Sir, use GIS Tools by Software DEM Processing Flow Direction Analysis Flow Accumulation Analysis Watershed Delineation Stream Network Extraction Slope Analysis Land Use/Land Cover (LULC) Change Detection Impervious Surface Mapping Runoff Modeling (SCS-CN / HEC-HMS / SWMM)

📢New paper from 'AI for Engineering' Agentic SWMM: Auditable and Reproducible Stormwater Modelling Workflow with Agent Skills and Model Context Protocol by Zhonghao Zhang and Caterina Valeo @uvic mdpi.com/3042-8831/1/1/5

❖ civil engineering & applied sciences › structural engineering & design: rcc, steel, timber, prestressed, composite, seismic, retrofitting › drafting, detailing & bim coordination: autocad, autocad civil 3d, revit, sketchup, tekla structures, bluebeam revu › mechanics & engineering analysis: statics, dynamics, vibrations, stability, materials, hydraulics, geotechnical, transportation, environmental, seismic & wind › surveying & geomatics: plane, geodetic, gps, gis, photogrammetry › environmental & water resources: wastewater, water supply, solid waste, flood modeling, basic simulation › applied sciences & mathematics: calculus, differential equations, linear algebra, probability, statistics, physics, chemistry, biology, thermodynamics, heat & energy systems › construction management: boq/bom, cost estimates, procurement docs, bar charts, gantt, pert/cpm, s-curve, progress tracking, reporting dashboards › software/tools: autocad, sketchup, etabs, sap2000, safe, staad.pro, midas gen, revit, tekla structural designer, robot structural analysis, mathcad, matlab, qgis, arcgis, geostudio, google earth pro, plaxis, geostudio, excel, sidra, vissim, synchro, primaverap6, power bi, hec-ras, epanet, swmm, hec-hms, bluebeam, planswift

Analiza las implicaciones del programa EPA SWMM, y sus aplicaciones en el diseño, gestión y mejoramiento de redes de drenaje sanitario y pluvial. 📆 Inicio 15 de junio 💻 Modalidad a distancia 💡 Temario, precio y registro en: mineriaunam.short.gy/b9ptAo

@revanth_anumula @CommissionrGHMC Hyderabad doesn’t lack data, it lacks action. A recent TISS-Hyderabad study says about one-third of GHMC area is in high or very high flood vulnerability zones, with built-up area jumping from roughly 293 to 425 sq km in 23 years. A BITS Pilani-linked analysis warns that over half of buildings are at high flood risk, with future extreme rainfall potentially many times higher by 2040 if current trends continue. Stormwater studies for central Hyderabad using tools like StormCAD, SWMM and HEC-RAS already flag undersized, silted and encroached drains as systemic bottlenecks. So the picture is clear: – Data exists. – Hazard maps exist. – Flood models exist. What is missing is: Public, ward-wise flood mitigation plan Time-bound upgrades to stormwater drains based on these models Strict action on encroachments over nalas and lake buffers Dear @GHMCOnline @HMDA_Gov, this is no longer about “unexpected heavy rains”. It is about documented risk being ignored year after year. If the studies say risk is rising and the streets still flood the same way, the problem isn’t the rain. It’s the response.

Hyderabad doesn’t lack data, it lacks action. A recent TISS-Hyderabad study says about one-third of GHMC area is in high or very high flood vulnerability zones, with built-up area jumping from roughly 293 to 425 sq km in 23 years. A BITS Pilani-linked analysis warns that over half of buildings are at high flood risk, with future extreme rainfall potentially many times higher by 2040 if current trends continue. Stormwater studies for central Hyderabad using tools like StormCAD, SWMM and HEC-RAS already flag undersized, silted and encroached drains as systemic bottlenecks. So the picture is clear: – Data exists. – Hazard maps exist. – Flood models exist. What is missing is: Public, ward-wise flood mitigation plan Time-bound upgrades to stormwater drains based on these models Strict action on encroachments over nalas and lake buffers Dear @GHMCOnline @HMDA_Gov, this is no longer about “unexpected heavy rains”. It is about documented risk being ignored year after year. If the studies say risk is rising and the streets still flood the same way, the problem isn’t the rain. It’s the response.

Analiza las implicaciones del programa EPA SWMM, y sus aplicaciones en el diseño, gestión y mejoramiento de redes de drenaje sanitario y pluvial. 📆 Inicio 15 de junio 💻 Modalidad a distancia 💡 Temario, precio y registro en: mineriaunam.short.gy/b9ptAo

LF CE COMMER: 🍩 Type of Commission: Structural Design of Canal, and Irrigation Gate Perspective/Elevation 🍩 Subject and Topic: Thesis:SIMULATION-BASED ASSESSMENT OF CANAL DIVERSION SYSTEM FOR FLOOD MITIGATION USING EPA-SWMM 🍩 Deadline (Date & Time): June 2

Inspired by @Adedamolajoke I am making a stormater art generator rooted in the simulation code Art Generator (highest impact) — It's the most directly useful for diagnostics and communication, and the rendering pipeline (SVG/PNG from #SWMM data) is relatively straightforward.

[ANAK SIPIL WAJIB BELAJAR SWMM & HEC-RAS 👷‍♂️] Masih bingung cara pemodelan dan evaluasi sistem drainase? Di kelas ini kamu akan belajar dasar perencanaan drainase menggunakan software yang sering dipakai di dunia engineering: ✅ SWMM ✅ HEC-RAS Materi yang dipelajari: ✔ Pemodelan drainase existing dengan SWMM ✔ Evaluasi hasil pemodelan drainase ✔ Pemodelan drainase pasca evaluasi ✔ Interpretasi hasil simulasi SWMM & HEC-RAS Cocok untuk: 👷 Mahasiswa Teknik Sipil 👷 Fresh Graduate 👷 Engineer yang ingin upgrade skill perencanaan drainase 🎓 Dibimbing langsung oleh praktisi & akademisi river/coastal engineering. 📅 Minggu, 31 Mei 2026 🕘 09.00–11.00 & 13.00–15.00 WIB 💻 Online via Zoom 💸 HTM PROMO: 100 RIBU 🎁 Benefit: ✔ Sertifikat ✔ Video Rekaman ✔ File Materi ✔ Tutor Ahli ⚠️ LIMITED SEAT! 📲 Daftar sekarang: bit.ly/drainase1

Ngerjain simulasi swmm dari jam 4 sore kmrn, tidur cm 3 jam, baru bisa tutup laptop jam segini. Mual bgt

Sketchup, Autocad, Enscape, D5, excel, word, canva, Arcgis, Google earth, Global Mapper, SWMM, Sewercad, Kubla Cubed, Epanet🤌🏻🤓

hermes-agent just got integrated into an agentic stormwater modeling workflow. agentic-swmm handles QA verification, calibration, provenance tracking — the whole thing auditable. from dev agents to civil engineering lol

open santai joki tugas / skripsi / proposal / makalah / daftar isi / nomor halaman / daftar gambar aku juga open joki tugas & skripsi anak teknik sipil : anstruk / fondasi / PSDA / MK / RAB / AutoCAD / REVIT / SAP2000 / PLAXIS / ArcGIS / SWMM #zonauang

LF COMMISSIONER — must be ce ( no to fake credentials pls ) — forte ang thesis and EPA SWMM & InfoWorks ICM software for stormwater & drainage system. — SIMULATION ANG GAGAWIN & CHAPTER 4-5 — open / flexi budget pls ‘yong maayos sana gumawa dahil galante itong client ko, nag babayad ‘to nang maayos. don’t dm me, siya pipili & kayo ang mag-uusap.

Good class wisdom you shared - weave those three elements into your SWMM/hydraulic modeling apps: Microinteractions — Small feedback moments that make the app feel alive. In your apps: animate calculation results sliding in, pulse a node when its value changes, show a brief checkmark when an .inp section parses successfully, or add a subtle progress shimmer while a solver runs. Even a smooth hover effect on table rows makes the experience feel crafted. Gamification — Give users a sense of progress and mastery. Ideas for your tools: a completion tracker showing how many .inp sections are filled out, a “model health” score that rises as continuity errors drop, streak counters for daily calibration runs, or unlockable “advanced mode” tabs that appear after the user completes basic workflows. Your RDII Rosetta Stone app could show a progress bar across the 12 RTK parameters. Emotional design — Make users feel something. Use color shifts from red→yellow→green as model results improve, celebrate a successful validation run with a brief confetti burst or satisfying sound, show encouraging micro-copy (“Continuity error under 1% — nice work”), and use personality in empty states (“No nodes yet — drop an .inp file to get started”).

برامج الإدارة والتحليل المتخصص (2/2) • Primavera P6: العملاق في إدارة المشاريع الكبرى وجدولة الزمن والتكاليف. • MS Project: أداة مرنة وجدولة زمنية فعالة لإدارة مهام وموارد المشروع. • ArcGIS: تحليل البيانات الجغرافية ورسم الخرائط والمساحة الرقمية. • HEC-RAS & SWMM: برامج متخصصة في التحليل الهيدروليكي، السدود، وتصريف مياه الأمطار. • SAFE: متخصص في تصميم الأسقف (Slabs) والقواعد والأساسات الخرسانية. • MATLAB: الحسابات الرياضية المعقدة والنمذجة الرقمية في البحوث الهندسية. • SketchUp: النمذجة السريعة والتصور المعماري (3D Visualization) لإخراج الأفكار الأولية.

A #KIMI app to explain this 🚨 SWMM5 engineers learning EPANET: The roughness direction is INVERTED. • SWMM: Higher n = rougher pipe • EPANET: Higher C = smoother pipe Same physics. Opposite scales. 💥 I wrote about why this happens, showed the actual SWMM5 source code, and built a bidirectional converter. 🔗 r4pon7jazpyhw.ok.kimi.link #HydraulicModeling #SWMM5 #EPANET #CivilEngineering #ManningEquation #HazenWilliams