What Is Direction? A Visual Guide to the Big Picture

We examine the specific project problems that lack of direction brings and their serious impact.

There was a website renewal project with a budget of 5 million yen and a 3-month deadline. The client requested "please handle everything including direction," but the contractor proceeded without clearly defining "what direction means." As a result, the following problems occurred in a chain reaction.

Month 1: Proceeded with vague requirements definition. Presented 3 design proposals, but received feedback from the client saying "this is different from what we imagined." However, specifically what was problematic was not clarified.

Month 2: Repeated design revisions 7 times but could not settle on a direction. Development start was delayed, making the original deadline difficult to meet. At this point, an additional 1.5 million yen in costs and 1.5-month deadline extension became necessary.

Month 3: Rushed development but functional requirements remained unconfirmed. Critical specification oversights were discovered during testing phase, effectively causing project failure.

In this case, the budget ultimately exceeded by over 2 million yen and the deadline was delayed by 2 months. More seriously, the trust relationship between client and contractor completely broke down, making continued business impossible.

Similar problems occur frequently throughout the industry. A survey of small to medium-sized production companies and freelancers reported that 62% of project failure causes stem from "direction deficiencies." Specifically, vague requirements definition (78%), inadequate progress management (65%), and unset quality standards (58%) ranked highest.

Contractor Losses:

• Profit pressure from work hour overruns (average 30-40% revenue deterioration)
• Impact on other projects (resource allocation confusion)
• Reduced repeat orders due to credibility loss

Client Losses:

• Lost business opportunities due to budget overruns and deadline delays
• Increased internal coordination costs
• Decreased investment effectiveness due to failure to achieve expected results

The root cause of these problems lies in the lack of common understanding of "web direction meaning" and "direction role." The simple perception of "progress management" or "liaison coordination" cannot handle the complexity of modern projects.

We analyze the industry structure and perception problems behind direction undervaluation.

Problems from Industry Customs

In the web production and creative industries, "production direction" has long been treated as ancillary work. In many contracting agreements, direction work is not clearly itemized and is processed ambiguously as "included in production costs."

Analysis of actual contracts shows that even for production projects over 1 million yen, direction costs are listed as independent items in only 23% of cases. In the remaining 77%, they are either included as part of production costs or not mentioned at all.

Evaluation Structure Biased Toward Technical Personnel

There's an industry-wide tendency to highly value "people who work hands-on" while undervaluing "people who think and coordinate." The technical skills of designers and engineers are easy to visualize, but directors' contributions are difficult to see as results.

According to freelance rate surveys, the following differences occur even with the same years of experience:

• Web Designer: 500,000-800,000 yen per month
• Frontend Engineer: 600,000-900,000 yen per month
• Web Director: 400,000-700,000 yen per month

This rate differential promotes talented personnel leaving direction positions.

Inadequate Education and Training Systems

Direction education systematization lags behind technical positions. While programming schools and design schools are well-established, educational institutions specializing in direction are limited.

As a result, many directors acquire work skills through "trial and error" and take on responsibilities without systematic knowledge or skills. This creates quality variations and decreased credibility across the industry.

Lack of Understanding from Clients

Many corporate ordering personnel don't understand the expertise of direction. There are many cases where they have only a "liaison" or "coordinator" level of recognition and don't recognize the importance of strategic thinking and quality management.

A survey of ordering companies revealed the following perceptions:

• "Anyone can do direction": 48%
• "Producers can handle it on the side": 35%
• "Specialized work is necessary": 17%

This perception gap hinders appropriate pricing and clear responsibility scope definition.

Difficulty Visualizing Results

Direction results center on "preventing problems" and "efficient progress" - avoiding negative events. In successful projects, the ideal state is "nothing went wrong," making it difficult to quantify and visualize this contribution.

In contrast, direction responsibility when problems occur is easily clarified, creating an imbalanced situation between risk and evaluation.

We detail the specific work content of direction and the essential roles it should fulfill in projects.

Strategic Thinking and Overall Design

Direction's primary role is strategic thinking that aligns project purposes with methods. When a client requests "we want to create a cool website," direction identifies the underlying business issues and translates them into specific solutions.

For example, in a BtoB manufacturing company's website renewal project:

Surface Request: "We want to modernize the design" Real Issue: Only 3 new inquiries per month Strategic Solution: Optimize inquiry flow and restructure content strategy

This analysis and design process is the core of direction. Not mere "production direction," but strategic direction focused on business results is required.

Quality Standard Setting and Management

Set project success criteria both quantitatively and qualitatively, and ensure quality throughout all processes. This includes the following elements:

1. Functional Requirements Detailing

   • Creating user stories
   • Establishing screen transition diagrams
   • Designing data structures

2. Non-functional Requirements Clarification

   • Display speed standards (loading within 3 seconds)
   • Supported device range (iOS 15+, Android 10+)
   • Accessibility compliance level (WCAG 2.1 AA compliant)

3. Test Standard Establishment

   • Creating acceptance test scenarios
   • Bug fix priority standards
   • Release determination criteria

Resource Optimization and Schedule Management

Allocate resources to achieve maximum results with limited budget, time, and personnel. This isn't simple process management but requires sophisticated judgment considering each process's dependencies and impact on quality.

Specifically:

Critical Path Identification: Identifying important processes that affect overall timeline Buffer Design: Allocating reserve time according to risk factors Resource Leveling: Distributing team member workloads

In actual projects, when the design process is delayed by one week, identify elements that can work in parallel to minimize impact on the development process, keeping overall timeline impact to 2 days.

Communication Design

Build communication mechanisms to streamline information transmission among project stakeholders and prevent recognition gaps.

Regular Reporting Design:

• For clients: Weekly progress reports (deliverable-focused)
• For production teams: Daily work sharing (issue and risk-focused)
• For stakeholders: Monthly strategic reports (KPI and improvement-focused)

Document Management:

• Continuous updating of requirements definition documents
• Clear change history tracking
• Preservation of decision records

Risk Management and Problem Solving

Early detection of potential risks and preparation of countermeasures, plus rapid resolution when actual problems occur.

Typical Risks and Response Examples:

1. Technical Risk: Development delays due to new technology adoption Response: Advance verification through prototypes, alternative technology preparation

2. Requirements Change Risk: Last-minute changes in client demands Response: Clear change management processes, advance explanation of impact scope

3. Resource Risk: Key person departure or illness Response: Knowledge documentation, backup system construction

Thus, direction is not mere liaison coordination but sophisticated specialized work that integrates and manages all elements necessary for project success.

We show specific practice methods for improving direction quality from each position.

Contractor Practice Points

We organize specific methods for contractors to effectively execute direction work.

Role Clarification at Contract Stage

Clearly define the scope and responsibilities of direction work in contracts. Vague expressions become sources of later trouble, so list them as specific work items.

Items to explicitly state as direction work:

• Requirements definition and specification establishment (work hours: 15-20% of total)
• Progress management and quality management (work hours: 10-15% of total)
• Communication coordination (work hours: 5-10% of total)
• Test design and implementation management (work hours: 8-12% of total)

Calculate these work hours separately from production costs and list them independently as direction fees, clarifying the expertise and value of the work.

Systematizing Requirements Definition Process

Standardize the process of converting vague client requests into specific, producible specifications.

Practical Requirements Definition Flow:

1. Current State Analysis Workshop (2-3 hours)

   • Identify current business issues
   • Share competitive analysis
   • Form consensus on success indicators

2. Requirements Organization Session (1-2 hours)

   • Prioritize functional requirements
   • Clarify constraints (budget, deadline, technology)
   • Share risk factors

3. Specification Confirmation Meeting (1 hour)

   • Confirm detailed specification document content
   • Agree on acceptance criteria
   • Explain change management rules

This process significantly reduces specification changes and recognition differences in later processes.

Progress Visualization and Reporting

Communicate progress clearly so clients can confidently entrust projects.

Elements of Effective Progress Reporting:

• Clear Completion Rate: Current progress against all processes (72% complete, etc.)
• Next Week's Plans: Specific work content and deliverables
• Issues and Risks: Potential problems and response policies
• Pending Decisions: Items requiring client judgment

Client Practice Points

We show specific actions for clients to improve direction quality and increase project success probability.

Pre-organizing Direction Requirements

Clarify expectations and requirements for direction work before ordering, enabling appropriate partner selection and contract design.

Information Clients Should Prepare:

1. Business Background: Why is this project necessary?
2. Success Indicators: What constitutes success (quantitative and qualitative)?
3. Constraints: Budget, deadline, technical, organizational constraints
4. Decision-making Structure: Who makes what judgments when?

Organizing and sharing this information significantly improves contractor direction quality.

Internal System Preparation

Prepare internal resources and decision-making processes necessary for project success in advance.

Necessary Internal Structure:

• Project Owner: Final decision-maker (executive/department head level)
• Project Manager: Daily judgment and coordination role (section chief/supervisor level)
• Working Staff: Content and material provision, test implementation (staff level)

Clarify each role's responsibility scope and authority and communicate to contractors for smooth project progress.

Quality Evaluation Criteria Setting

Set acceptance criteria for deliverables in advance to prevent confusion from subjective judgments.

Specific Evaluation Criteria Examples:

• Functionality: 100% implementation of required functions, 95%+ bug fix rate
• Design: Brand guideline compliance, responsive design completion
• Performance: Page loading within 3 seconds, usability test passing

Agreeing on these criteria at contract time prevents recognition differences during later evaluation stages.

We list typical mistakes practitioners tend to make and specific countermeasures to prevent them.

The Misconception That "All Customer Requests Should Be Accepted"

Many directors mistakenly believe that unconditionally accepting client requests is good service. However, responding to surface-level requests without analyzing their background often leads to overall project failure.

Typical Failure Example: When a client requests "add 10 animations to the top page," implementing as-is results in:

• Significant page loading speed degradation (8 seconds → 18 seconds)
• Usability deterioration (difficult to find information)
• Increased maintenance costs (complex animation modification)

Appropriate Response: Confirm the background of the request and present effective alternatives for the essential need to "make the site impressive":

• One high-quality animation in the hero area
• Improved operability through micro-interactions
• Storytelling through progressive information display

This proposal satisfies the client's true needs while avoiding technical risks.

The Assumption That "Detailed Progress Reports Are Bothersome"

Inexperienced directors tend to reduce reporting frequency, thinking frequent reports burden clients. However, information shortage increases anxiety, resulting in excessive interference and sudden direction changes.

Problem Chain from Information Shortage:

1. No reports for 1 week → Increased client anxiety
2. Sudden confirmation requests → "Is everything okay?" contacts
3. Defensive reactions → Vague responses like "things are going smoothly"
4. Deteriorated trust relationship → Demands for more detailed reports and increased meetings

Effective Reporting Strategy:

• Regular reports: Send progress emails every Tuesday at 5 PM
• Completion reports: Immediate reports with deliverables when processes complete
• Consultation reports: Contact within 24 hours for items requiring judgment
• Risk reports: Report problem signs immediately with response plans

Overconfidence in "Technical Explanations Should Be Accurate with Technical Terms"

Directors with technical expertise tend to use many technical terms in explanations. However, since most clients lack technical backgrounds, the more accurate the explanation, the more difficult it becomes to understand.

Difficult-to-understand Explanation Example: "We'll set responsive design breakpoints at 768px, 1024px, and 1200px, building a grid system with Flexbox layout. We'll use CSS media queries to optimize according to viewport width."

Easy-to-understand Explanation Example: "We'll design it to display beautifully on any screen size - smartphone, tablet, or computer. Text and button placement will automatically adjust according to screen size."

Guidelines for Appropriate Technical Term Use:

• Use only when necessary: Within the scope needed for client decisions
• Always add supplementary explanations: Follow technical terms with understandable expressions
• Explain with concrete examples: Express abstract concepts with familiar examples
• Confirm understanding: Check with "Do you have any questions?"

The Reactive Approach of "Dealing with Problems After They Occur Is Sufficient"

Reactive direction that undervalues risk management and responds after problems become apparent has serious impacts on entire projects.

Typical Costs of Reactive Responses:

• Schedule delays: Major revisions to original plans for problem response
• Budget overruns: Increased work hours and outsourcing costs for emergency responses
• Quality degradation: Compromises due to time shortages and shortened testing phases
• Relationship deterioration: Lost credibility from trouble response

Preventive Risk Management Practice:

1. Risk Register Creation

   • List anticipated problems with their impact level and occurrence probability
   • Set monitoring indicators and thresholds for each risk
   • Prepare countermeasures in advance

2. Regular Risk Assessment

   • Evaluate and update risk situations weekly
   • Early detection of new risk factors
   • Verify effectiveness of countermeasures

3. Early Warning System

   • Share problem signs with stakeholders upon detection
   • Prepare staged response policies
   • Clear escalation criteria

We show specific actions to reliably increase project success probability by improving direction quality.

Actions Contractors Should Implement Immediately

1. Independent Calculation of Direction Work From current ongoing projects, separately record direction work hours for reference data in next contracts. Clearly understand time allocation between production work and direction work.

2. Requirements Definition Template Creation Create requirements definition sheets specialized for your company's or personal expertise area and use in all projects. Comprehensively list items to check based on past failure cases.

3. Progress Report Format Standardization Establish report formats easily understood by clients and implement uniformly across all projects. Simultaneously achieve shortened report creation time and improved quality.

Actions Clients Should Implement Immediately

1. Internal Direction System Preparation Review internal project promotion systems before next orders, clearly defining responsible persons and authority. Improve project efficiency by streamlining decision-making processes.

2. Success Indicator Specification Document success criteria both quantitatively and qualitatively for current or planned projects. Prevent expectation gaps through shared recognition with contractors.

3. Direction Evaluation Item Setting Specifically incorporate direction capabilities into evaluation criteria for contractor selection. Conduct selection emphasizing project management ability, not just technical skills.

Long-term Initiatives for Industry-wide Development

There are initiatives individuals can contribute to for improving the social status of direction functions and healthy industry development.

Knowledge and Experience Sharing: Share success and failure cases within the industry to contribute to overall direction quality improvement. Accumulate and pass on know-how through presentations at study groups and seminars, article writing, etc.

Educational Opportunity Creation: Actively engage in developing junior personnel to contribute to qualitative and quantitative improvement of direction talent. Participate through mentoring, internship acceptance, training instruction, etc.

Standardization Participation: Participate in standardization activities through industry associations and communities to contribute to direction work systematization and increased social recognition.

Understanding the essence of direction and implementing it appropriately significantly improves project success rates. Positioning direction not as mere "liaison" but as an important function with strategic thinking and specialized skills leads to overall industry development. When both contractors and clients act with this recognition, better creative environments become possible.