Responsibility

Requirements analysis and evaluation:

• 1) Author the set of system requirements to satifsy the stakeholder needs.
• 2) Ensure that performance criteria and functionality are.
• described in the requirements.
• 3) Ensure that the System Requirements Document satisfies.
• specified configuration management procedures.
• 4) Work along with the HW Engineer to define the.
• a) HW SW Interactions are defined.
• b) Requirements allocations are done for SW are correct and consise.
• c) The HW intearctions for protocols are defined The SW requirements for CPLD FPGA and ASIC are well defined from HW specifications.
  
  

Product Design

• '1) Co Author the Design for a specific module / functionality.
• Choose design methods that facilitates:
• a) abstraction modularity and other features which control complexity.
  
  

B) The Expression Of

• 1) functionality.
• 2) information flow between elements.
• 3) sequencing and time related information.
• 4) timing constraints.
• 5) concurrency and synchronized access to shared resources.
• 6) data structures and their properties.
• 7) design assumptions and their dependencies.
• 8) exception handling.
• 9) design assumptions (pre conditions post conditions invariants).
• 10) comments.
• c) ability to represent several views of the design including structural and behavioural views.
• d) comprehension by developers and others who need to understand the design.
• e) verification and validation.
• c Understand interdependencies of the various components in work packages that are being developed.
• d) Work with architect to understand the architecture of the application high level approaches and ensure that the design is in line with overall direction.
• conduct peer review as required.
• e) Organize design review sessions with various stakeholders to validate design is as per requirements.