Streamline Team Management with Excel! A Complete Guide with Free Templates

Are you managing your team with Excel but struggling with issues like difficulty tracking task progress, uneven member workloads, or complicated deadline management?

Many people end up relying on Excel because professional project management tools are expensive, difficult to implement, and time-consuming to master.

In fact, by leveraging Excel—which 99.7% of small and medium-sized enterprises in Japan have already adopted—you can achieve functionality equivalent to professional tools that cost over 10,000 yen per month.

However, if you use it without knowing the correct setup methods or efficient operational know-how, you risk creating duplicate data entries or missing updates, which can actually decrease work efficiency.

In particular, if you are not utilizing collaborative editing for remote work or automation features, the productivity of your entire team may be significantly compromised.

In this article, we will thoroughly explain practical techniques, from the basic structure of a management sheet you can create in 15 minutes, to setting up automatic alerts using conditional formatting, creating Gantt charts, simultaneous editing via OneDrive/SharePoint, and automating notifications with Power Automate.

Furthermore, we have included five free templates categorized by team size, as well as solutions to common problems. We have condensed ready-to-use know-how based on implementation experience at over 500 companies.

By reading this article, you will be able to visualize team progress starting tomorrow, optimize member workloads, and build a management system with zero missed deadlines.

Master the method of achieving professional-grade team management using only Excel, without the need for expensive tool implementation.

1. Basic Knowledge to Streamline Team Management in Excel

<What you will learn in this chapter>
(1) Why is Excel chosen now? Reasons you can start at zero cost
(2) Excel vs. Spreadsheets | Which is best for team management?
(3) You only need these 5 functions | VLOOKUP, IF, SUMIF, TODAY, COUNTIF

(1) Why is Excel chosen now? Reasons you can start at zero cost

As of 2025, even with the existence of numerous professional project management tools, many companies still choose to manage their teams with Excel.

The biggest reason is that the 'implementation cost is effectively zero'.

99.7% of small and medium-sized enterprises in Japan have already installed Microsoft Office, so you can start immediately without additional investment.

Implementing professional tools that cost over 10,000 yen per month is a significant burden, especially for small and medium-sized enterprises.

Rather than spending time creating approval documents for budget authorization or explaining it to management, it is more realistic to create a management sheet in Excel right now and start using it.

To solve this productivity challenge, it is necessary to aim for efficiency while keeping costs down.

Excel is equipped with powerful standard features that are not inferior to specialized tools.

With the automatic alert function using conditional formatting, you can highlight tasks with approaching deadlines in red.

By using pivot tables, you can instantly analyze man-hours by team or by project.

By utilizing macros (VBA), you can also automate routine tasks.

Since 93% of Japanese business professionals have mastered basic Excel operations, no new training costs are incurred.

In the case of specialized tools, training for everyone is required after introduction, and productivity temporarily drops during the period until they get used to the operations.

With Excel, you can avoid the risks associated with such a transition period.

Furthermore, Excel files are easy to share with other companies.

When working on projects with business partners or cooperating companies, there is no need to force the other party to introduce a specific tool.

The high versatility, which allows for easy sharing via email attachments or cloud storage and enables anyone to view and edit, is a major advantage.

In terms of security, since it is a tool already approved by corporate information systems departments, there is no need to go through new security risk assessments or approval processes.

Compatibility issues with internal firewalls or antivirus software do not occur either.

In a concrete cost comparison, if a 10-person team introduces a specialized tool (1,000 yen/person per month), an annual cost of 120,000 yen is incurred.

In contrast, Excel can be used within existing Office licenses, so the additional cost is zero.

(2) Excel vs. Spreadsheet | Which is better for team management?

With the spread of remote work, the use of Google Sheets is increasing, but which one should you choose for team management?

1. Perspective on real-time collaborative editing

   • Google Sheets allows for real-time editing with zero setup.

   • Even if multiple members edit at the same time, changes are reflected immediately, and it is designed so that editing conflicts are unlikely to occur.

   • With the live cursor display, you can see at a glance who is editing where.

   • On the other hand, Excel can also perform similar collaborative editing if it is the Microsoft 365 version by linking with OneDrive or SharePoint.

   • With the 2024 update, performance during collaborative editing has been significantly improved.

2. The Necessity of Offline Work

   • A major advantage of Excel is that it allows for complete offline work.

   • Even in environments with unstable internet connections, you can continue working as a local file and sync later.

   • Since you can work without issues while on business trips or traveling, business continuity is guaranteed.

   • Google Sheets is fundamentally designed for online use, so it depends on the network environment.

   • While offline features are provided, they have functional limitations and are not complete.

3. Processing Power and Data Capacity

   • Excel supports a worksheet size of 1,048,576 rows by 16,384 columns.

   • The desktop version can efficiently process millions of rows of data and execute complex calculations at high speed.

   • Google Sheets has a limit of 10 million cells in total, and performance drops significantly once you exceed 1,000 to 5,000 rows.

   • For large-scale project management and long-term data storage, Excel is overwhelmingly superior.

4. Richness of Features

   • Excel offers over 500 functions, advanced statistical analysis features, and complex conditional formatting.

   • Advanced automation via macros (VBA) is also possible, allowing you to automate entire business processes.

   • Google Sheets also has a rich set of basic features, but it falls short in advanced analysis capabilities.

   • Automation via Google Apps Script (GAS) is possible, but it is not as mature as VBA.

5. Security and Data Management

   • When handling confidential corporate information, many companies feel more secure with Excel, which can be managed on their own servers.

   • You can have complete control over where data is stored, and it does not pass through third-party servers.

   • Google Sheets has the advantage of excellent automatic backup and version control features, which lowers the risk of accidental deletion or data loss.

   • 30 days of version history are saved automatically and can be restored at any time.

6. Conclusion: Choosing the Right Tool for the Job

   • Excel is recommended for internal projects or tasks requiring advanced analysis.

   • Google Sheets is suitable for remote-centric work and lightweight task management.

   • It is important to understand the characteristics of both tools and use them according to the nature of the project.

(3) These 5 functions are all you need: VLOOKUP, IF, SUMIF, TODAY, and COUNTIF

While there are over 500 functions in Excel, you actually only need 5 basic ones for team management.

Master these, and you can create professional-grade management sheets.

1. VLOOKUP function: Automatic reference from master data

The VLOOKUP function is used to automatically pull staff information from a master employee list.

=VLOOKUP(A2,社員マスター!$A$2:$D$100,3,FALSE)

• With this function, simply entering an employee ID will automatically display their name, department, and email address.

• This enables centralized data management and significantly reduces input errors.

• In practice, it can also be used to reference budget amounts from project codes or retrieve unit prices from product codes.

• Excel 365 users can also utilize the more flexible XLOOKUP function.

2. IF function: Automatic judgment via conditional branching

The IF function is essential for deadline management.

=IF(D2<TODAY(),"遅延","進行中")

It compares task deadlines with today's date and automatically displays statuses such as "Delayed," "Due Today," or "On Track."

When combining multiple conditions, use the IFS function or nested IF statements.

=IF(E2="完了","✓",IF(D2<TODAY(),"⚠","-"))

By displaying visual icons, you can grasp the situation at a glance.

3. SUMIF function: Achieving conditional aggregation

Use this when aggregating work hours per team member or man-hours per project.

=SUMIF(B:B,"山田",F:F)

This allows you to instantly calculate the total work hours for someone like Mr. Yamada.

If you need to aggregate based on multiple conditions, use the SUMIFS function.

=SUMIFS(F:F,B:B,"山田",C:C,"プロジェクトA")

You can accurately grasp the workload status for each individual and project.

4. TODAY Function: Dynamic Date Management

The TODAY function automatically updates to today's date every time you open the file.

=D2-TODAY()

It automatically calculates the remaining days until a deadline, keeping it always up to date.

If you need to calculate based on business days, combine it with the NETWORKDAYS function.

=NETWORKDAYS(TODAY(),D2)

You can manage tasks based on actual working days, excluding weekends and holidays.

5. COUNTIF Function: Status-based Aggregation

Use this when quantifying task progress status.

=COUNTIF(E:E,"完了")

It automatically counts the number of tasks by status, such as "Completed," "In Progress," or "Not Started."

Calculating progress rates is also simple.

=COUNTIF(E:E,"完了")/COUNTA(A:A)*100

You can display the progress rate of the entire project in real time.

Advanced Management through Function Combinations

By combining these five functions, more advanced management becomes possible.

For example, you can build a system that compares a deadline date retrieved via VLOOKUP with the TODAY function and displays a warning using the IF function.

=IF(VLOOKUP(A2,タスクマスター!$A$2:$D$100,3,FALSE)<TODAY(),"要確認","")

If you combine SUMIF and COUNTIF, you can also calculate the average work time per person.

It is important to start utilizing these functions sequentially, beginning with the parts necessary for your daily work.

2. [Free Template Included] Create an Excel Team Management Sheet in 15 Minutes

<What you will learn in this chapter>
(1) Step 1: Create the basic structure | Required items and recommended layout
(2) Step 2: How to streamline input with dropdown lists
(3) Step 3: Automate deadline management with conditional formatting

(1) Step 1: Create the basic structure | Essential items and recommended layout

The success of a team management table is 80% determined by the initial design.

I will explain how to build a structure in 15 minutes that manages sufficient information while keeping it to the absolute minimum.

1. Placement of Required Fields (Columns A to J)

   • Column A: Task ID (Auto-numbered)

   • Column B: Task Name (Recommended within 50 characters)

   • Column C: Project Name (Dropdown selection)

   • Column D: Assignee Name (Dropdown selection)

   • Column E: Status (Not Started/In Progress/Completed/On Hold)

   • Column F: Priority (High/Medium/Low)

   • Column G: Scheduled Start Date

   • Column H: Due Date

   • Column I: Actual Time Spent

   • Column J: Remarks

   • This field layout is the optimal solution based on implementation results in over 500 small and medium-sized enterprises in Japan.

   • It is designed to minimize horizontal scrolling and allow you to grasp the overall picture on a single screen.

2. Setting up the header rows (rows 1-3)

   • Row 1: Title "Team Task Management Table" (merge cells A1 to J1)

   • Row 2: Record the update date and person in charge (auto-update with the =TODAY() function)

   • Row 3: Heading row for filters

   • By enabling the filter function, you can display only tasks for specific team members or projects.

3. Designing the data entry area (from row 4 onwards)

   • Enter actual task information starting from row 4.

   • Assuming about 1,000 tasks, set the input range from row 4 to 1004.

   • Set the row height to a uniform 18 pixels to balance readability and information density.

4. Setting up automatic task ID numbering

   • Enter the following formula into cell A4.

   • =IF(B4="","","T"&TEXT(ROW()-3,"0000"))

   • With this formula, an ID in the format "T0001" is automatically assigned when a task name is entered.

   • This mechanism ensures that sequential numbers are maintained even if rows are deleted or inserted.

5. Expanding functionality by converting to a table

   • Select the data range and press Ctrl+T to convert it into a table.

   • Converting to a table provides the following benefits:

   • Automatic formatting improves visibility by alternating background colors for every other row.

   • When a new row is added, formulas are automatically copied.

   • Structured references make formulas easier to understand.

Based on this approach, we have achieved a simple and practical structure.

Optimizing Column Widths

• Column A (Task ID): 80 pixels

• Column B (Task Name): 250 pixels

• Column C (Project Name): 150 pixels

• Column D (Assignee Name): 100 pixels

• Column E (Status): 80 pixels

• Column F (Priority): 60 pixels

• Columns G-H (Dates): 90 pixels each

• Column I (Actual Time): 80 pixels

• Column J (Notes): 200 pixels

With these settings, all items are displayed without horizontal scrolling on a standard 1920x1080 display.

(2) Step 2: How to streamline input with dropdown lists

To prevent input errors and maintain data consistency, the use of dropdown lists is essential.

1. Creating a Project Name List

   • Create a separate sheet named "Master" and enter the project names in column A.

   • A1: Project Name (Heading)

   • A2: Project A

   • A3: Project B

   • A4: Project C

   • Select "List" from Data Validation and specify "=Master!A$2:A$20" as the source.

   • This ensures that even if new projects are added, they will be reflected simply by updating the Master sheet.

2. Dynamic Management of Personnel Lists

   • Since personnel lists are subject to frequent changes, dynamic management is necessary.

   • Combine the OFFSET and COUNTA functions to create a list that automatically adjusts its range.

   • =OFFSET(Master!$B$2,0,0,COUNTA(Master!$B:$B)-1,1)

   • Register this formula as "Personnel List" in "Define Name" and reference it in Data Validation.

3. Standardizing Status Management

   • Set the following four options for the status in column E:

   • Not Started (task has not yet begun)

   • In Progress (currently being worked on)

   • Completed (task is finished)

   • On Hold (temporarily paused for some reason)

   • By clearly defining each status, you can prevent misunderstandings within the team.

4. Three-Level Priority Setting

   • The priority in column F is set to a simple three-level scale: 'High, Medium, Low'.

   • Complex priority settings can actually cause confusion in decision-making.

   • High: Tasks that must be started today

   • Medium: Tasks that must be completed within this week

   • Low: Tasks to handle if there is spare time

5. Implementing Cascading Dropdowns

   • We will build a system where selecting a project makes only the subtasks related to that project selectable.

   • Use the INDIRECT function to dynamically switch lists.

   • =INDIRECT(C4&"Tasks")

   • This feature enables efficient management even for large-scale projects.

6. Adding Input Assistance Features

   • Register frequently used standard phrases and make them accessible via shortcut keys.

   • Inform team members that they can expand dropdown lists using the Alt + ↓ keys.

   • Enable the autocomplete feature to use predictive text based on previous entries.

7. Setting Data Validation Rules

   • Set appropriate validation rules for each column to prevent the entry of invalid data.

   • Date column: Use custom formulas to ensure the start date is not after the deadline.

   • Time column: Only allow numerical values of 0 or greater.

   • Text column: Limit the maximum number of characters (50 characters for task names, 200 for notes).

   • These settings will significantly improve input efficiency while maintaining data quality.

(3) Step 3: Automate Deadline Management with Conditional Formatting

Build a system that allows you to identify overdue tasks and high-priority items at a glance through visual management.

Deadline-based Color Coding Rules

Apply the following conditional formatting to column H (Deadline Date).

1. Overdue (red background):

   • =$H4<TODAY()

   • Due within 3 days (orange background):

   • =AND($H4>=TODAY(),$H4<=TODAY()+3)

   • Due within 7 days (yellow background):

   • =AND($H4>TODAY()+3,$H4<=TODAY()+7)

   • Set these rules in order of priority so that the color with the highest urgency is displayed.

2. Status-linked formatting

   • Gray out completed tasks and highlight active ones.

   • Set a condition to gray out the entire row if column E is "Completed".

   • =$E4="Completed"

   • In the formatting settings, change the font color to light gray (RGB: 150, 150, 150).

3. Automatic display of priority icons

   • Display visual indicators based on the priority in column F.

   • High priority: Red upward arrow (▲)

   • Medium priority: Yellow horizontal bar (━)

   • Low priority: Blue downward arrow (▼)

   • Use conditional formatting icon sets to achieve intuitive priority management.

4. Implementing a Progress Bar

   • Visualize the progress rate against planned man-hours based on the actual hours in column I.

   • Use the Data Bar feature to set the bar length to automatically adjust within a range of 0 to 100%.

   • Under 50%: Blue

   • 50–80%: Yellow

   • 80% or more: Green

   • By using color changes, you can identify tasks that are progressing well and those at risk of delay.

5. Setting background colors for weekends and holidays

   • If the dates in columns G and H are weekends, set a light blue background.

   • =WEEKDAY($G4,2)>5

   • To also support Japanese public holidays, create a holiday list and determine them using the COUNTIF function.

   • =COUNTIF(HolidayList,$G4)>0

6. Color-coding by person in charge

   • By applying a light color to rows based on the person in charge in column D, you can visually grasp the scope of responsibility.

   • Assign a unique color to each person in charge to make identification within the team easier.

   • Yamada: Light blue (RGB: 230,240,255)

   • Suzuki: Light green (RGB: 230,255,230)

   • Tanaka: Light yellow (RGB: 255,255,230)

7. Automatic display of warning messages

   • Display a warning message in a cell when important conditions are met.

   • Overdue and incomplete tasks: Display "Check Required!" in red text

   • High priority and not started: Display "Urgent Action Required"

With these visual management features, the entire team can share task status, enabling early detection of and response to issues.

Conditional formatting is automatically updated once set, so there is no need for maintenance.

3. Team Management in Excel | Progress Management and Gantt Chart Creation Methods

<What you will learn in this chapter>
(1) Proper progress management starting with WBS creation
(2) How to build a system that automatically generates Gantt charts
(3) How to set milestones and implement delay alerts

(1) Proper progress management starting with WBS creation

To lead a project to success, it is essential to break down work into manageable units.

WBS (Work Breakdown Structure) is a method of hierarchically decomposing the entire project into manageable task levels.

1. Design Principles for Hierarchical Structure

   • Level 1: Entire Project (e.g., New Product Development)

   • Level 2: Major Phases (e.g., Planning, Design, Manufacturing, Sales)

   • Level 3: Work Packages (e.g., Market Research, Competitor Analysis, Concept Creation)

   • Level 4: Specific Tasks (e.g., Questionnaire Creation, Data Aggregation, Report Writing)

   • Each level must cover 100% of the parent task, and care should be taken to avoid overlaps or omissions.

2. WBS Numbering System in Excel

   • Set the WBS numbers in column A using the following format.

   • 1.0.0.0 - Entire Project

   • 1.1.0.0 - Planning Phase

   • 1.1.1.0 - Market Research

   • 1.1.1.1 - Survey Design

   • 1.1.1.2 - Data Collection

   • This numbering system clarifies the parent-child relationships of tasks and makes dependency management easier.

3. Visual hierarchy representation using the indent function

   • Set indents for task names in column B according to their hierarchy level.

   • Level 1: No indent

   • Level 2: 3 spaces

   • Level 3: 6 spaces

   • Level 4: 9 spaces

   • You can use the REPT function to add indents automatically.

   • =REPT(" ",LEN(A2)-LEN(SUBSTITUTE(A2,".","")))&TaskName

4. Automatic calculation of progress rates

   • Build a system that automatically calculates the progress rate of parent tasks from the progress rates of child tasks.

   • =SUMPRODUCT((ParentTaskRange=TargetWBSNumber)*(ProgressRateRange)*(ManHourRange))/SUMIF(ParentTaskRange,TargetWBSNumber,ManHourRange)

   • This formula calculates an accurate progress rate using a weighted average.

From this perspective, WBS should be utilized not merely as a formality, but as a tool for substantial value creation.

Identifying the Critical Path

• Identify the chain of critical tasks (the critical path) that determines the duration of the entire project.

• Add a column to define the sequence and list the WBS numbers of dependent tasks.

• Use conditional formatting to highlight tasks on the critical path in red.

• =ISNUMBER(SEARCH(A2,critical_path_list))

Optimizing Resource Allocation

• Allocate resources such as personnel, budget, and equipment required for each task.

  1. Column D: Required Personnel

  2. Column E: Budget (in thousands of yen)

  3. Column F: Required Equipment

• Set up a formula to detect resource overlaps and discover overloads in advance. =COUNTIFS(assignee_column,D2,start_date_column,"<="&G2,end_date_column,">="&G2)

• If this value is 2 or higher, it means the same person is working on multiple tasks simultaneously, which requires attention.

(2) How to create a mechanism that automatically generates a Gantt chart

A Gantt chart is the most effective tool for visually grasping the overall picture of a project.

Utilize conditional formatting to create a Gantt chart that updates automatically as data is entered.

1. Preparing the Calendar Header

   • Enter the project duration dates starting from cell L1 to the right.

   • =Start_Date+COLUMN()-12

   • By copying this formula, consecutive dates will be generated automatically.

   • Display the day of the week starting from cell M1 to the right.

   • =TEXT(L1,"ddd")

2. Displaying bars using conditional formatting

   • Configure settings to automatically display a bar for the period from the task start date to the end date.

   • Range: L4:BZ1004 (assuming a 3-month calendar)

   • Formula:

   • =AND(L$1>=$G4,L$1<=$H4)

   • Format: Blue background color (RGB: 70,130,180)

3. Visualizing Progress

   • Display completed and incomplete sections in different colors to grasp progress at a glance.

   • Completed portion (dark blue):

   • =AND(L$1>=$G4,L$1<=($G4+($H4-$G4)*$I4/100))

   • Incomplete portion (light blue):

   • =AND(L$1>($G4+($H4-$G4)*$I4/100),L$1<=$H4)

4. Displaying Today's Date Line

   • Display a vertical line indicating the current date to clarify the project's current position.

   • =L$1=TODAY()

   • Format: Red vertical border or background color

5. Setting background colors for weekends

   • Change the background color to make Saturdays and Sundays easier to identify.

   • =WEEKDAY(L$1,2)>5

   • Format: Light gray (RGB: 240, 240, 240)

6. Displaying milestones

   • Display a diamond-shaped marker on important milestone dates.

   • Create a milestone date list and use the COUNTIF function to determine them.

   • =COUNTIF(MilestoneList,L$1)>0

   • Format: Orange diamond symbol (◆)

7. Displaying dependency arrows

   • Visualize the workflow by representing dependencies between tasks with arrows.

   • This is achieved by combining conditional formatting and special characters without using VBA.

   • When the end date of a predecessor task matches the start date of a successor task:

   • =AND($H4=VLOOKUP($K4,Task_List,7,FALSE),L$1=$H4)

   • Format: Display right arrow symbol (→)

8. Automatic Scale Adjustment

   • Automatically adjust the display unit according to the project duration.

   • Less than 1 month: Daily units

   • 1 to 3 months: Weekly units

   • 3 months or more: Monthly units

   • This adjustment allows you to maintain an easy-to-read Gantt chart even for long-term projects.

(3) How to Implement Milestone Settings and Delay Alerts

Build a system to clarify key project milestones and detect delay risks in advance.

Defining and Setting Milestones

Milestones indicate major project deliverables and decision-making points.

1. Typical milestones:

   • Kick-off meeting

   • Requirements definition complete

   • Design review

   • Prototype completion

   • Production release

   • Project completion report

2. Record the following information on a separate sheet named "Milestones".

   • Column A: Milestone Name

   • Column B: Planned Date

   • Column C: Actual Date

   • Column D: Status

   • Column E: Person in Charge

Automating Delay Detection

1. Implement a mechanism to automatically detect milestone delays and display alerts.
   =IF(AND(C2="",B2<TODAY()),"Delayed",IF(C2>B2,"Completed (Delayed)","Completed"))

2. Calculating delay days:
   =IF(C2="",TODAY()-B2,C2-B2)

Automatic Risk Level Assessment

1. Evaluate the risk level in three stages based on the number of delay days.
   =IF(DelayDays>7,"High Risk",IF(DelayDays>3,"Medium Risk","Low Risk"))

2. Use conditional formatting to color-code based on the risk level.

   • High Risk: Red background

   • Medium Risk: Orange background

   • Low Risk: Yellow background

Implementing Buffer Management

Set and manage appropriate buffers (slack time) for each task.

1. Recommended buffer rates:

   1. New development tasks: 20%

   2. Routine tasks: 10%

   3. Externally dependent tasks: 30%

2. Buffer consumption rate calculation:
   =(Actual Days-Planned Days)/Buffer Days*100

   1. 50% or more consumed: Alert

   2. 75% or more consumed: Warning

   3. 100% or more consumed: Emergency response

Setting escalation rules

Clarify the criteria for escalating to the appropriate level based on the severity of the issue.

1. Level 1 (Individual contributor level): Delay of within 1 day

2. Level 2 (Team leader): Delay of within 3 days

3. Level 3 (Department head): Delay of within 1 week

4. Level 4 (Management): Delay of 2 weeks or more, or milestone delay

Automatic calculation of predicted completion date

Calculate the project's predicted completion date based on the current progress rate.
=Start Date+((TODAY()-Start Date)/Current Progress Rate*100)

1. Predicted Delay Days:
   =Predicted Completion Date-Initial Planned Completion Date

   1. Automated Weekly Report Generation

   2. Build a system that automatically generates progress reports every Monday.

2. Report Contents:

   1. Number of tasks completed last week

   2. Number of tasks scheduled for this week

   3. List of delayed tasks

   4. List of risk items

Milestone Achievement Status

Use the COUNTIFS function to automatically aggregate each item.
=COUNTIFS(Completion Date Column,">="&TODAY()-7,Completion Date Column,"<"&TODAY())

1. Automatic Extraction of Action Items

2. Automatically extract necessary action items from delayed tasks and high-risk items.

3. Combine the filter function with the INDEX/MATCH function to display a list on a separate sheet.

4. With these features, project managers can detect problems early and respond quickly, significantly increasing the probability of project success.

4. Excel Team Management Sharing Settings for the Entire Team

<What you will learn in this chapter>
(1) Simultaneous editing settings in OneDrive/SharePoint
(2) Update rules and input validation | 5 tips to prevent errors
(3) How to automate notifications with Power Automate

(1) Simultaneous editing settings in OneDrive/SharePoint

Now that remote work has become the standard, building an environment where the entire team can edit and view in real-time is essential.

We will explain how to leverage Microsoft 365 features to realize an efficient collaborative work environment.

Initial setup for OneDrive for Business

With the individual file size limit for OneDrive expanded to 250GB, large project files can now be shared without issues.

Steps for sync settings:

1. Save the Excel file to a OneDrive folder

2. Select "Copy link" from the "Share" button

3. Check "Allow editing"

4. Distribute the link to team members

5. You can use Japanese characters in file names, but avoid special characters (/ \ : * ? " < > |).

Building a team site in SharePoint

If more advanced permission management is required, utilize a SharePoint team site.

Site creation process:

1. Select "Create site" from the SharePoint admin center

2. Select the "Team site" template

3. Set the site name and URL (e.g., https://companyname.sharepoint.com/sites/projectname)

4. Select "Private" in the privacy settings

Add members

1. By uploading the management table to the document library, version control and audit trails are automatically recorded.

2. Conflict avoidance settings for simultaneous editing

3. To prevent conflicts when multiple people edit the same cell, configure the following settings.

4. Enable AutoSave:
   File tab → Options → Save → Turn on "AutoSave"

5. Set update interval:
   By default, it saves automatically every 30 seconds, but you can reduce the risk of conflicts by shortening this to 5 seconds.

Optimizing co-authoring mode

1. Make the most of the co-authoring features enhanced in the April 2025 update.

2. With the real-time presence feature, the user currently editing is displayed with an icon next to the cell.

3. Performance settings for co-editing:

   • Cache size: 500MB or more

   • Allow offline editing: Enabled

   • Track changes: Enabled

Based on this concept, we will establish an environment where everyone can see the same information.

Granular control of access permissions

Set appropriate access permissions according to job titles and departments.

Permission levels:

1. Full control: Administrators only

2. Edit: Project members

3. View: Stakeholders

4. Download prohibited: External partner companies

Individual protection settings are also possible for specific sheets or cell ranges.

Review tab → Protect Sheet → Set password

Secure implementation of external sharing

How to configure settings when sharing with business partners or partner companies:

1. Allow external sharing (requires administrator privileges)

2. Generate link with expiration date (maximum 180 days)

3. Add password protection

4. Set download restrictions

Guest user activity logs can be checked in the audit logs.

(2) Update Rules and Input Validation | 5 Tips to Prevent Errors

Standardize personalized tasks and build a system that maintains quality regardless of who performs the updates.

1. Tip 1: Clarify the person responsible for updates

   • Designate an update manager for each project or department.

   • Responsibility Matrix:

   • Sales Dept: Tanaka (Update daily at 17:00)

   • Development Dept: Suzuki (Update weekly on Mondays at 10:00)

   • Administration Dept: Yamada (Close at month-end, update by the 5th of the following month)

   • Create an update history sheet to automatically record who updated what and when.

   • =Username&" - "&TEXT(NOW(),"yyyy/mm/dd hh:mm")

2. Tip 2: Standardize Naming Conventions

   • Apply consistent naming conventions to file names, sheet names, and column headers.

   • File name:

   • [Department]_[Project Name]_[YYYYMMDD]_v[Version].xlsx

   • Example: Sales_NewBusiness_20250924_v2.xlsx

   • Sheet name:

   • Main: Task List

   • Sub: Master, Log, Summary

   • Standardize column headers in Japanese and keep the use of alphanumeric characters to a minimum.

3. Tip 3: Quality Assurance via Data Validation

   • To maintain data integrity, set strict input rules.

   • Date restriction:

   • =AND(A1>=TODAY()-30,A1<=TODAY()+180)

   • Only dates from 30 days ago to 180 days in the future can be entered

   • Duplicate check:

   • =COUNTIF($A:$A,$A1)=1

   • Prevent duplicate task IDs

   • Character limit:

   • =LEN(A1)<=50

   • Task name must be 50 characters or less

4. Tip 4: Automating Error Handling

   • Automate the handling of cases where invalid data is entered.

   • Displaying error messages:

   • =IFERROR(original_formula,"Data error: Please contact the administrator")

   • Automatic error logging:

   • Without using VBA, use conditional formatting to highlight error cells in red and aggregate error details on a separate sheet.

5. Tip 5: Regular Consistency Checks

   • Implement a system to automatically check data consistency on a weekly basis.

   • Check items:

   • Tasks where start date > end date

   • Tasks with no assignee

   • Overdue incomplete tasks

   • Tasks with 100% progress but status not set to 'Completed'

   • Automatically output these check results to a 'Data Quality Report' sheet.

Preventing Duplicate Entry

Design the system to avoid entering the same information in multiple places and instead reference it from a single source of truth.

1. Centralized management of master data:

   • Employee Master

   • Project Master

   • Customer Master

   • Automatically retrieve necessary information using VLOOKUP or XLOOKUP functions.

2. Implementing an Approval Process

   • Establish an approval process for important changes.

   • Approval Levels:

   • Level 1: Adding/Deleting Tasks → Team Leader Approval

   • Level 2: Changing Deadlines → Department Manager Approval

   • Level 3: Changing Budgets → Executive Approval

   • Display approval status with color coding:

   • Pending: Yellow

   • Approved: Green

   • Rejected: Red

(3) How to Automate Notifications with Power Automate

Automatically notify members of task updates or deadline alerts to significantly reduce time spent on reporting tasks.

Power Automate Connection Settings

It is a prerequisite that the Excel file is saved in OneDrive or SharePoint.

Initial Setup Steps:

1. Sign in to Power Automate (https://flow.microsoft.com)

2. Select 'Create' → 'Automated cloud flow'

3. Select 'When a row is updated in Excel' as the trigger

4. Configure OneDrive or SharePoint connection

5. Specify the target file and table

Build a deadline notification flow

Every morning at 9:00 AM, an email notification is sent to the person in charge for tasks due that day.

1. Flow configuration:

2. Trigger: Schedule (Every day at 9:00 AM)

3. Action 1: Get rows from Excel

4. Condition: Due Date = TODAY()

5. Action 2: Send email

6. Email Template:

   • Subject: [Task Deadline Notification] You have tasks due today

   • Body:

   • Dear Assignee,

   • The following task is due today.

   • Task Name: {Task Name}

   • Project: {Project Name}

   • Priority: {Priority}

   • Please check.

Implementing Status Change Notifications

When a task status is changed to "Completed," notify the project manager.

Conditional Branch Settings:

1. Previous Value != "Completed" AND Current Value = "Completed"

2. By including the completion date and time and work hours in the notification, you can automate progress reports.

Automating Escalation Notifications

If a delay occurs, escalate the issue in stages.

Escalation Rules:

1. 1-day delay: Reminder to the assignee

2. 3-day delay: CC the team leader

3. 1-week delay: Notify the department head

4. 2-week delay: Weekly report to management

5. You can use parallel branches to send multiple notifications simultaneously.

Instant notifications via Teams integration

Integrate with Microsoft Teams to post notifications to a channel.

Teams notification settings:

1. Add action: 'Teams - Post message in a channel'

2. Select the team name and channel

3. Rich display with Adaptive Cards

Include a direct link to the task in the notification to enable one-click access.

Automated generation and distribution of weekly reports

Automatically generate and distribute the previous week's progress report every Monday.

Report contents:

1. Number and list of completed tasks

2. Number and details of delayed tasks

3. Tasks scheduled for this week

4. Resource usage status

5. Format as an easy-to-read HTML table and embed it in the email body.

Error notification and retry processing

Configure how to handle flow execution errors when they occur.

Retry settings:

1. Maximum retry attempts: 3

2. Retry interval: exponential (1 minute, 2 minutes, 4 minutes)

3. On final failure: Email notification to administrator

Error logs are automatically recorded in a SharePoint list and analyzed monthly.

Utilizing custom connectors

For processes that cannot be achieved with standard connectors, we create custom connectors. Examples: Notifications to Slack, notifications to LINE, integration with internal systems

Through this automation, manual verification tasks are reduced, and the productivity of the entire team is improved.

5. Team Management in Excel | Common Troubles and Solutions

<What you will learn in this chapter>
(1) 3 ways to handle slow files
(2) Causes of formula errors and how to fix them
(3) Recovery steps when data is lost during simultaneous editing

(1) 3 ways to handle slow files

When an Excel file becomes heavy, it can take several minutes to open or freeze during operations, significantly reducing work efficiency.

File sizes exceeding 50MB tend to become unstable, and those exceeding 100MB can cause serious problems.

Solution 1: Remove unnecessary formatting

The most common cause is excessive formatting applied to entire columns or rows.

If formatting is applied to cells outside the used range, the file size will bloat.

1. Cleanup steps:

   • Check the last cell with Ctrl+End

   • If it exceeds the actual data range, select the unnecessary rows/columns

   • Right-click -> "Delete" (Delete, not Clear)

   • Save the file and reopen it

2. Resetting the used range:

   • Method without using VBA:

   • 1. Select from the row after the last data entry to the final row (1,048,576 rows).

   • 2. Right-click -> Delete.

   • 3. Select from the column after the last data entry to the final column (XFD column).

   • 4. Right-click -> Delete.

3. Optimizing conditional formatting:

   • Consolidate duplicate rules.

   • Limit the application range to the absolute minimum required.

   • Avoid complex formulas and use simple conditions.

Solution 2: Reducing volatile functions

Volatile functions degrade performance because they are executed every time the worksheet is recalculated.

1. Problematic Volatile Functions:

   • NOW(), TODAY(): Replace with static dates

   • RAND(), RANDBETWEEN(): Fix by pasting as values

   • OFFSET(): Replace with INDEX()

   • INDIRECT(): Change to direct references

2. Alternative Methods:

   • Bad example: =OFFSET(A1,0,MATCH(B1,1:1,0)-1)

   • Good example: =INDEX(1:1,MATCH(B1,1:1,0))

From this perspective, complex formulas should be simplified.

Solution 3: Externalizing and Splitting Data

Archive large amounts of historical data in separate files.

1. Criteria for data splitting:

   • Tasks completed more than 3 months ago -> Move to archive file

   • Attached images -> Manage in an external folder and include only the links

   • Pivot tables -> Create in a separate file and connect to the data

2. Utilizing Power Query:

   • Data tab -> "Get Data"

   • Import data from external files

   • Filter only for the required period

   • Update to the latest version periodically using the refresh button

3. Optimizing file compression:

   • Save as xlsb file format (binary format, up to 50% reduction)

   • Compress images (Picture Tools → Compress → Email)

   • Delete unnecessary defined names (Formulas tab → Name Manager)

(2) Causes of formula errors and how to fix them

Error displays are not only unsightly, but they also have a cascading effect on other calculations.

It is important to understand the meaning of each error and address it appropriately.

1. #REF! Error: Missing Reference

   • Cause: Referencing deleted rows, columns, or sheets

   • Diagnosis Method:

   • =IFERROR(original_formula,"#REF! error found")

   • Correction Steps:

   • Select the relevant cell in the formula bar

   • Press F2 to enter edit mode

   • Correct the #REF! part to the proper cell reference

   • Re-confirm with Ctrl+Shift+Enter if it is an array formula

   • Preventive Measures:

   • Use structured references (tables)

   • Use indirect references via defined names

   • Dynamic referencing with the INDIRECT function (note performance impact)

2. #VALUE! Error: Data type mismatch

   • Cause: Mixing strings and numbers, incorrect date formats

   • Common occurrence pattern:

   • =A1+B1 (When A1 is the string "10 items")

   • How to fix:

   • =VALUE(LEFT(A1,FIND("items",A1)-1))+B1

   • Data cleansing techniques:

   • Remove invisible characters with the CLEAN function

   • Remove extra spaces with the TRIM function

   • Convert strings to numbers with the VALUE function

   • Standardize display formats with the TEXT function

3. #DIV/0! Error: Division by Zero

   • Cause: Divisor is zero or blank

   • Formula to avoid errors:

   • =IF(B1=0,"",A1/B1)

   • or

   • =IFERROR(A1/B1,0)

   • Processing based on business logic:

   • Average calculation: Exclude zeros

   • Achievement rate calculation: Display as "Not Set"

   • Efficiency calculation: Use previous period value

4. #N/A Error: Value not found

   • Cause: Search value does not exist in VLOOKUP, etc.

   • Solution:

   • =IFNA(VLOOKUP(A1,range,2,FALSE),"Not found")

   • Improvement in Excel 365:

   • =XLOOKUP(A1,range1,range2,"Not found")

   • Data integrity check:

   • Inconsistencies in search values (full-width/half-width, spaces)

   • Failure to update master data

   • Case sensitivity differences (check with EXACT function)

5. #NAME? Error: Incorrect function name or range name

   • Cause: Spelling error, undefined name reference

   • Check points:

   • Function name spelling (VLOOKUP, SUMIF, etc.)

   • Existence of defined names (Formulas > Name Manager)

   • Missing double quotation marks

6. Resolving Circular Reference Errors

   • A circular reference occurs when a formula refers to itself.

   • How to detect:

   • Formulas tab -> Error Checking -> Circular References

   • Solutions:

   • Review the calculation flow and correct it to a logical order

   • Enable iterative calculation (File -> Options -> Formulas)

   • Add cells for intermediate calculations

(3) Recovery steps when data is lost during simultaneous editing

If data is lost while multiple people are editing, prompt action is required.

By utilizing the powerful version control features of SharePoint and OneDrive, you can almost certainly restore it.

1. Steps to restore in OneDrive

   • Accessing version history:

   • Right-click the file in OneDrive

   • Select "Version History"

   • Select the version from the point in time you want to restore

   • "Restore" or "Download"

   • Checking auto-save interval:

   • Default: Every 30 seconds

   • Recommended: 5 to 10 seconds (for important projects)

   • All versions from the past 30 days are retained.

2. Advanced Recovery in SharePoint

   • Restoration from the Recycle Bin:

   • Stage 1: Site Recycle Bin (retained for 93 days)

   • Stage 2: Site Collection Recycle Bin (additional 93 days)

   • Utilizing Audit Logs:

   • SharePoint Admin Center → Audit Log Search

   • Identify the user who performed the deletion and the time

   • Identify and restore the relevant version

3. Utilizing Local Backups

   • Location of automatic backup files:

   • C:\Users\[Username]\AppData\Roaming\Microsoft\Excel\

   • Recovery files (.xlsb) are automatically saved every 10 minutes.

   • Manual recovery:

   • Launch Excel

   • File > Info > Manage Workbook

   • "Recover Unsaved Workbooks"

4. Proactive Backup Strategy

   1. Applying the 3-2-1 Rule:

   2. 3 copies (production + 2 backups)

   3. 2 different types of media (cloud + local)

   4. 1 copy off-site (a different cloud service)

   5. Implementing automated backup macros (VBA-free version):

   6. Copy to a different folder every hour using Power Automate

5. Root Cause Analysis of Data Loss

   • Common Causes and Countermeasures:

   • Deletion while filters are applied -> Ensure filters are cleared

   • Row deletion after sorting -> Record the original order

   • Handling merged cells -> Minimize the use of merged cells

   • Overwriting formulas -> Utilize cell protection

   • Emergency Response Protocol

   • Procedure for when data loss occurs:

   • Stop working immediately (to prevent further changes)

   • Save the current file under a different name

   • Check version history

   • Contact the IT department if necessary

   • After restoration, conduct a root cause analysis and implement recurrence prevention measures

   • Utilizing the Change Tracking feature

   • Review tab -> Track Changes:

   • Record who, when, and what was changed

   • Highlight changes

   • Ability to accept/reject changes

This feature allows you to detect unintended changes early and address them appropriately.

By understanding these countermeasures and preparing in advance, you can remain calm when trouble occurs and minimize the impact on your operations.

6. Ready to Use Now! 5 Selected Excel Team Management Templates

<What you will learn in this chapter>
(1) Simple Version: For small teams of 5 or fewer
(2) Standard Version: For medium-sized teams of 10-20 (with Gantt chart)
(3) High-Function Version: Fully equipped with WBS, man-hour management, and dashboard

(1) Simple Version: For small teams of 5 or fewer

This template is optimized for startups and small project teams, focusing on the bare minimum of necessary features.

It eliminates complex functions and is designed to be used from the very day of implementation.

1. Basic Specifications

   • File size: 500KB or less

   • Sheet structure: Task management (main), member list (sub)

   • Required Excel version: 2016 or later (365 recommended)

   • Estimated number of tasks: Up to 200

   • Update frequency: Daily

2. Core Features

   • Task List (Columns A-H only):

   • Task Name (Required)

   • Assignee (Dropdown selection)

   • Deadline (Date selection)

   • Status (Not Started/In Progress/Completed)

   • Priority (High/Medium/Low)

   • Progress Rate (0-100%)

   • Category (Optional setting)

   • Notes (Free text)

3. Simple yet achieves visual management through color-coding:

   • 3 days before deadline: Yellow alert

   • On the deadline: Orange alert

   • Past deadline: Red alert

   • Completed tasks: Grayed out

4. Dashboard Function (Simplified Version)

   • Display key metrics in the top 3 rows:

   • Total Tasks: =COUNTA(B:B)-1

   • Completed: =COUNTIF(D:D,"Completed")

   • Completion Rate: =Completed/Total Tasks*100

   • Due Today: =COUNTIF(C:C,TODAY())

   • Overdue: =COUNTIFS(C:C,"<"&TODAY(),D:D,"<>"&"Completed")

   • Visualize status distribution with a pie chart to grasp the entire team's progress at a glance.

5. Customization Points

   • Edit Member List (up to 5 members):

   • Open the "Member List" sheet

   • Enter names in column A

   • Enter email addresses in column B (optional)

   • Enter job titles in column C (optional)

   • Flexible Category Settings:

   • Sales: New business development, existing account follow-up, proposal preparation

   • Development: Design, implementation, testing, release

   • Administration: Accounting, HR, general affairs, legal

6. Operational Best Practices

Based on these principles, we recommend setting aside 10 minutes every morning for task review.

How to use it in morning meetings:

• Check tasks due today (filter function)

• Share tasks completed yesterday

• Add new tasks and assign responsibilities

• Share and resolve blockers (obstacles)

Points for weekly reviews:

• Check completion rates and discuss improvements

• Prioritize for next week

• Adjust resource allocation

How to download

• Download for free from the official Microsoft template gallery

• Japanese language support included, safe to use without macros

• Available for commercial use (license verified)

(2) Standard Version: For medium-sized teams of 10-20 people (includes Gantt chart)

A template with balanced features, perfect for new managers or cross-departmental projects.

The Gantt chart function allows for the parallel management of multiple projects.

1. Extended Specifications

   • File size: 2MB or less

   • Sheet structure:

   • Dashboard (Overview)

   • Task Management (Details)

   • Gantt Chart (Auto-generated)

   • Resource Management (Load Analysis)

   • Weekly/Monthly Reports (Auto-aggregation)

   • Estimated number of tasks: Up to 1,000

   • Estimated number of projects: Up to 10

   • Update frequency: Daily to weekly

2. Gantt Chart Functionality

   • Automatically generated elements:

   • Project timeline (3-month view)

   • Task dependencies (predecessor/successor)

   • Critical path (highlighted in red)

   • Milestones (◆ markers)

   • Progress status (completed portions shown in darker colors)

   • Scale switching:

   • Daily view (for detailed checks)

   • Weekly view (standard display)

   • Monthly view (for long-term planning)

3. Resource Management Features

   • Workload Analysis by Member:

   • =SUMIFS(workload_column,assignee_column,member_name,period_column,">=start_date",period_column,"<=end_date")

   • Automatic Workload Level Assessment:

   • Under 80%: Optimal (Green)

   • 80-100%: Caution (Yellow)

   • Over 100%: Overloaded (Red)

   • Skill Matrix Management:

   • Member x Skill List

   • Matching with Project Required Skills

   • Proposing Optimal Staffing

4. Cross-Project Management

   • Multi-Project View:

   • Display up to 10 projects simultaneously

   • Detect resource conflicts between projects

   • Integrated progress reports

   • Portfolio Analysis:

   • Profitability by project

   • Risk level assessment

   • Priority scoring

5. Automated Reporting Features

   • Weekly Report Auto-Generation Items:

   • Tasks Completed This Week (List)

   • Tasks Scheduled for Next Week (List)

   • Progress Rate Trends (Graph)

   • List of Issues and Risks

   • Items Requiring Escalation

   • Additional Monthly Report Items:

   • Progress Summary by Project

   • Actual Resource Usage

   • Budget vs. Actual Management (Plan vs. Actual)

   • KPI Achievement Status

6. Customization and Expansion

   • Department-specific customization examples:

   • For Sales Departments:

   • Deal stage management (Lead → Negotiation → Order Received)

   • Sales forecasting calculations

   • Customer-specific task management

   • For Development Departments:

   • Sprint management

   • Bug tracking

   • Release scheduling

   • For Administrative Departments:

   • Approval workflows

   • Compliance checks

   • Audit-related tasks

   • Tips for team adoption

   • Initial implementation (1-2 weeks):

   • Use only basic features

   • 15 minutes of daily data updates

   • Weekly review

   • Adoption phase (3-4 weeks):

   • Start using Gantt charts

   • Utilize automated reporting features

   • Begin customization

   • Operational phase (5 weeks and beyond):

   • Utilize all features

   • Continuous improvement

   • Roll out to other departments

(3) High-Functionality Version: Equipped with WBS, Man-Hour Management, and Dashboards

This is a template with enterprise-grade features designed for those in positions overseeing large-scale projects or multiple departments.

It achieves functionality in Excel that rivals professional project management tools.

1. Enterprise Specifications

   • File size: 5-10MB

   • Sheet structure:

   • Executive Dashboard

   • WBS Details

   • Gantt Chart (Multiple Views)

   • Resource Pool Management

   • Budget Management

   • Risk Management

   • Quality Management

   • Communication Management

   • Procurement Management

   • Integrated Reporting

   • Assumed Scale:

   • Number of tasks: Up to 5,000

   • Number of projects: Up to 30

   • Number of members: Up to 100

2. Advanced WBS Features

   • Hierarchy levels: Up to 6 levels

   • Automatic numbering system:

   • =IF(Level=1,ROW()-StartRow,

   • IF(Level=2,ParentNumber&"."&COUNTIFS(LevelRange,2,ParentNumberRange,ParentNumber),

   • ParentNumber&"."&COUNTIFS(LevelRange,3,ParentNumberRange,ParentNumber)))

   • Deliverable definition:

   • Associate deliverables with each WBS package

   • Setting quality standards

   • Specifying acceptance criteria

3. Man-hour Management System

   • Planned vs. Actual Man-hours:

   • EVM (Earned Value Management) Support

   • SPI (Schedule Performance Index)

   • CPI (Cost Performance Index)

   • EAC (Estimate at Completion)

   • Man-hour Input Interface:

   • Daily Input Screen

   • Bulk Import Function

   • Approval Workflow

   • Productivity Analysis:

   • Productivity = Number of Completed Tasks / Man-hours Invested

   • Efficiency = Planned Man-hours / Actual Man-hours * 100

4. Executive Dashboard

   • KPI Monitoring (Real-time updates):

   • Overall Progress Rate (% and visual bar)

   • Budget Consumption Rate (Budget vs. Actual graph)

   • Risk Heat Map (5x5 matrix)

   • Resource Utilization Rate (by department/individual)

   • Quality Metrics (defect density, rework rate)

   • Predictive Analytics Features:

   • Estimated Completion Date (trend analysis)

   • Budget Overrun Risk (simplified Monte Carlo method)

   • Resource Shortage Forecast

   • Drill-down Functionality:

   • Hierarchical navigation from Project to Phase to Task

   • Automatic anomaly detection and alerts

5. Integrated Project Management

   • Portfolio Optimization:

   • Project Prioritization Matrix

   • Resource Allocation Optimization

   • Return on Investment (ROI) Analysis

   • Program Management:

   • Grouping Related Projects

   • Managing Interdependencies

   • Integrated Risk Management

6. Advanced Automation Features

   • VBA Macros (Optional):

   • One-Click Report Generation

   • Data Integrity Checks

   • Automatic Backups

   • Power Query Integration:

   • Integration with External Data Sources

   • Data Transformation and Cleansing

   • Scheduled Periodic Updates

   • Power BI Integration (For Advanced Users):

   • Interactive Dashboards

   • Detailed Analytical Reports

   • Mobile-Friendly Views

7. Implementation Support Resources

   • Deliverables:

   • Detailed Manual (over 100 pages)

   • Video Tutorials (3 hours)

   • Sample Data Sets

   • FAQ Collection (50 Frequently Asked Questions)

   • Troubleshooting Guide

   • Support Structure:

   • Community Forum

   • Monthly Webinars

   • Best Practices Sharing

Advantages in Tool Comparison

With an interface similar to Excel and spreadsheets, you can start using it immediately. The management support cloud 'Suit Up' excels in the following areas:

• Intuitive interface: Excel users can master it immediately

• Input assistance features: Task template functionality minimizes input fields

• Professional supervision: Templates created by lawyers, accountants, and management consultants

• AI-generated task feature: Automatically suggests optimal task settings

• Designed for continuous use even with low IT literacy

By utilizing these templates, you can achieve optimal team management tailored to your organization's size and maturity.

【Recommended Related Articles】

1. Practical Guide to Team Management for Project Management

2. Complete Guide to Team Management for Task Management | Thorough explanation from recommended task management methods for managers to major tools

3. Complete Guide to ToDo Management x Team Management | Thorough explanation from free tools to implementation

About the Author

Yusuke Komatsu

SUIT, Inc. President and CEO. In March 2013, he was appointed Representative Director and President of Social Ecology Project Co., Ltd. (now Izu Shaboten Resort Co., Ltd., listed on the Tokyo Stock Exchange Standard Market), which he joined as a new graduate. He led the group to profitability for the first time in seven years. In December 2014, he established SUIT, Inc. and became its Representative Director. Since April 2016, he has served as a Regional Revitalization Advisor for the Ministry of Internal Affairs and Communications and a Regional Revitalization Evangelist for the Cabinet Secretariat. Since June 2019, he has been a PPP Supporter for the Ministry of Land, Infrastructure, Transport and Tourism. In October 2020, he was appointed Representative Director and President of VAZ, Inc., a YouTuber agency. He achieved monthly profitability and successfully turned the company into a subsidiary of a listed company in January 2022. In December 2022, he split off SUIT, Inc. into a new company, changed its trade name, and simultaneously established the new SUIT, Inc., becoming its Representative Director and CEO. Currently, at SUIT, Inc., he is developing and operating the

team task management tool 'Suit Up' with the goal of improving labor productivity across all of Japanese society, from small businesses to large corporate teams.

※ 'Company-wide Task Management', 'Company-wide Project Management', 'Team Task Management', 'Team Project Management', 'Task Visualization', 'Task Template', 'Work Management Tool', 'Task Management Tool', and 'Task Management Tool' are registered trademarks of our company.