. Home
2. Overview
3. Development Life Cycle
4. Project Management
5. Requirements
6. Design Basic
7. Analysis & Design Tools
8. Design Strategies
9. User Interface Design
10. Design Complexity
11. Implementation
12. Testing Overview
13. Maintenance
14. Case Tools Overview
Software engineering pertains to building and developing intangible products for today's modern world. We routinely use software to accomplish everyday tasks like online banking, messaging friends, storing files in the cloud, and so much more which an engineer built. If you've been wondering how to learn software engineering, you've come to the right place.
What is a Software Engineer?
A software engineer is a person who designs, tests, maintains, and evaluates the software that they've built. Software engineers work with businesses, governments, hospitals, non-profits, and more organizations and companies to develop the software they need to run correctly. A software engineer needs to understand the desires of their clients, so they typically work with project managers, customer service, account managers, and more to develop the best software for them.
WHY SHOULD YOU LEARN SOFTWARE ENGINEERING?
There is a growing need for talented software developers across every industry. As technology advances, the ability to build quality software while considering design, development, security, and maintenance are sought after amongst all kinds of companies, from finance and banking to healthcare and national security.
Software Engineering applies the knowledge and theoretical understanding gained through computer science to building high-quality software products. As a maturing discipline, the software is becoming more and more important in our everyday lives. Our software development and engineering professional program is Pace University’s response to the tremendous growth of the software development industry.
According to the Bureau of Labor Statistics’ Occupational Outlook Handbook, 2014-15 Edition, “software engineers are among the occupations projected to grow the fastest and add the newest jobs over the 2012-2022 decade, resulting in excellent job prospects.”
Our Master of Science program equips the computer science professional for advanced software development and management career. Professionals looking for a skill development mechanism so they can enter the practice or improve their current abilities would benefit from the program. Our graduates have the knowledge and the skills to compete successfully in this arena.
Jobs in Software Engineering
According to Glassdoor, you can expect an average salary of $115,000 each year as a software engineer. As you advance your career in skills and expertise, you can expect the average wage to go up as well. An entry-level software engineer can start making $95,000 a year while a Principal Software Engineer can make around $150,000 year.
Topics Included in this App
1. Home
2. Overview
3. Development Life Cycle
4. Project Management
5. Requirements
6. Design Basic
7. Analysis & Design Tools
8. Design Strategies
9. User Interface Design
10. Design Complexity
11. Implementation
12. Testing Overview
13. Maintenance
14. Case Tools Overview
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