Course Description
This course provides an understanding of the history of drainage development in a particular area, especially in Indonesia. Definition, aims and objectives of drainage, network patterns and determining channel dimensions, hydrological analysis, regional rainfall (rainfall), Rain Intensity Curve, Practical ways to process rainfall intensity in forecasting flood discharge, watersheds, runoff, estimating peak flow rates and use of rational methods, use of the hydrograph method (HSS), flood prediction hydrographs, condition of the city of Surabaya, geographical position, topography, hydrology and land use, drainage system patterns, gravity flow, pump stations and average rainfall, special drainage, drainage , planning steps and use of planning criteria, technical flow aspects, basic hydraulic planning, basic concepts, conversion laws, flow, specific energy, depth of stable channel planning patterns, in-buildings in drainage and pump systems. This course discusses special drainage planning systems for roads, railways, ports and airports. The material to be studied is drainage networks, drainage facilities, and surface and subsurface drainage systems. Apart from that, drainage planning applications will be taught including hydrological and hydraulic analysis to determine the drainage capacity to be planned.
Program Objectives (PO)
- Mampu melaksanakan pekerjaan maupun kewirausahaan di bidang teknologi rekayasa transportasi darat secara profesional. Mampu menerapkan pemikiran logis, kritis, inovatif, bermutu dan terukur dalam mengidentifikasi, melaksanakan maupun mengevaluasi secara mandiri dan mengkoordinasikan kelompok untuk menyelesaikan permasalahan teknis dan non teknis serta mampu berkomunikasi secara lisan dan tulisan. Mampu menerapkan prinsip mekanika, matematika dan konsep rekayasa pada proses perancangan teknis, gambar hasil pengukuran, dan perancangan di bidang teknologi rekayasa transportasi darat Mampu melaksanakan pekerjaan perancangan, pelaksanaan, pengawasan, dokumentasi pekerjaan di bidang teknologi rekayasa transportasi darat sesuai standard yang berlaku dengan mengedepankan prinsip sistem keamanan dan keselamatan kerja dan lingkungan (SMK3L). Mampu menginternalisasi etika, norma dan hukum dalam menjalankan pekerjaan Drainase