| Problem | Researchers |
| Evaluation of a compression | School of Computer Science |
| algorithm based on byte-pair | and Software Engineering, |
| encoding | Monash University |
| Simulation of financial | School of Business Systems, |
| operation of a small | Monash University |
| manufacturing company | |
| Simulation of fuzzy-logic | School of Computer Science |
| controller for ATM networks | and Software Engineering, |
| Monash University | |
| Mobile-phone-frequency | School of Business Systems, |
| assignment using genetic | Monash University |
| algorithms | |
| A genetic algorithm for | School of Business Systems, |
| solving the N Queens | Monash University |
| problem | |
| Modelling computer networks | School of Computer Science |
| using OPNET | and Software Engineering, |
| Monash University | |
| Hopfield Neural Networks | School of Business Systems, |
| for solving Timetabling | Monash University |
| problems | |
| Fracture Simulation in | Department of Mechanical |
| 2-dimensional models | Engineering, Monash University |
| Simulation of large | School of Computer Science |
| Ad Hoc Mobile Networks | and Software Engineering, |
| Monash University | |
| Monte Carlo simulation of | Australian Radiation |
| ionizing radiation equipment | Protection and Nuclear |
| Safety Agency | |
| Public health policy | School of Business Systems, |
| simulation for injecting | Monash University and |
| drug management | MacFarlane Burnett Centre |
| for Medical Research | |
| Shake simulation of | School of Computer Science |
| F111 airframes | and Software Engineering, |
| Monash University and | |
| Australian Department of | |
| Defense |
