Advanced Software Development - CMS3405

Assessment 1: Other

Formative assessment will be via tutorial/practical exercises designed to guide the students&#39; learning, and to prepare them for the summative assessment.

Other

Assessment 2: Practice exam/test

Revision sessions will use questions from previous tests to prepare learners for the online tests, and formative feedback will be provided on the students&#39; answers to these questions.

Practice exam/test

Assessment 2: In-Class Test

A 2 hour open-book in-class test. Exam conditions apply.

In-Class Test

Assessment 1: Portfolio

A software development exercise leading to a portfolio of evidence, including design work, source code, and testing and evaluation. The problem chosen for the exercise will ensure that the full range of topics covered on the module, and all ability outcomes, are included.

Portfolio

<p>This module provides you with an opportunity to develop advanced skills in object oriented (OO) software design and development. The module begins with advanced OO concepts and semantics (polymorphism and genericity), moves on to techniques for real-time concurrent and distributed systems development (threads, semaphores, monitors, sockets, distributed objects architectures), examines contractual obligations and behaviour verification and validation techniques (pre- and post- conditions, invariants, assertions), and ends with an examination of contemporary advanced topics in OO software design (e.g. Design Patterns, Aspect Oriented Programming). In covering these topics, the module will examine the issues that software programmers and developers face every day in their quest to develop successful technology systems and applications.</p>

School of Computing and Engineering

<p>https://library.hud.ac.uk/readinglists/CMS3405</p>

Computing and Information Systems

CMS3405 - Advanced Software Development

Advanced Software Development

Evaluate methods for the development of real-time, concurrent, and distributed software systems.

Model, implement, and test advanced real-time, concurrent, and distributed software systems as sets of objects, and defend the appropriateness and consistency of the model.

Critically analyse a range of techniques for advanced OO programming.

Design and implement complex data structures, using appropriate methods of encapsulation, inheritance, polymorphism, and genericity.

Evaluate advanced approaches to code verification and validation.