updated cdr page

Author: balotofi

project-managers/milestones/pm-cdr.md

@@ -8,56 +8,98 @@ lang: en
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 # Critical Design Review (CDR)
-{: .no_toc }
 
-<details markdown="block">
-<summary>Table of Contents</summary>
+The Critical Design Review (CDR) is a pivotal milestone in the satellite development process. It represents the final evaluation of the detailed design before transitioning into production and assembly. The primary goal of the CDR is to ensure that the design meets all mission requirements, is manufacturable, and is testable. This article explains the purpose, key activities, and outcomes of the CDR, as well as its importance in the satellite lifecycle.
 
-- Table of Contents
-{:toc}
+---
+
+## What is the Critical Design Review (CDR)?
+
+The CDR is an in-depth evaluation of the satellite's final design. It ensures that the design is complete, compliant with requirements, and ready for manufacturing and testing. The CDR is a rigorous review that involves stakeholders from across the project, including engineers, managers, and external reviewers.
+
+### Key Activities During CDR
+
+1. **Detailed Design Presentation**  
+   Teams present detailed drawings, CAD models, circuit layouts, and software implementation. This includes subsystem-level designs as well as the integrated system design.
+
+2. **Compliance Check**  
+   The design is reviewed to ensure it adheres to industry standards, regulatory requirements, and internal specifications. This includes verifying that all mission requirements are met.
 
-</details>
+3. **Risk Mitigation Plans**  
+   The updated risk register and contingency plans are reviewed to ensure that potential risks have been identified and addressed. This includes technical, operational, and logistical risks.
 
-- The Critical Design Review is an in-depth evaluation of the final design before it transitions into production and assembly. The aim is to verify that the detailed design meets all mission requirements and is manufacturable and testable.
-- **Key Activities**:
-  - **Detailed Design Presentation**: Showcasing detailed drawings, CAD models, circuit layouts, and software implementation.
-  - **Compliance Check**: Ensuring that the design adheres to industry standards, regulatory requirements, and internal specifications.
-  - **Risk Mitigation Plans**: Reviewing the updated risk register and contingency plans.
-  - **Manufacturing Readiness**: Assessing the readiness of production facilities, supply chains, and assembly processes.
-- **Outcome**: Approval to proceed to the manufacturing and integration phase. A successful CDR means that the design is considered final, and the team can start producing and assembling components.
+4. **Manufacturing Readiness**  
+   The readiness of production facilities, supply chains, and assembly processes is assessed. This ensures that the design can be manufactured and assembled within the project's constraints.
 
-Each subsystem needs to understand what they are required to present at each milestone review.
+### Outcome of the CDR
 
-## Before the review
+The primary outcome of the CDR is **approval to proceed to the manufacturing and integration phase**. A successful CDR means that the design is considered final, and the team can begin producing and assembling components. Any unresolved issues or risks must be addressed before moving forward.
 
-### Make requirement list for cDR
+---
+
+## Importance of the CDR
+
+The CDR is a critical step in the satellite development process for several reasons:
 
-Let's go through what each subsystem needs to present
+- **Design Validation**: Ensures that the design meets all mission requirements and is ready for production.
+- **Risk Mitigation**: Identifies and addresses potential risks before they impact the manufacturing and assembly phases.
+- **Stakeholder Alignment**: Provides a platform for stakeholders to review and approve the final design.
+- **Cost and Schedule Control**: Helps avoid costly changes and delays by finalizing the design before production begins.
 
-#### OBC
+---
 
+## Role of the Project Manager in the CDR
 
-#### BPB
+The project manager plays a key role in ensuring the success of the CDR. Here’s what a project manager needs to know and do before the CDR:
 
+1. **Coordinate Design Presentations**  
+   The project manager ensures that all subsystems are prepared to present their detailed designs. This includes organizing rehearsals and ensuring that all documentation is complete.
 
-#### EPS
+2. **Facilitate Compliance Checks**  
+   The project manager works with the team to ensure that the design complies with all relevant standards and requirements. This may involve coordinating with external reviewers or regulatory bodies.
 
+3. **Review Risk Mitigation Plans**  
+   The project manager ensures that the risk register is up to date and that contingency plans are in place. This includes addressing any unresolved risks before the CDR.
 
-#### COM
+4. **Assess Manufacturing Readiness**  
+   The project manager works with the manufacturing and supply chain teams to ensure that production facilities and processes are ready. This includes verifying that all necessary materials and equipment are available.
 
+---
 
-### Mission
+## Preparing for the CDR
 
+To ensure a successful CDR, teams should:
 
-## During the Review
+- **Complete All Design Work**: Ensure that all subsystems have finalized their designs and documentation.
+- **Conduct Internal Reviews**: Hold pre-CDR reviews to identify and address any issues or gaps.
+- **Engage Stakeholders**: Involve all relevant stakeholders in the review process to ensure alignment and buy-in.
+- **Document Everything**: Provide detailed documentation, including design drawings, risk assessments, and compliance reports.
 
+---
 
-## After the Review
+## Related Resources
 
+If you are preparing for a CDR or want to learn more about the satellite development process, check out the following resources:
 
+### How-to Guides
+1. **Preparing for the Critical Design Review**  
+   A step-by-step guide to organizing and conducting a successful CDR.
+2. **Design Validation and Compliance Checking**  
+   Tips for ensuring that your design meets all requirements and standards.
 
+### Linked Concepts
+1. **Satellite Lifecycle Phases**  
+   Learn about the different stages of satellite development, from concept to launch.
+2. **Risk Management in Satellite Projects**  
+   Understand how to identify and mitigate risks throughout the project lifecycle.
 
+### External Resources
+1. **NASA Systems Engineering Handbook**  
+   A comprehensive guide to systems engineering principles, including design reviews and compliance checks.
+2. **CubeSat Design Specification (CDS)**  
+   A detailed resource for designing and developing CubeSats, including manufacturing and assembly processes.
 
+By understanding the purpose and process of the Critical Design Review, project managers and teams can ensure that their satellite designs are ready for production and assembly, setting the stage for a successful mission.
 
 
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