
Управление процессами дизайн-команды
Systems and Algorithms for Predictive and Sustainable Design Team Operations
What is this course about?
The outcome of a design team hinges on how collaborative work is structured. Incomplete requests, competing priorities, employee overload, and prolonged approvals all impact project timelines and quality. To manage these dependencies, a leader must visualize the entire task journey and establish a clear workflow for participants.
This course focuses on the organization of design team processes within a studio, agency, or in-house company. Participants will learn to analyze current workflows, identify the root causes of delays and rework, design process stages, and assign accountability. They will develop protocols for receiving requests, planning workloads, managing tasks, ensuring quality assurance, and finalizing deliverables.
Particular attention is given to system resilience—addressing changes in requirements, urgent requests, resource shortages, and other deviations. Participants will define key performance indicators, learn to leverage observations for decision-making, and validate changes at various points in the process. Predictability will be linked to justified timeline estimations and timely issue detection, while repeatability will stem from consistently maintaining a agreed-upon level of quality across different projects.
Outcome: a functional model for a real or educational design team. The project will include a process map, responsibility matrix, planning tools, operating rules, quality criteria, and metrics.
Who is this course for?
— Design Team Leads who want to systematize their work and improve the predictability of deadlines and quality
— Art Directors and Design Leads who need to organize the development, discussion, and approval of solutions
— Studio and Agency Managers building processes as their teams and project load grow
— Project Managers and Design Producers responsible for tasks, resources, and timelines
— Senior and Lead Designers who coordinate colleagues and wish to master systematic team organization
— Course Duration: 8 weeks
— Number of Contact Hours: 64 academic hours
— Classes are held in a hybrid format, in groups of 15 to 24 people
Course Prerequisites— Experience working on design projects involving multiple stakeholders or within design teams.
— Familiarity with the main phases of a design project: requirements gathering, development, discussion, refinement, and final delivery.
— Ability to discuss requirements, timelines, and expected outcomes.
— Proficiency in basic collaborative tools: documents, spreadsheets, presentations, online whiteboards, and essential task-tracker functions.Having a team of at least three members reporting to you, or confirmed team leadership, is preferred.
What will students learn in this course?
— Analyze the design team’s processes, identifying delays, rework, and potential causes for deviations
— Organize the intake, clarification, and prioritization of requests, taking into account objectives, urgency, and team resources
— Design the workflow, distribute responsibilities, and define the procedure for task handoffs and decision-making
— Plan the scope of work and team capacity, considering effort, competencies, dependencies, and available resources
— Set up task management, documentation, and material storage in line with the team’s process
— Establish quality assurance and result approval workflows, organizing the management of revisions and requirement changes
— Develop and implement action algorithms for delays, overload, priority shifts, and other deviations
— Select and interpret process metrics, justifying decisions based on task history and observations
— Test and implement process improvements, evaluate results, and refine the team’s operational system
Approaches and Frameworks You Will Master:— AS IS / TO BE Process Mapping
— 5 Whys and Ishikawa Diagram
— RACI Responsibility Matrix
— SMART
— Decomposition and Resource Planning
— Kanban and Agile Approaches
— Readiness and Completion Criteria — Definition of Ready / Definition of Done
— Risk Matrix and Response Algorithms
— Process Metrics and the PDCA Cycle
— Collaborative Process Design: MeWeUs, Metaplan, and Brainstorming
— Principles of Slow Productivity
What practical assignments will course participants complete?
— Team Process Diagnostics
— Guidelines for Handling Incoming Requests
— Process Model: Workflow Diagram, Responsibility Matrix, Transition Conditions, and Project Case Review
— Resource Plan
— Working Environment: Task Board, Templates, Material Structure, and Process Participant Instructions
— Documentation for Verification and Approval Procedures
— Risk Map
— Performance Dashboard: Definitions, Data Sources, Work Analysis, and Improvement Suggestions
— Review Report
Thematic Curriculum Plan
1. THE DESIGN TEAM AS A SYSTEM
— Team goals and expected outcomes
— Process types and stages
— Diagnostics of team processesWorkshop: Aligning formal versus actual workflows
2. INTAKE OF REQUESTS AND PRIORITY MANAGEMENT
Workshop: Analyzing competing requests with incomplete data3. PROCESS DESIGN AND RESPONSIBILITY ALLOCATION
— Designing stages based on design task type and complexity
— Allocating responsibilities
— Interacting with adjacent teamsWorkshop: Designing a process model and testing it for scenarios involving multiple executors and approvers4. RESOURCE PLANNING AND TEAM CAPACITY
— Work decomposition and estimation
— Employee competencies, availability, and executor selection
— Re-planning during critical situationsWorkshop: Planning multiple projects and re-scoping the plan due to an urgent request or loss of a resource5. TASK FLOW AND WORK ENVIRONMENT
— Presenting the process in a task tracker
— Kanban & Agile
— Scheduling meetings and documenting outcomes
— Templates, file versions, and knowledge baseWorkshop: Setting up the board and materials; task handoff to another participant based on documented instructions6. QUALITY, DESIGN REVIEW, AND APPROVALS
— Quality criteria for concepts and final deliverables
— Handling revisions7. RISKS AND ACTION ALGORITHMS FOR DEVIATIONS
— Risks related to deadlines, quality, and resource availability
— Indicators of deviation and grounds for intervention
— Response algorithm
— Protocol for escalating to the manager, client, or adjacent teamWorkshop: Simulating approval delays, urgent tasks, or scope changes8. METRICS AND RESULT PREDICTABILITY
Workshop: Analyzing task history, preparing a metrics dashboard, and substantiating decisions9. CHANGE IMPLEMENTATION
— Objective of the change, expected effect, and scope of validation
— Process refinement and responsibility for its future development



