Due Date Is Over
Due Date: 10-09-2024
Unit 1
Define digital manufacturing and discuss how it integrates digital technologies with traditional manufacturing processes. What are the primary goals of digital manufacturing?
Describe the operation mode and overall architecture of a digital manufacturing system. How do design, simulation, and manufacturing stages interact in this system to ensure efficiency and accuracy?
Explain the design process in digital manufacturing. What role does Computer-Aided Design (CAD) play in this process, and how does it enhance design accuracy and productivity?
Differentiate between 2D and 3D design models. Discuss the specific applications of each type in various industries, and explain how each model contributes to product development and design validation.
What is component modeling in the context of digital manufacturing? Discuss the importance of accurate component modeling and how it affects the overall manufacturing process.
Outline the key factors to consider when selecting machines and tools for digital manufacturing. How do these factors influence the choice of equipment and its integration into the manufacturing process?
Discuss the process of defining manufacturing processes and parameters. What are some examples of critical parameters, and how do they impact the quality and efficiency of the manufacturing output?
What is tool path generation, and why is it crucial in digital manufacturing? Describe the process of creating tool paths and how they are optimized for different machining operations.
Analyze the role of simulation in digital manufacturing. How does simulation contribute to the design and production stages, and what are its benefits in terms of risk reduction and cost savings?
Compare and contrast the Thermo Jet Printer, Genisys XS Printer, JP System 5, and Object Quadra System. Discuss the technologies behind each system, their advantages, limitations, and typical applications in rapid prototyping.
Due Date Is Over
Due Date: 17-09-2024
Unit 2
1.Define and differentiate between Engineering Data Management (EDM) and Product
Data Management (PDM). How do these components integrate within a Product
Lifecycle Management (PLM) system?
2. Discuss the role of PLM in managing the lifecycle of a product from conception to
disposal. How does PLM enhance the efficiency and effectiveness of product
development processes?
3. Compare and contrast Product Lifecycle Management (PLM) and Engineering Resource
Planning (ERP) systems. How do they address different aspects of the product
development and manufacturing processes?
4. Analyze the characteristics of PLM systems such as singularity, cohesion, traceability,
and the Information Mirroring Model. How do these characteristics contribute to
effective product management?
5. Examine the impact of external drivers such as scale, complexity, cycle times,
globalization, and regulation on PLM systems. How do these factors influence the design
and implementation of PLM strategies?
6. Describe how PLM systems can be adapted to address the challenges of globalization.
Provide examples of features or strategies within PLM systems that facilitate global
collaboration and compliance.
7. Evaluate the importance of traceability within a PLM system. How does traceability
affect decision-making, compliance, and quality management throughout the product
lifecycle?
8. Explain the concept of the Information Mirroring Model in the context of PLM. How
does this model enhance the management and utilization of product data?
9. Discuss the challenges and solutions associated with integrating PLM systems with other
enterprise systems such as ERP and CRM. How can organizations ensure seamless data
flow and interoperability?
10. Explore the relationship between PLM and Engineering Change Management (ECM).
How do PLM systems facilitate effective management of engineering changes, and what
are the benefits of this integration
