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Design table for parameter-driven configs in Solidworks - Dashboard Guide

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Dashboard Mode - Design table for parameter-driven configs
Dashboard Goal

Understand how different design parameters affect product configurations using a design table in SolidWorks. This dashboard helps visualize parameter-driven changes and their impact on key dimensions.

Sample Data: Design Table Parameters
Config NameLength (mm)Width (mm)Height (mm)Material
Config A1005030Aluminum
Config B1206030Steel
Config C1005535Plastic
Config D1105040Aluminum
Config E1206035Steel
Dashboard Components
  • KPI Card: Average Length
    Formula: =AVERAGE(Length)
    Result: 110 mm
  • KPI Card: Average Width
    Formula: =AVERAGE(Width)
    Result: 55 mm
  • KPI Card: Average Height
    Formula: =AVERAGE(Height)
    Result: 34 mm
  • Bar Chart: Length by Configuration
    Shows length values for each config (100, 120, 100, 110, 120 mm)
  • Bar Chart: Width by Configuration
    Shows width values for each config (50, 60, 55, 50, 60 mm)
  • Table: Filterable Design Table
    Displays all parameters and allows filtering by Material
Dashboard Layout
+----------------------+----------------------+----------------------+
|   KPI: Avg Length    |   KPI: Avg Width     |   KPI: Avg Height    |
+----------------------+----------------------+----------------------+
|                  Bar Chart: Length by Config                 |
+-------------------------------------------------------------+
|                  Bar Chart: Width by Config                  |
+-------------------------------------------------------------+
|                  Filterable Design Table                     |
+-------------------------------------------------------------+
Interactivity

A filter control allows selecting Material type (Aluminum, Steel, Plastic). When a material is selected, the design table updates to show only configurations with that material. The KPI cards and bar charts update dynamically to reflect averages and values for the filtered configurations only.

Self Check

If you add a filter for Material = Steel, which configurations remain visible? What is the updated average Length?

  • Visible Configurations: Config B and Config E
  • Updated Average Length: (120 + 120) / 2 = 120 mm
Key Result
Dashboard showing how design table parameters drive different product configurations with dynamic filtering by material.

Practice

(1/5)
1. What is the main purpose of a design table in SolidWorks?
easy
A. To create multiple configurations by changing parameters in a table
B. To draw 3D sketches manually
C. To export files to other CAD software
D. To simulate motion of parts

Solution

  1. Step 1: Understand design table function

    A design table lets you manage multiple versions of a part by changing parameters in a spreadsheet format.

  2. Step 2: Identify the correct purpose

    It is used to create and control configurations easily, not for drawing or exporting files.

  3. Final Answer:

    To create multiple configurations by changing parameters in a table -> Option A

  4. Quick Check:

    Design table = multiple configurations [OK]
Hint: Design tables = multiple versions via parameters [OK]
Common Mistakes:
  • Confusing design tables with sketching tools
  • Thinking design tables export files
  • Assuming design tables simulate motion
2. Which of the following is the correct way to start a design table in SolidWorks?
easy
A. Tools > Options > Design Table
B. File > Save As > Design Table
C. Insert > Tables > Design Table
D. View > Toolbars > Design Table

Solution

  1. Step 1: Recall menu path for design tables

    In SolidWorks, design tables are inserted via the Insert menu under Tables.

  2. Step 2: Verify correct menu option

    The correct path is Insert > Tables > Design Table, not saving or toolbar options.

  3. Final Answer:

    Insert > Tables > Design Table -> Option C

  4. Quick Check:

    Insert menu starts design table [OK]
Hint: Design tables start from Insert > Tables [OK]
Common Mistakes:
  • Looking under File menu instead of Insert
  • Searching in Tools > Options
  • Expecting a toolbar button by default
3. Given a design table with columns Length and Width, and rows for Config1 (Length=100, Width=50) and Config2 (Length=150, Width=75), what will be the Width value for Config2?
medium
A. 50
B. 75
C. 100
D. 150

Solution

  1. Step 1: Identify the Width value for Config2 in the table

    The design table shows Width=75 for Config2.

  2. Step 2: Confirm correct value

    Length and Width values are independent; Width for Config2 is 75, not 50 or Length values.

  3. Final Answer:

    75 -> Option B

  4. Quick Check:

    Config2 Width = 75 [OK]
Hint: Match config row and parameter column [OK]
Common Mistakes:
  • Mixing Length and Width values
  • Choosing Config1 values for Config2
  • Confusing rows and columns
4. You created a design table but SolidWorks shows an error when you try to update configurations. What is a common cause?
medium
A. The computer is offline
B. The design table file is saved in the wrong folder
C. You forgot to save the SolidWorks file
D. Parameter names in the table do not match model dimensions

Solution

  1. Step 1: Identify common design table errors

    Errors often occur if parameter names in the table don't match the model's dimension names exactly.

  2. Step 2: Eliminate other causes

    File location or saving issues rarely cause update errors; offline status does not affect design table updates.

  3. Final Answer:

    Parameter names in the table do not match model dimensions -> Option D

  4. Quick Check:

    Parameter name mismatch causes errors [OK]
Hint: Check parameter names match exactly [OK]
Common Mistakes:
  • Ignoring case sensitivity in names
  • Assuming file location causes errors
  • Blaming saving or internet connection
5. You want to create a design table that controls Length, Width, and Height for a part with 4 configurations. Which approach best ensures easy updates and avoids errors?
hard
A. Use exact dimension names as column headers and fill each row with values for each configuration
B. Use short nicknames for parameters and fill only some rows
C. Create separate design tables for each parameter
D. Manually edit each configuration without a design table

Solution

  1. Step 1: Understand best practice for design tables

    Using exact dimension names as column headers ensures SolidWorks links parameters correctly.

  2. Step 2: Fill all rows for each configuration

    Completing all rows avoids missing values and errors, making updates easier.

  3. Step 3: Evaluate other options

    Nicknames cause mismatches, separate tables complicate management, manual edits lose automation benefits.

  4. Final Answer:

    Use exact dimension names as column headers and fill each row with values for each configuration -> Option A

  5. Quick Check:

    Exact names + full rows = best practice [OK]
Hint: Match names exactly and complete all rows [OK]
Common Mistakes:
  • Using nicknames instead of exact names
  • Leaving rows incomplete
  • Splitting parameters into multiple tables