Course in Technology Policy

Top Course Studies in Technology Policy

Technology Policy

There are many new career opportunities that are due to the ever-increasing technological world we live in. Courses in technology policy are unique because they study of the trends in technology, rather than the technology itself.

So what does that actually mean? What is a course in technology policy? Similar to the field of information technology, which is the technical side of business, this field is the business side of technology. Those entering in the programs will learn the ins and outs of what makes advances popular and profitable so they can predict and direct future advancements. This makes them a very important part of major high-technology corporations.

Students may benefit by developing their analytical and planning skills, as well as their presentation and communication abilities. This can also be a well-paid and unique career choice, as the relatively few students that choose to enter it create a high demand for graduates.

The cost of taking courses in technology policy vary widely based on the program, university and country you choose to study in. It is important to look at all the options before committing to any one institution.

The most common career for graduates is in management for the IT departments of companies. Work may be available advising technology development, for economy policymakers, or even as the policymakers themselves. They can also help investment organizations when making decisions about different technologies. When a product line has been redesigned or marketed differently, a technology policy expert likely helped to influence the decision. In a way, these professionals are the ones that form trends, but more importantly, they need to have a good understanding of how the trends work.

If studying the development of technology and the aspects that make them successful sounds interesting to you, begin your journey into technology policy. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.

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Quality Assurance

Infopulse University Ukraine
Online & Campus Combined Full time 60 hours September 2017 Ukraine Kiev

Automated Software Testing is a process, utilizing tools to execute pre-scripted tests on a software application before releasing it into production. Students write a test script once, and then run it repeatedly in under a minute. Tests are often run in parallel with other, testing changes and searching for defects. [+]

Best Course Studies in Technology Policy 2017. Automated Software Testing is a process, utilizing tools to execute pre-scripted tests on a software application before releasing it into production. Students write a test script once, and then run it repeatedly in under a minute. Tests are often run in parallel with other, testing changes and searching for defects. Course outline Introduction to Software Testing History of Software Testing Why to Test Software? Purpose of Testing Principles of Testing Software Development Life Cycle (SDLC) Software development process: models and methodologies Testing and Quality Assurance Quality Assurance overview Goals and benefits of Quality Assurance Software Testing basic concepts Software Testing across the SDLC Measuring testing process, metrics in testing Overview of Test Tracking systems Software Testing Life Cycle Types of Testing Test phases and activities Test artifacts, test documentation: Test Plan Test Case Check List Bug Report Test Results Report Requirements Review of Requirements and Specifications Traceability Matrix Test Plan Test Planning activities Test Strategy Test Plan template Test Case Test Case attributes Writing and Tracking Test Cases Check List Practical use Difference between Test Cases and Check Lists Bug Report Bug’s Life Cycle Bug attributes Bug severity and priority Metrics in Bug Tracking Overview of Bug Tracking Systems Test Results Report Basic concepts Test Report Template Test Design techniques Test coverage Basic test design techniques Test fundamentals Black-Box White-Box Gray-Box Testing Functional and non-Functional Testing Overview of Functional Testing Different types of Testing Security Testing Performance Testing Installation Testing Usability Testing Failover and Recovery Testing Configuration Testing Testing the changes: Smoke Sanity Build Verification Regression Testing Testing levels: Unit Testing Integration Testing System Testing Acceptance Testing Alpha and Beta Testing Additional aspects of managing Software Testing Object-Oriented Systems Testing Client-Server and Web-Based Systems Testing Testing COTS Systems Overview of Automated Testing Goals, basic concepts, advantages and disadvantages Test automation tools Risk management in Testing Risk classification Risk analysis and priorities, risk management Your Career as Software Tester Tester: personal qualities Features of tester's work Professional development Testing certifications Interview with potential employer Preparation for interview CV, typical questions and answers, behavior at interview Exercises: Test cases design for test tasks Preparing of test documentation (test plan, test cases, check lists, test result report) Requirements analysis, traceability matrix Test design and test execution for test tasks Bug reporting Test design techniques: practical use [-]