Design Implementation And Review Process Training

Objectives:
• Understand the scope and purpose of design implementation and review processes.
• Identify key stakeholders and their roles in the design lifecycle.
• Recognize the importance of aligning design with organisational strategy.
• Familiarise with relevant SAQA unit standards and quality assurance requirements.

Topics:
• Overview of design implementation and review.
• The design lifecycle: from concept to completion.
• Stakeholder identification and engagement.
• Alignment with organisational goals and strategy.
• Introduction to SAQA and unit standard 117512.
• Quality assurance principles in design.
• Ethical considerations in design.
• Course structure and expectations.

Objectives:
• Explain core design principles and their application.
• Differentiate between various design frameworks.
• Apply design thinking methodologies to problem-solving.
• Evaluate the role of user-centred design.

Topics:
• Core design principles: balance, contrast, hierarchy, etc.
• Design frameworks: Agile, Waterfall, Design Thinking.
• User-centred design (UCD) fundamentals.
• Design thinking stages: empathise, define, ideate, prototype, test.
• Case studies of successful design frameworks.
• Practical exercise: applying design thinking to a scenario.
• Tools for design collaboration.
• Reflection on framework selection criteria.

Objectives:
• Conduct a comprehensive needs analysis for a design project.
• Gather and document functional and non-functional requirements.
• Use various techniques to elicit requirements from stakeholders.
• Prioritise requirements using appropriate methods.

Topics:
• Importance of needs analysis in design.
• Techniques: interviews, surveys, observation, workshops.
• Documenting requirements: user stories, use cases, specifications.
• Functional vs. non-functional requirements.
• Prioritisation techniques: MoSCoW, Kano model.
• Stakeholder analysis and management.
• Practical exercise: conducting a mock needs analysis.
• Validation and sign-off processes.

Objectives:
• Generate creative design concepts based on requirements.
• Create low-fidelity and high-fidelity prototypes.
• Use prototyping tools to visualise design solutions.
• Incorporate feedback to refine prototypes.

Topics:
• Brainstorming and ideation techniques.
• Sketching and wireframing.
• Low-fidelity prototypes: paper, digital wireframes.
• High-fidelity prototypes: interactive mockups.
• Prototyping tools: Figma, Sketch, Adobe XD.
• Iterative design and feedback loops.
• Practical workshop: prototyping a solution.
• Presenting prototypes to stakeholders.

Objectives:
• Plan and conduct design reviews effectively.
• Apply quality assurance criteria to design outputs.
• Identify and document design issues and improvements.
• Facilitate constructive feedback sessions.

Topics:
• Types of design reviews: peer, expert, stakeholder.
• Review criteria: usability, accessibility, consistency.
• Conducting a design review meeting.
• Documenting findings and action items.
• Quality assurance metrics for design.
• Tools for design review and collaboration.
• Role-playing: giving and receiving feedback.
• Continuous improvement cycle.

Objectives:
• Develop an implementation plan for design solutions.
• Allocate resources effectively, including budget, time, and personnel.
• Identify risks and mitigation strategies.
• Create a project timeline with milestones.

Topics:
• Implementation planning fundamentals.
• Work breakdown structure (WBS).
• Resource allocation: human, financial, technical.
• Risk assessment and management.
• Timeline development: Gantt charts, critical path.
• Budgeting for design implementation.
• Communication plan for implementation.
• Practical exercise: creating an implementation plan.

Objectives:
• Execute the design implementation plan in a simulated environment.
• Coordinate with team members and stakeholders.
• Monitor progress against the plan.
• Adapt to changes and unforeseen challenges.

Topics:
• Execution strategies and best practices.
• Team coordination and communication.
• Progress tracking: status reports, dashboards.
• Change management during implementation.
• Handling scope creep.
• Practical simulation: implementing a design.
• Documentation of implementation process.
• Lessons learned capture.

Objectives:
• Develop a testing plan for the implemented design.
• Conduct usability and functionality tests.
• Analyse test results and identify defects.
• Validate that design meets requirements and quality standards.

Topics:
• Testing types: unit, integration, user acceptance.
• Usability testing methods.
• Creating test cases and scripts.
• Test execution and defect tracking.
• Validation against requirements.
• Tools for testing and validation.
• Practical exercise: conducting a usability test.
• Reporting test outcomes.

Objectives:
• Evaluate the design outcomes against initial objectives.
• Conduct a post-implementation review.
• Measure success using key performance indicators (KPIs).
• Identify areas for improvement and lessons learned.

Topics:
• Post-implementation review (PIR) process.
• KPIs for design success: user satisfaction, performance.
• Data collection methods: surveys, analytics.
• Comparative analysis with baseline.
• Root cause analysis for issues.
• Documenting lessons learned.
• Practical exercise: conducting a PIR.
• Reporting to stakeholders.

Objectives:
• Understand the role of continuous improvement in design.
• Apply iterative design cycles to refine solutions.
• Use feedback loops to drive enhancements.
• Implement a continuous improvement plan.

Topics:
• Continuous improvement models: PDCA, Kaizen.
• Iterative design cycles and agile retrospectives.
• Feedback integration from users and stakeholders.
• Prioritising improvements based on impact.
• Version control and release management.
• Practical exercise: planning an iteration.
• Tools for continuous improvement.
• Building a culture of improvement.

Objectives:
• Explore advanced design concepts and emerging trends.
• Understand the impact of technology on design implementation.
• Discuss ethical and inclusive design practices.
• Prepare for future challenges in design review.

Topics:
• Design for accessibility and inclusivity.
• Emerging technologies: AI, VR, AR in design.
• Data-driven design and analytics.
• Design systems and component libraries.
• Ethical design and data privacy.
• Sustainability in design.
• Case studies of innovative design.
• Future trends in design implementation.

Objectives:
• Synthesise all course concepts into a comprehensive project.
• Present a final design implementation and review plan.
• Complete a summative assessment.
• Reflect on learning and plan for application in the workplace.

Topics:
• Final project: design implementation and review plan.
• Presentation and peer feedback.
• Summative assessment: written and practical.
• Portfolio of evidence compilation.
• Reflection on learning outcomes.
• Action plan for workplace application.
• Course evaluation and feedback.
• Certification and next steps.