The overall aim of this Module is to introduce students to Computer Aided Design and Manufacturing concepts and their applications to geometry modelling based problems in the product lifecycle.

On successful completion of this module a student will be able to:
1 Demonstrate understanding of Concepts and Applications of Computer Graphics and Geometric Modelling.
2 Apply 3D modelling principles and methods to develop computer based designs.
3 Evaluate CAD data for different applications in Design and Manufacturing lifecycle.
4 Create full design documentation including technical drawings and quality management principles in systems engineering.

• Introduction of Computer Graphics and Geometrical Modeling
• Complex sketches including 2D and 3D
• Feature-based modelling and use of feature library.
• Assembly modelling of complex products and use of library parts.
• Advanced Modeling: Surface modelling, Generative Modeling.
• Customizing of CAD systems using macros and Application Programming Interface (API)
• Applications and Analysis of CAD in Product Life Cycle: CAD/CAM/CNC/CAE, and data transfer
• Design Documentation: Technical Drawings, Animation and Simulations
• Case Study and Demonstration of inclusivity, diversity, and inclusion in Design Methods
• Address challenges of information security in product lifecycle management

. The Module will include lectures and guided practical exercises and projects that will allow the creation and optimization of CAD models, assemblies, and manufacturing drawings demonstrating the competence and understanding achieved by the student of the main content

Portfolio: 50% weighting, 40% pass mark.
Learning Outcomes: 1 - 4.
Outline Details: This is problem-based learning and aims to meet the key requirements of all expected learning outcomes. Each student must produce a portfolio of designing using CAD modelling tools, assemblies, renderings, manufacturing drawings and reflect on the challenges given for each of the practical exercises and their contributions to improving quality and manufacturability of the set design challenges over the duration of the course. 1500 words.

Exam: 50% weighting, 40% pass mark.
Learning Outcomes: This is a closed book exam, covering the fundamental theories and knowledge gained of computer based product design and development including manufacture, assembly and design for improved quality in manufacturing paradigm.
Duration: 2 hours.

Formative Assessment:
Design of complex products and manufacturing preparation in the design ecosystem including product lifecycle and new product development– guided activities and lab exercises linked to the Module learning outcomes.
Lab activities.