The　use　of　synthetic　fiber　and　natural　fiber　for　concrete　production　has　been　continuously　investigated.　Most　of　the　materials　have　become　popular　for　their　higher　flexibility,　durability,　and　strength.　However,　the　current　study　explores　the　engineering　properties　of　cement　concrete　reinforced　with　nylon　and　jute　fibers　together.　Varying　proportions　and　lengths　of　nylon　and　jute　fibers　were　utilized　in　the　concrete　mixture.　Hence,　the　combined　effects　of　nylon　and　jute　fibers　on　workability,　density,　water　absorption,　compressive,　tensile,　flexural　strength,　and　drying　shrinkage　of　concrete　were　investigated.　Results　showed　that　concrete　with　1%　of　nylon　and　jute　fibers　together　by　the　volume　fraction　showed　a　maximum　enhancement　of　the　compressive　strength,　split　tensile　strength,　and　flexural　strength　by　11.71%,　14.10%,　and　11.04%,　respectively,　compared　to　the　control　mix　of　concrete　at　90　days.　However,　the　water　absorption　of　concrete　increased　with　increasing　nylon　and　jute　fiber　contents.　The　drying　shrinkage　of　concrete　decreased　with　the　addition　of　nylon　and　jute　fibers　together　after　90　days.　Thus,　the　sparing　application　of　both　nylon　and　jute　fiber　as　discussed　in　this　study　can　be　adopted　for　concrete　production.