diff --git a/examples/NSGAIIMultiObjectiveTSPDefaultSettings.jl b/examples/NSGAIIMultiObjectiveTSPDefaultSettings.jl
new file mode 100644
index 0000000..eac1819
--- /dev/null
+++ b/examples/NSGAIIMultiObjectiveTSPDefaultSettings.jl
@@ -0,0 +1,26 @@
+using MetaJul
+
+# NSGA-II algorithm example configured from the NSGA-II template
+function main()
+    tsp_data_dir = joinpath(@__DIR__, "..", "resources/tspDataFiles")
+
+    problem = multiObjectiveTSP("kroAB100", [joinpath(tsp_data_dir, "kroA100.tsp"), joinpath(tsp_data_dir, "kroB100.tsp")])
+
+    solver::NSGAII = NSGAII(problem)
+
+    optimize!(solver)
+
+    front = foundSolutions(solver)
+
+    objectivesFileName = "FUN.csv"
+    variablesFileName = "VAR.csv"
+
+    println("Algorithm: ", name(solver))
+
+    println("Objectives stored in file ", objectivesFileName)
+    printObjectivesToCSVFile(objectivesFileName,     front)
+
+    println("Variables stored in file ", variablesFileName)
+    printVariablesToCSVFile(variablesFileName, front)
+    println("Computing time: ", computingTime(solver))
+end
\ No newline at end of file
diff --git a/examples/NSGAIIMultiObjectiveTSPExplicitSettings.jl b/examples/NSGAIIMultiObjectiveTSPExplicitSettings.jl
new file mode 100644
index 0000000..c02ffa2
--- /dev/null
+++ b/examples/NSGAIIMultiObjectiveTSPExplicitSettings.jl
@@ -0,0 +1,35 @@
+using MetaJul
+
+# NSGA-II algorithm example configured from the NSGA-II template
+function main()
+    tsp_data_dir = joinpath(@__DIR__, "..", "resources/tspDataFiles")
+
+    problem = multiObjectiveTSP("kroAB100", [joinpath(tsp_data_dir, "kroA100.tsp"), joinpath(tsp_data_dir, "kroB100.tsp")])
+
+    solver::NSGAII = NSGAII(
+        problem,
+        populationSize = 100, 
+        termination = TerminationByEvaluations(125000),
+        crossover = PMXCrossover(probability = 0.9),
+        mutation = PermutationSwapMutation(probability = 0.2))
+
+
+    observer = EvaluationObserver(10000)
+    register!(observable(solver), observer)
+    
+    optimize!(solver)
+
+    front = foundSolutions(solver)
+
+    objectivesFileName = "FUN.csv"
+    variablesFileName = "VAR.csv"
+
+    println("Algorithm: ", name(solver))
+
+    println("Objectives stored in file ", objectivesFileName)
+    printObjectivesToCSVFile(objectivesFileName,     front)
+
+    println("Variables stored in file ", variablesFileName)
+    printVariablesToCSVFile(variablesFileName, front)
+    println("Computing time: ", computingTime(solver))
+end
\ No newline at end of file
diff --git a/examples/NSGAIISolvingMultiObjectiveTSP.jl b/examples/NSGAIISolvingMultiObjectiveTSP.jl
deleted file mode 100644
index 3f379af..0000000
--- a/examples/NSGAIISolvingMultiObjectiveTSP.jl
+++ /dev/null
@@ -1,44 +0,0 @@
-using MetaJul
-
-# NSGA-II algorithm example configured from the NSGA-II template
-function main()
-    tsp_data_dir = joinpath(@__DIR__, "..", "resources/tspDataFiles")
-
-    problem = multiObjectiveTSP("kroAB100", [joinpath(tsp_data_dir, "kroA100.tsp"), joinpath(tsp_data_dir, "kroB100.tsp")])
-
-    solver::EvolutionaryAlgorithm = EvolutionaryAlgorithm()
-    solver.name = "NSGA-II"
-
-    populationSize = 100
-    offspringPopulationSize = 100
-
-    solver.solutionsCreation = DefaultSolutionsCreation(problem, populationSize)
-    solver.evaluation = SequentialEvaluation(problem)
-    solver.termination = TerminationByEvaluations(300000)
-
-    mutation = PermutationSwapMutation(probability = 1.0 / numberOfVariables(problem))
-    crossover = PMXCrossover(probability = 0.9)
-
-    solver.variation = CrossoverAndMutationVariation(offspringPopulationSize, crossover, mutation)
-    
-    solver.selection = BinaryTournamentSelection(solver.variation.matingPoolSize, DefaultDominanceComparator())
-
-    solver.replacement = RankingAndDensityEstimatorReplacement(DominanceRanking(DefaultDominanceComparator()), CrowdingDistanceDensityEstimator())
-
-
-    optimize!(solver)
-
-    front = foundSolutions(solver)
-
-    objectivesFileName = "FUN.csv"
-    variablesFileName = "VAR.csv"
-
-    println("Algorithm: ", name(solver))
-
-    println("Objectives stored in file ", objectivesFileName)
-    printObjectivesToCSVFile(objectivesFileName,     front)
-
-    println("Variables stored in file ", variablesFileName)
-    printVariablesToCSVFile(variablesFileName, front)
-    println("Computing time: ", computingTime(solver))
-end
\ No newline at end of file