Test Analyst Job(ISEB/ISTQB, Agile) in London - £45,000

-

Test Engineer (Financial Services) - City of London - up to £45,000

A highly respected international software house operating in the Financial Services industry sector has a new opportunity for a Test Engineer to join their growing team.

The Test Engineer will assist in developing, implementing and adapting test plans and schedules. Working closely with the Test Lead to understand test goals, risks and priorities, the successful candidate will help contribute ideas on testing standards, and processes.

Solid skills in all or most of the following areas is essential:

• Following test plans and schedules in undertaking test analysis, design and execution
• Ability to seek out critical defects
• Logging defects and issues and regularly reporting on progress to the test lead
• Prioritising personal work load - Identifying and showing awareness of risks
• Agile, Waterfall and V-Model methodologies
• Contributing to test planning and risk workshops

Domain experience of the Investment Banking industry, and certification to a recognised industry testing standard is desirable e.g. BCS (ISEB) or ISTQB or similar. To be considered you must be an excellent communicator with a good degree in a relevant discipline e.g. Information Technology, Computer Science, Business Systems or Mathematics.

This is a permanent position offering a basic salary of £35-45,000 per annum plus substantial bonus and benefits. To apply please send a WORD version of your CV, including reference number ASH11466HWN in the subject line of your email.

Apply: here

Comments

Post a Comment

Popular posts from this blog

What is LCSAJ Testing?

-
Image
LCSAJ testing requires a model of the source code which identifies control flow jumps (where control flow does not pass to a sequential statement). An LCSAJ (Linear Code Sequence and Jump) is defined by a triple, conventionally identified by line numbers in a source code listing: the start of the linear code sequence, the end of the linear code sequence, and the target line to which control flow is transferred. Test cases shall be designed to exercise LCSAJs. For each test case, the following shall be specified: - the input(s) to the component; - identification of the LCSAJ(s) to be executed by the test case; - the expected outcome of the test case.
Read more

What is Syntax Testing?

-
Image
Syntax Testing uses a model of the formally-defined syntax of the inputs to a component. The syntax is represented as a number of rules each of which defines the possible means of production of a symbol in terms of sequences of, iterations of, or selections between other symbols. Test cases with valid and invalid syntax are designed from the formally defined syntax of the inputs to the component. Test cases with valid syntax shall be designed to execute options which are derived from rules which shall include those that follow, although additional rules may also be applied where appropriate: -   whenever a selection is used, an option is derived for each alternative by replacing the selection with that alternative; -   whenever an iteration is used, at least two options are derived, one with the minimum number of iterated symbols and the other with more than the minimum number of repetitions.   A test case may exercise any number of options.   For each test case the
Read more

ISTQB Dumps, Exam Paper 12: ISEB ISTQB Foundation Software Testing

-
Image
1. Which of the following statements contains the correct use of the terminology? a) a fault by a person may introduce an error into the software that may cause a failure in operation b) a failure by a person may introduce a fault into the software that may cause an error in operation c) an error made by a person may introduce a fault into the software that may cause a failure in operation d) an error made by a person may introduce a failure into the software that may cause a fault in operation e) a failure by a person may cause an error in the software that may cause a fault in operation 2.   A reliable system will be one that: a) is unlikely to be completed on schedule b) is unlikely to cause a failure c) is likely to be fault-free d) is likely to be liked by the users e) includes a minimum number of components 3.   Which of the following statements about ‘Integration Testing in the Small’ is false? a) It can combine all the components together in one go
Read more