To solve this optimization problem, we will use the Gurobi library in Python. The problem involves minimizing an objective function subject to various constraints.

## Step 1: Define the Variables and Objective Function
We start by defining the variables and the objective function. The variables are the hours worked by Hank, Paul, Bill, Bobby, and Dale. The objective function to minimize is $2.05H + 2.12P + 6.04B + 4.16Bo + 8.25D$, where $H, P, B, Bo,$ and $D$ represent the hours worked by Hank, Paul, Bill, Bobby, and Dale, respectively.

## 2: Define the Constraints
The constraints include:
- Individual paperwork and computer competence ratings.
- Various combined paperwork and computer competence ratings constraints.
- Bounds on combined ratings for different pairs and groups of individuals.
- Non-negativity and integrality constraints for the hours worked.

## 3: Implement the Problem in Gurobi
We will implement this problem using Gurobi's Python interface.

```python
import gurobi as gp

# Define the model
m = gp.Model("optimization_problem")

# Define the variables
hours_worked_by_Hank = m.addVar(name="Hank", vtype=gp.GRB.INTEGER)
hours_worked_by_Paul = m.addVar(name="Paul", vtype=gp.GRB.INTEGER)
hours_worked_by_Bill = m.addVar(name="Bill", vtype=gp.GRB.INTEGER)
hours_worked_by_Bobby = m.addVar(name="Bobby", vtype=gp.GRB.INTEGER)
hours_worked_by_Dale = m.addVar(name="Dale", vtype=gp.GRB.INTEGER)

# Objective function
m.setObjective(2.05 * hours_worked_by_Hank + 2.12 * hours_worked_by_Paul + 
               6.04 * hours_worked_by_Bill + 4.16 * hours_worked_by_Bobby + 
               8.25 * hours_worked_by_Dale, gp.GRB.MINIMIZE)

# Individual competence ratings
m.addConstraint(hours_worked_by_Hank * 22 <= 542)
m.addConstraint(hours_worked_by_Hank * 6 <= 737)
m.addConstraint(hours_worked_by_Paul * 29 <= 542)
m.addConstraint(hours_worked_by_Paul * 18 <= 737)
m.addConstraint(hours_worked_by_Bill * 8 <= 542)
m.addConstraint(hours_worked_by_Bill * 23 <= 737)
m.addConstraint(hours_worked_by_Bobby * 28 <= 542)
m.addConstraint(hours_worked_by_Bobby * 1 <= 737)
m.addConstraint(hours_worked_by_Dale * 17 <= 542)
m.addConstraint(hours_worked_by_Dale * 10 <= 737)

# Combined paperwork constraints
m.addConstraint(hours_worked_by_Paul * 29 + hours_worked_by_Bobby * 28 >= 44)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Bill * 8 >= 99)
m.addConstraint(hours_worked_by_Bobby * 28 + hours_worked_by_Dale * 17 >= 54)
m.addConstraint(hours_worked_by_Bill * 8 + hours_worked_by_Bobby * 28 >= 82)
m.addConstraint(hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 >= 91)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Paul * 29 >= 53)
m.addConstraint(hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 + hours_worked_by_Bobby * 28 >= 59)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 >= 59)
m.addConstraint(hours_worked_by_Bill * 8 + hours_worked_by_Bobby * 28 + hours_worked_by_Dale * 17 >= 59)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Bobby * 28 + hours_worked_by_Dale * 17 >= 59)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Paul * 29 + hours_worked_by_Bobby * 28 >= 59)
m.addConstraint(hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 + hours_worked_by_Dale * 17 >= 59)
m.addConstraint(hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 + hours_worked_by_Bobby * 28 >= 61)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 >= 61)
m.addConstraint(hours_worked_by_Bill * 8 + hours_worked_by_Bobby * 28 + hours_worked_by_Dale * 17 >= 61)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Bobby * 28 + hours_worked_by_Dale * 17 >= 61)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Paul * 29 + hours_worked_by_Bobby * 28 >= 61)
m.addConstraint(hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 + hours_worked_by_Dale * 17 >= 61)
m.addConstraint(hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 + hours_worked_by_Bobby * 28 >= 79)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 >= 79)
m.addConstraint(hours_worked_by_Bill * 8 + hours_worked_by_Bobby * 28 + hours_worked_by_Dale * 17 >= 79)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Bobby * 28 + hours_worked_by_Dale * 17 >= 79)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Paul * 29 + hours_worked_by_Bobby * 28 >= 79)
m.addConstraint(hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 + hours_worked_by_Dale * 17 >= 79)

# Combined computer constraints
m.addConstraint(hours_worked_by_Hank * 6 + hours_worked_by_Bobby * 1 >= 75)
m.addConstraint(hours_worked_by_Paul * 18 + hours_worked_by_Bill * 23 >= 146)
m.addConstraint(hours_worked_by_Hank * 6 + hours_worked_by_Dale * 10 >= 123)
m.addConstraint(hours_worked_by_Hank * 6 + hours_worked_by_Paul * 18 >= 102)
m.addConstraint(hours_worked_by_Paul * 18 + hours_worked_by_Dale * 10 >= 106)
m.addConstraint(hours_worked_by_Bobby * 1 + hours_worked_by_Dale * 10 >= 109)
m.addConstraint(hours_worked_by_Paul * 18 + hours_worked_by_Bobby * 1 >= 98)
m.addConstraint(hours_worked_by_Bill * 23 + hours_worked_by_Bobby * 1 >= 143)
m.addConstraint(hours_worked_by_Bill * 23 + hours_worked_by_Dale * 10 >= 56)
m.addConstraint(hours_worked_by_Hank * 6 + hours_worked_by_Bill * 23 + hours_worked_by_Dale * 10 >= 99)

# Other constraints
m.addConstraint(hours_worked_by_Hank - 9 * hours_worked_by_Dale >= 0)
m.addConstraint(hours_worked_by_Bill * 8 + hours_worked_by_Dale * 17 <= 533)
m.addConstraint(hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 <= 355)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Paul * 29 <= 242)
m.addConstraint(hours_worked_by_Paul * 29 + hours_worked_by_Dale * 17 <= 528)
m.addConstraint(hours_worked_by_Paul * 29 + hours_worked_by_Bobby * 28 <= 199)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Bobby * 28 <= 195)
m.addConstraint(hours_worked_by_Bill * 8 + hours_worked_by_Bobby * 28 <= 140)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Dale * 17 <= 411)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Bill * 8 + hours_worked_by_Bobby * 28 <= 518)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Paul * 29 + hours_worked_by_Bobby * 28 <= 539)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 <= 260)
m.addConstraint(hours_worked_by_Hank * 22 + hours_worked_by_Paul * 29 + hours_worked_by_Dale * 17 <= 265)
m.addConstraint(hours_worked_by_Paul * 29 + hours_worked_by_Bill * 8 + hours_worked_by_Dale * 17 <= 387)
m.addConstraint(hours_worked_by_Hank * 6 + hours_worked_by_Bill * 23 <= 593)
m.addConstraint(hours_worked_by_Paul * 18 + hours_worked_by_Bobby * 1 <= 392)
m.addConstraint(hours_worked_by_Hank * 6 + hours_worked_by_Bill * 23 + hours_worked_by_Bobby * 1 <= 558)
m.addConstraint(hours_worked_by_Paul * 18 + hours_worked_by_Bill * 23 + hours_worked_by_Bobby * 1 <= 589)
m.addConstraint(hours_worked_by_Paul * 18 + hours_worked_by_Bobby * 1 + hours_worked_by_Dale * 10 <= 513)

# Solve the problem
m.optimize()

# Print the solution
if m.status == gp.GRB.OPTIMAL:
    print("Optimal Solution:")
    print(f"Hours worked by Hank: {hours_worked_by_Hank.varValue}")
    print(f"Hours worked by Paul: {hours_worked_by_Paul.varValue}")
    print(f"Hours worked by Bill: {hours_worked_by_Bill.varValue}")
    print(f"Hours worked by Bobby: {hours_worked_by_Bobby.varValue}")
    print(f"Hours worked by Dale: {hours_worked_by_Dale.varValue}")
    print(f"Objective Function Value: {m.objVal}")
else:
    print("No optimal solution found.")
```