diff --git a/computer_science/recursion/3_totalIntegers/solution/totalIntegers-solution.spec.js b/computer_science/recursion/3_totalIntegers/solution/totalIntegers-solution.spec.js
index 19676196061..51b77a155e1 100644
--- a/computer_science/recursion/3_totalIntegers/solution/totalIntegers-solution.spec.js
+++ b/computer_science/recursion/3_totalIntegers/solution/totalIntegers-solution.spec.js
@@ -1,40 +1,40 @@
 const totalIntegers = require('./totalIntegers-solution');
 
 describe('totalIntegers', () => {
-  test('Works with a simple array of numbers', () => {
+  test('Counts all integers in a simple array of only integers', () => {
     expect(totalIntegers([1, 2, 3])).toBe(3);
   });
-  test('Ignores non-integer values', () => {
+  test('Ignores non-number values', () => {
     expect(totalIntegers([1, 2, '3', 4])).toBe(3);
   });
-  test('Works with simple objects', () => {
+  test('Counts all integers in a plain object', () => {
     expect(totalIntegers({ a: 1, b: '2', c: 3 })).toBe(2);
   });
-  test('Works with an empty nested array', () => {
+  test('Does not find any integers in nested empty arrays', () => {
     expect(totalIntegers([[], [], []])).toBe(0);
   });
-  test('Works with a very nested array', () => {
+  test('Counts integers in deeply nested arrays', () => {
     expect(totalIntegers([[[[[[[[[[[[[[4]]]]]], 246]]]]]]]])).toBe(2);
   });
-  test('Works with negative numbers', () => {
+  test('Counts negative integers', () => {
     expect(totalIntegers([5, 7, -7, [45, -1, -0], [4, 7, -4, -4, -4, [777777, -45674]], [-5477654]])).toBe(14);
   });
-  test('Works with floats', () => {
+  test('Does not count non-integer numbers', () => {
     expect(totalIntegers([5, 7.7, 7, [45, 1, 0], [4.0, 7, [7.77777, 4567.4]], [5477.654]])).toBe(7);
   });
-  test('Only accepts arrays or objects', () => {
+  test('Returns undefined for non-array/object arguments', () => {
     expect(totalIntegers('2')).toBe(undefined);
     expect(totalIntegers(() => {})).toBe(undefined);
     expect(totalIntegers(42)).toBe(undefined);
     expect(totalIntegers(NaN)).toBe(undefined);
   });
-  test('Works with NaN', () => {
+  test('Does not count NaN as an integer', () => {
     expect(totalIntegers([5, NaN, [NaN, NaN, 64], 4])).toBe(3);
   });
-  test('Works with a nested array of all kinds of things', () => {
+  test('Counts all integers even with deeply nested containing multiple types', () => {
     expect(totalIntegers([NaN, [[{}], 555 ], '444', [], 74.0, undefined, [[() => {}], [4], Infinity, [[[], -44.0], [null, '-4'], NaN [[]], 6]], () => {}, [[], [-Infinity, ['4'], [4.7, -46.7], NaN]]])).toBe(5);
   });
-  test('Works with arrays containing objects containing integers', () => {
+  test('Counts all integers when nested arrays and objects are mixed together', () => {
     expect(totalIntegers([4, 6, { a: 1, b: { a: [5, 10], b: 11 } }, 9])).toBe(7);
   });
 });
diff --git a/computer_science/recursion/3_totalIntegers/totalIntegers.spec.js b/computer_science/recursion/3_totalIntegers/totalIntegers.spec.js
index d33d2293d30..a5cfbea281c 100644
--- a/computer_science/recursion/3_totalIntegers/totalIntegers.spec.js
+++ b/computer_science/recursion/3_totalIntegers/totalIntegers.spec.js
@@ -1,50 +1,50 @@
 const totalIntegers = require('./totalIntegers');
 
 describe('totalIntegers', () => {
-  test('Works with a simple array of numbers', () => {
+  test('Counts all integers in a simple array of only integers', () => {
     expect(totalIntegers([1, 2, 3])).toBe(3);
   });
   
-  test.skip('Ignores non-integer values', () => {
+  test.skip('Ignores non-number values', () => {
     expect(totalIntegers([1, 2, '3', 4])).toBe(3);
   });
   
-  test.skip('Works with simple objects', () => {
+  test.skip('Counts all integers in a plain object', () => {
     expect(totalIntegers({ a: 1, b: '2', c: 3 })).toBe(2);
   });
   
-  test.skip('Works with an empty nested array', () => {
+  test.skip('Does not find any integers in nested empty arrays', () => {
     expect(totalIntegers([[], [], []])).toBe(0);
   });
   
-  test.skip('Works with a very nested array', () => {
+  test.skip('Counts integers in deeply nested arrays', () => {
     expect(totalIntegers([[[[[[[[[[[[[[4]]]]]], 246]]]]]]]])).toBe(2);
   });
   
-  test.skip('Works with negative numbers', () => {
+  test.skip('Counts negative integers', () => {
     expect(totalIntegers([5, 7, -7, [45, -1, -0], [4, 7, -4, -4, -4, [777777, -45674]], [-5477654]])).toBe(14);
   });
   
-  test.skip('Works with floats', () => {
+  test.skip('Does not count non-integer numbers', () => {
     expect(totalIntegers([5, 7.7, 7, [45, 1, 0], [4.0, 7, [7.77777, 4567.4]], [5477.654]])).toBe(7);
   });
   
-  test.skip('Only accepts arrays or objects', () => {
+  test.skip('Returns undefined for non-array/object arguments', () => {
     expect(totalIntegers('2')).toBe(undefined);
     expect(totalIntegers(() => {})).toBe(undefined);
     expect(totalIntegers(42)).toBe(undefined);
     expect(totalIntegers(NaN)).toBe(undefined);
   });
   
-  test.skip('Works with NaN', () => {
+  test.skip('Does not count NaN as an integer', () => {
     expect(totalIntegers([5, NaN, [NaN, NaN, 64], 4])).toBe(3);
   });
   
-  test.skip('Works with a nested array of all kinds of things', () => {
+  test.skip('Counts all integers even with deeply nested containing multiple types', () => {
     expect(totalIntegers([NaN, [[{}], 555 ], '444', [], 74.0, undefined, [[() => {}], [4], Infinity, [[[], -44.0], [null, '-4'], NaN [[]], 6]], () => {}, [[], [-Infinity, ['4'], [4.7, -46.7], NaN]]])).toBe(5);
   });
   
-  test.skip('Works with arrays containing objects containing integers', () => {
+  test.skip('Counts all integers when nested arrays and objects are mixed together', () => {
     expect(totalIntegers([4, 6, { a: 1, b: { a: [5, 10], b: 11 } }, 9])).toBe(7);
   });
 });