Complete this project on Visual Basic C++ or Python to above standard expectations.
Further Detail of what is required is on the document attached.
Fully or nearly fully scoped analysis of a real problem, presented in a way that a third party can understand.
Requirements fully documented in a set of measurable and appropriate specific objectives, covering all required functionality of the solution or areas of investigation.
Requirements arrived at by considering, through dialogue, the needs of the intended users of the system, or recipients of the outcomes for investigative projects.
Problem sufficiently well modelled to be of use in subsequent stages.
2. Documented Design
Fully or nearly fully articulated design for a real problem, that describes how all or almost all of the key aspects of the solution/investigation are to be structured/are structured.
3. Technical Solution
A system that meets almost all of the requirements of a solution/an investigation
4. Above average performance: Group A equivalent algorithms and model programmed more than well to excellent; all or almost all excellent coding style characteristics; more than to highly effective solution
Technical Skills Used:
Complex data model in database (eg several interlinked tables)
Hash tables, lists, stacks, queues, graphs, trees or structures of equivalent standard
Files(s) organised for direct access
Complex scientific/mathematical/robotics/control/business model
Complex user-defined use of object-orientated programming (OOP) model, eg classes, inheritance, composition, polymorphism, interfaces
Complex client-server model
Cross-table parameterised SQL
Aggregate SQL functions
User/CASE-generated DDL script
Linked list maintenance
Advanced matrix operations
Complex user-defined algorithms (eg optimisation, minimisation, scheduling, pattern matching) or equivalent difficulty
Mergesort or similarly efficient sort
Dynamic generation of objects based on complex user-defined use of OOP model
Server-side scripting using request and response objects and server-side extensions for a complex client-server model
Calling parameterised Web service APIs and parsing JSON/XML to service a complex client-server model
Modules (subroutines) with appropriate interfaces.
Loosely coupled modules (subroutines) – module code interacts with other parts of the program through its interface only.
Cohesive modules (subroutines) – module code does just one thing.
Modules(collections of subroutines) – subroutines with common purpose grouped.
Good exception handling.
Clear evidence, in the form of carefully selected representative samples, that thorough testing has been carried out. This demonstrates the robustness of the complete or nearly complete solution/thoroughness of investigation and that the requirements of the solution/investigation have been achieved.
Full consideration given to how well the outcome meets all of its requirements.
How the outcome could be improved if the problem was revisited is discussed and given detailed consideration.
Independent feedback obtained of a useful and realistic nature, evaluated and discussed in a meaningful way
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