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Engineering Management Simulations

A collection of interactive 3D visualizations and simulations to help you master concepts in engineering management.

Introduction to Engineering Management - Theory & Concepts

Overview of engineering management, its history, functions, and the role of an engineering manager.

The POLC Framework in Action

Setting the Course

Defining goals, establishing strategy, and developing plans to coordinate activities.

Example Tasks
  • Define Project Scope
  • Set Budget ($5M)
  • Create Timeline (18 months)
  • Identify Risks
Desired Outcome

A clear roadmap and blueprint for the project.

Decision Making - Theory & Concepts

The decision-making process, types of decisions, and quantitative tools like decision trees and payoff matrices.

Decision Tree: Launch vs. Don't Launch

Market Conditions

(60%)
Prob. of Failure:40%

Payoffs

$
$
$

Expected Value (EV)

Launch:$52,000
No Action:$0
Rec: Launch Product
Launch
Don't Launch
Strong (60%)
Weak (40%)
Decision
Market
EV: $52,000
END
Success
$100,000
END
Failure
$-20,000
END
Status Quo
$0

Planning - Theory & Concepts

Strategic, tactical, and operational planning, including forecasting techniques and the planning process.

Quantitative Forecasting Simulator

Explore how different forecasting methods predict future sales based on historical data.

MonthData TypeUnits (Sales)
JanHistorical100
FebHistorical120
MarHistorical110
AprHistorical130
MayHistorical140
Jun (Forecast)Forecast127
Jul (Forecast)Forecast132
Aug (Forecast)Forecast133

How it works:

Simple Moving Average takes the unweighted mean of the previous 3 periods. It smooths out random fluctuations but lags behind strong trends.

Organizing - Theory & Concepts

Organizational structures, departmentalization, span of control, and staffing strategies.

Organizational Structures

President / CEO
Engineering
Civil
Electrical
Marketing
Sales
Advertising
Finance
Accounting
Payroll

Functional Structure

Organizes workers based on their specific skills and knowledge. Best for small to medium companies with single product lines. Promotes specialization but can create silos.

Leading and Motivation - Theory & Concepts

Leadership styles, motivation theories, communication, and team dynamics in engineering organizations.

Leadership Styles Explorer

Autocratic Leadership (Authoritarian)

Leader makes decisions without consulting the team. Focuses on control and strict adherence to rules.

Manager

"I need this done by 5 PM exactly as I outlined."

Team Member

"Yes, boss."

Team Member

"Right away."

Advantages
  • Quick decision-making
  • Clear chain of command
  • Effective in crises
Disadvantages
  • Low morale
  • High turnover
  • Stifles creativity

Controlling - Theory & Concepts

The control process, types of control systems, and financial/non-financial performance measurements.

Statistical Process Control (X-bar Chart)

Low (σ=0.5)High (σ=3.0)

Shifts process mean by +0 after sample 20.

Process Status

Mean (\u03BC):10
UCL (+3\u03C3):13.0
LCL (-3\u03C3):7.0
Points Out:0
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Project Management - Theory & Concepts

Project life cycle, WBS, scheduling with CPM/PERT, crashing, and earned value analysis.

Interactive PERT Chart

4233540
AStart
BDesign
CPermits
DProcure
ESite Prep
FBuild
GFinish

Click on any node in the network diagram above to view detailed scheduling information (ES, EF, LS, LF, and Slack).

Operations and Production Management - Theory & Concepts

Production systems, inventory control (EOQ, JIT), supply chain management, and maintenance.

Economic Order Quantity (EOQ) Simulator

1000

Units per year

$10

Cost per order placed

$2

Cost to hold 1 unit for 1 year

Notice how increasing ordering costs (S) drives up the EOQ (order less frequently), while increasing holding costs (H) drives the EOQ down (order smaller amounts more often).

Optimal Order (EOQ)100units/order
Total Orders10per year (every 36.5 days)
Total Cost$200Holding: $100 | Order: $100

Inventory Level Over Time (1 Year)

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Quality Management - Theory & Concepts

Total Quality Management (TQM), ISO standards, Six Sigma, and Statistical Process Control (SPC).

Statistical Process Control (X-bar Chart)

Low (σ=0.5)High (σ=3.0)

Shifts process mean by +0 after sample 20.

Process Status

Mean (\u03BC):10
UCL (+3\u03C3):13.0
LCL (-3\u03C3):7.0
Points Out:0
Loading chart...

Financial Management for Engineers - Theory & Concepts

Accounting basics, financial statements, cash flow, depreciation, and break-even analysis.

Depreciation Method Comparison

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*Double Declining Balance aggressively depreciates assets early in their life but guarantees it will never depreciate below the salvage value.

Marketing and Global Management - Theory & Concepts

Marketing mix (4Ps), product life cycle, market research, and global management challenges.

The Product Life Cycle (PLC)

Loading chart...
IntroGrowthMaturityDecline

Introduction Stage

Product is launched. Sales grow slowly. Profits are negative due to R&D and heavy marketing costs.

Strategic Action: Focus on building product awareness and trial.

Ethics and Legal Aspects - Theory & Concepts

Engineering ethics, CSR, contracts, liability, and intellectual property rights.

Engineering Ethics Simulator

Scenario 1: The Budget Cut

1 / 2

You are the lead structural engineer on a commercial building project. The client demands a 15% reduction in material costs to stay under budget. You calculate that using a lower-grade steel will meet the new budget but will reduce the building's safety factor to slightly below the municipal code requirements. The client insists it's 'close enough' and threatens to replace your firm if you don't comply.

What should you do?

Technology and Innovation Management - Theory & Concepts

Managing technological change, research and development, intellectual property strategies, and the technology adoption lifecycle.

Diffusion of Innovation Model

Hover over or click on the different segments of the bell curve to learn more about each adopter category and the critical "Chasm" between Early Adopters and the Early Majority.

2.5%13.5%34%34%16%THE CHASM
Select a segment on the curve to view details.