A topographic survey is more than picking! Most topos are ordered by architects and engineers to be used as a critical ingredient for design. Every time you pick and plot topographic details, you have to think like a design Engineer! Here are a few tips to help in field data collection and topographic design for presentation: In the field 1️⃣ Establish a stable control network – Always create a robust control network that defines a reliable height datum. Concrete the benchmarks so they outlive the project. Remember, the controls set during picking will also be used during setting out, earthworks, monitoring, and as-built. They can only be densified and extended, not replaced. Position them away from obvious disturbances and ensure intervisibility—at least three visible at any setup when using optical instruments like a Total Station. 2️⃣ Record instrument heights and prism constants (TS) – Topos are primarily about depicting feature elevations, so instrument heights and prism constants must be carefully measured and included in your instrument configuration. Without this, your evaluations will be unreliable. 3️⃣ Input the correct coordinate reference system – Always key in the right CRS depending on project location. We are moving away from older, locally defined datums such as ARC 1960 to globally accepted ones like WGS 84. Remember: ARC 1960 / UTM Zone 37S is not the same as WGS 84 / UTM Zone 37N. 4️⃣ Pick ALL details and uphold the principle of data completeness – Never leave gaps in your dataset. Open manhole covers and pick inverts. Take additional spot heights where sudden elevation changes occur. Extend your coverage slightly beyond the area of interest to avoid edge gaps. Capture culvert inverts and drains—they are essential in modeling flow directions. Think of every omitted point as a potential design problem later. 5️⃣ Supplement survey data with metadata and context – A topo drawing only tells part of the story. Record field notes on soil type, ground cover, obstructions, and surface conditions. Photograph critical features like utilities, retaining walls, or poorly visible drainage lines. Sketch complex areas where geometry may be misinterpreted in CAD. This metadata ensures designers interpret your survey correctly and minimizes costly miscommunication. #TopographicSurvey #Surveying #FieldData #EngineeringDesign #CivilEngineering #SurveyingTips #GIS #Geospatial #TotalStation #LandSurveying #ControlNetwork #WGS84 #SurveyDesign #ConstructionPlanning #DataAccuracy #LandDevelopment

1985 AI vs 2023 AI - ControlNetwork-23 #AIart #StableDiffusion #ControlNet

ほららエリちゃん風HNはお試し作成出来たし、ControlNetworkは無事に動作したし、良い週末だった aiart

In June, Erin from our #Marketing team headed out with @tritechsurveys for a day. On site she helped to install a #controlnetwork, getting hands on #experience with lots of different pieces of #equipment! Read all about it in or latest blog: getkidsintosurvey.com/blog/m…

出勤しながら #とんねるず の曲を聴く #夢をあきらめないわ も #CONTROLNETWORK も歌詞を見ると「なんじゃそりゃ」とぶっ飛ぶ曲なのに… なんで こんなにカッコ良く歌えるの⁉️ とんねるずは やっぱり天才❗ も思ったら 二人が並んで歌ってる生の姿が見たくて 何か泣けてきた😢

Second year field course up and running. Day 1 #highwaycurve day 2 #controlnetwork @UniofHerts @MalhamTarnFSC @civ_uh #scenery #surveying #civileng #cold

今日はアルバムのとんねるずの曲聴きまくった～ ヘッドライトが泣いてる 夜におちてBIue Boy海賊になれるかい テレビジョンが僕達をダメにした バリケードのない荒野 LASTDANCEにはまだはやい 8月のコニーアイランド CONTROLNETWORK デクノゾウ 1978年の金網の向こうに 男の羽根 KATSUAGE やさぐれ

PCO are in Start Bay today installing new control points at Beesands and Slapton Sands 🌞 @SouthHams_DC @FSCSlaptonLey #GPS #controlnetwork #trimble #surveying #coastalmonitoring

Creating a control network! Old methods vs new! #MobileApps #AppsforSurveyors #SurveyApps #ControlNetwork ow.ly/jVFy309Qre1