Site Header - Space Borne Chennai
Space Borne | Chennai
WhatsApp Us
Remote Sensing & GIS Course in Chennai (Offline) & Across Tamil Nadu (Online) | Space Borne
ISO 9001:2015 & MSME Certified Institute

Remote Sensing & GIS Course in Chennai — Offline Classroom Training, Live Online Across Tamil Nadu

Master ArcGIS, QGIS, Python for GIS and Google Earth Engine through real Tamil Nadu case studies — from the Pulicat Lake to coastal mangrove belts and urban wetlands. Walk into our Chennai lab for hands-on offline training, or join live online from anywhere else in Tamil Nadu.

Chennai — 100% Offline Classroom Rest of Tamil Nadu — 100% Live Online
Enroll via WhatsApp Email Us

On This Page

Course Delivery

Offline in Chennai. Live Online Everywhere Else in Tamil Nadu.

We made a deliberate choice: Chennai gets a full offline, in-person classroom experience because it’s our base and we can guarantee lab seats, hardware, and instructor time on the ground. Every other city in Tamil Nadu gets the exact same curriculum, the exact same instructors, and the exact same project outcomes — delivered live online so geography never blocks your learning.

📍 Chennai

In-person classroom sessions at our Chennai training center. Dedicated lab systems with QGIS, ArcGIS and Python pre-installed. Face-to-face doubt-clearing and peer learning.

Offline · Classroom

📍 Coimbatore

Live online classes streamed in real time, with screen-share labs and recorded sessions for revision.

Online · Live

📍 Madurai

Same instructor-led live sessions as every other city, with 1:1 doubt sessions over video call.

Online · Live

📍 Tiruchirappalli

Full live access to all labs, datasets and the Chennai cohort’s project reviews.

Online · Live

📍 Salem

Live online training with the same Tamil Nadu-specific case studies used in the Chennai classroom.

Online · Live

📍 Tirunelveli, Vellore, Erode & beyond

Wherever you are in Tamil Nadu (or outside it), you join the same live online batch as Coimbatore and Madurai learners.

Online · Live
Why this split? Offline training in Chennai lets us run hardware-heavy GPU/remote-sensing labs with zero setup friction for local learners. For every other city, live online keeps the course accessible without asking you to relocate — you get the same instructor, the same Tamil Nadu datasets, and the same certificate.
The Case for Satellites

Why Space-Borne Remote Sensing Is the Best Way to Study Earth

“Space-borne” simply means the sensor is mounted on a satellite rather than a drone or an aircraft. It sounds like a small distinction, but it changes everything about how fast, how cheap, and how reliably you can monitor land, water and vegetation — which is exactly why this course is built around satellite data first.

1

Coverage no ground survey can match

A single Sentinel-2 scene covers roughly 100 km × 100 km in one pass. Mapping that on foot or even by drone would take weeks; a satellite captures it in seconds, and does it for the entire planet on a fixed schedule.

2

Repeat visits build real time-series

Landsat has imaged the same locations since 1972; Sentinel-2 revisits every 5 days. That consistency lets you measure change — shoreline retreat, mangrove loss, urban sprawl — with statistical confidence, not guesswork.

3

Sees beyond what your eyes can

Multispectral and SAR sensors capture near-infrared, shortwave-infrared and radar bands invisible to the human eye, revealing vegetation stress, soil moisture and water boundaries that no field photo would show.

4

Radically lower cost per square kilometer

Landsat and Sentinel data are free and open. Commissioning an aerial survey or fielding a ground team for the same area costs orders of magnitude more — and has to be repeated every time you need updated data.

5

Cloud platforms remove the hardware bottleneck

Google Earth Engine lets you process petabytes of satellite imagery in a browser, without owning a supercomputer. A student laptop in this course can run analyses that once required institutional infrastructure.

6

One dataset, dozens of disciplines

The same Sentinel-2 scene used to map Chennai’s urban growth can be reused for flood-risk mapping, agriculture monitoring, forest-cover assessment and coastal erosion studies — a single data source, many career paths.

None of this replaces ground-truthing entirely — field verification still matters for accuracy. But as a starting point for understanding any landscape at scale, space-borne data gives you more coverage, more history, and more spectral information per rupee than any other source, which is why every module in this course begins with a satellite image.
Course Catalog

All Remote Sensing & GIS Courses We Offer

Every course below follows the same delivery rule: offline classroom in Chennai, live online for the rest of Tamil Nadu. Pick the track that matches your goals — or start with the Foundation course and stack specializations on top.

Remote Sensing & GIS Foundation

6–8 weeks

Our flagship course. Covers GIS fundamentals, satellite image processing, LULC classification and Web GIS using Tamil Nadu’s coastline as the live case study.

  • Coordinate systems, projections, vector & raster data
  • Landsat & Sentinel-2 download and processing workflows
  • Spectral indices: NDVI, NDWI, NDBI
  • Capstone LULC mapping project
QGISArcGIS Google Earth EngineLeaflet.js
Offline · ChennaiOnline · Rest of Tamil Nadu

Advanced Google Earth Engine

4 weeks

A deep dive into cloud-based geospatial processing. Build time-series analyses, automate classification pipelines, and export production-ready map layers.

  • JavaScript & Python APIs for Earth Engine
  • Cloud masking and image collections
  • Change-detection and time-series charts
  • Exporting to GIS-ready formats
Google Earth EnginePythonJavaScript
Offline · ChennaiOnline · Rest of Tamil Nadu

Python for GIS & Automation

4 weeks

Learn to script repetitive GIS tasks, build geoprocessing tools, and work with raster/vector data programmatically using industry-standard Python libraries.

  • GeoPandas, Rasterio, Shapely fundamentals
  • Batch processing satellite imagery
  • Automating ArcGIS/QGIS workflows with scripts
  • Building a simple geospatial dashboard
PythonGeoPandasRasterio
Offline · ChennaiOnline · Rest of Tamil Nadu

Web GIS & Map Application Development

3 weeks

Turn static maps into interactive web applications. Build the kind of live, clickable map used elsewhere on this very page.

  • Leaflet.js and OpenLayers fundamentals
  • Publishing vector/raster layers online
  • Connecting maps to live data sources
  • Hosting a personal Web GIS portfolio project
Leaflet.jsOpenLayersHTML/JS
Offline · ChennaiOnline · Rest of Tamil Nadu

Coastal & Wetland Resource Mapping

5 weeks

Specialized track focused on Tamil Nadu’s coastal lagoons, mangrove belts and shoreline dynamics — built for environmental science and forestry professionals.

  • Mangrove delineation using spectral indices
  • Pulicat-style lagoon and water-spread mapping
  • Multi-date shoreline change detection
  • Ramsar-site monitoring methodology
QGISSentinel-2DSAS
Offline · ChennaiOnline · Rest of Tamil Nadu

Urban Sprawl & Infrastructure Mapping

4 weeks

For civil engineers and urban planners — quantify built-up growth, transport corridors and land-use change around Tamil Nadu’s expanding cities.

  • Built-up index (NDBI) and urban classification
  • Change detection across multiple decades
  • Population-growth overlay analysis
  • Final report: a city growth assessment
ArcGISQGISLandsat
Offline · ChennaiOnline · Rest of Tamil Nadu

Forest & Watershed Monitoring

5 weeks

Built around the Eastern Ghats foothill forests, this track covers canopy-cover assessment, watershed delineation, and deforestation alerts.

  • Forest-cover classification techniques
  • Watershed and drainage-basin delineation
  • Deforestation and degradation alerts (GEE)
  • Carbon-stock estimation basics
Google Earth EngineQGIS
Offline · ChennaiOnline · Rest of Tamil Nadu

GIS Certification for Working Professionals

2 weeks (weekend)

A condensed weekend-format course for engineers and planners already in employment who need a recognized GIS skill credential quickly.

  • QGIS & ArcGIS essentials
  • Core spatial-analysis operations
  • Map layout & cartographic output
  • Certificate issued on completion
QGISArcGIS
Offline · ChennaiOnline · Rest of Tamil Nadu
Offline Training

Inside the Chennai Classroom

Our Chennai training center is built specifically for geospatial work — not a generic computer lab. Every offline batch runs here with dedicated machines, local datasets, and instructors physically present for the full session.

🖥️

Dedicated GIS Workstations

QGIS, ArcGIS, Python and Google Earth Engine pre-configured on every machine — no setup time wasted on day one.

🧑‍🏫

In-Person Instructor Access

Direct, face-to-face doubt-clearing during every session — no waiting in a chat queue or scheduling a callback.

🗂️

Local Tamil Nadu Datasets

Pre-loaded Chennai, Pulicat and coastal Tamil Nadu imagery so lab time goes to analysis, not downloads.

8
Weeks, Foundation course
1:1
Workstation per learner
100%
In-person lab time in Chennai
6+
Tamil Nadu cities served online
Seats for offline Chennai batches are limited by workstation capacity. If the current Chennai batch is full, you can either wait-list for the next offline cohort or join the live online batch immediately — the curriculum and certificate are identical either way.
Why This Course

GIS & Remote Sensing Training Built Around Tamil Nadu’s Landscape

Tamil Nadu’s geography — coastal lagoons, mangrove creeks, deltaic paddy wetlands, sandy shorelines and Eastern Ghats forests — makes it one of India’s richest natural laboratories for geospatial learning. Space Borne’s Tamil Nadu-focused Remote Sensing & GIS course uses Chennai’s coastline and the state’s wetland belts as live case studies, teaching you to map, classify, and analyze real natural resources instead of generic textbook data.

🛰️

Satellite Data Skills

Download and process Landsat 8/9 and Sentinel-2 imagery covering Tamil Nadu’s coastal and wetland regions; learn band combinations and spectral indices (NDVI, NDWI, NDBI).

🗺️

LULC Mapping

Classify Land Use / Land Cover for Tamil Nadu’s coastal belt — water bodies, mangroves, built-up, paddy/wetland and vegetation classes — using supervised classification in QGIS & ArcGIS.

🌐

Web GIS with Leaflet

Build interactive web maps using Leaflet.js to publish Tamil Nadu’s natural resource layers online — exactly like the live map below.

Case Study Region

Natural Resources of Tamil Nadu

Tamil Nadu’s coastal belt sits at the confluence of major river systems and the Pulicat Lake network, making it one of the most ecologically diverse regions in India. Course modules use the following resource zones for hands-on mapping exercises:

Pulicat Lake & Coastal Estuary

India’s second-largest brackish-water lagoon, a Ramsar wetland site, mapped for water spread, hydrology and seasonal change detection.

Mangrove Belts (Ennore, Pulicat)

Urban mangrove forests classified using NDVI & NDWI composites to study coastal ecosystem health and degradation.

Cauvery Delta Paddy Wetlands

Thanjavur’s fertile deltaic paddy fields, Tamil Nadu’s rice bowl, used for crop-cycle and seasonal water-level mapping.

Coastal Sand Belts & Historic Shoreline

Shoreline change and erosion analysis using multi-date satellite imagery and DSAS-style techniques.

Urban Expansion Corridors

Built-up growth around Tamil Nadu’s metro and IT corridors mapped for urban sprawl and land-use change studies.

Eastern Ghats Foothill Forests (Javadi Hills Basin)

Upstream catchment forest cover analyzed for watershed and forest-resource monitoring exercises.

Interactive Web Map

Live Leaflet Map — Tamil Nadu Natural Resource Zones

This interactive Leaflet.js map marks key natural resource zones across Tamil Nadu’s coastal belt that students explore during the course. Click each marker for context.

Base map © OpenStreetMap contributors. Markers indicate illustrative locations of natural resource zones used in coursework.

Practical Output

Real LULC & NDVI Maps Produced by Space Borne

Below are genuine LULC and NDVI maps produced by Space Borne — real classified satellite outputs, not mock-ups — showing exactly the kind of deliverable you will learn to build during this course for your own Tamil Nadu study area.

Sample LULC Map — Kuchinda Block, Sambalpur District, Odisha (2005)

Land Use Land Cover map of Kuchinda Block, Sambalpur District, Odisha, classified into agriculture land, dense forest, open forest, built-up, water bodies and barren land

© Space Borne. Sample LULC output classified by Space Borne trainees from satellite imagery — built-up, agriculture, dense/open forest, water bodies and barren land. This is the kind of real classified deliverable you will learn to produce for your own chosen study area in Tamil Nadu during the course.

Sample NDVI Map — Kuchinda Block, Sambalpur District, Odisha (2024)

NDVI vegetation index map of Kuchinda Block, Sambalpur District, Odisha showing vegetation health classes from below 0.15 to 0.41

© Space Borne. Sample NDVI output showing vegetation-health gradients from sparse/stressed vegetation (pink, <0.15) to dense healthy cover (dark green, 0.28–0.41). Generated from real satellite band data using the same spectral-index workflow taught in this course.

Note: The maps above are genuine LULC and NDVI outputs produced by Space Borne (© Space Borne, all rights reserved) for a training study area in Odisha, shown here as a real example of course deliverables. During live classes, you’ll apply the same Landsat 8/9 and Sentinel-2 workflow — QGIS, ArcGIS and Google Earth Engine — to classify and analyze your own chosen study area across Tamil Nadu’s coastal, wetland and forest landscapes.
Course Structure

Curriculum Overview — Foundation Course

This is the week-by-week breakdown of our flagship Foundation course. Specialization tracks (Coastal Mapping, Urban Sprawl, Forest Monitoring, etc.) branch off from Module 4 onward — see the course catalog above for details.

ModuleTopics CoveredDelivery
1. GIS FundamentalsCoordinate systems, projections, vector & raster data, QGIS/ArcGIS interfaceChennai: in-lab · Others: live online
2. Remote Sensing BasicsElectromagnetic spectrum, sensors, Landsat 8/9 & Sentinel-2 data download workflowsChennai: in-lab · Others: live online
3. Image ProcessingBand combinations, atmospheric correction, spectral indices (NDVI, NDWI, NDBI)Chennai: in-lab · Others: live online
4. LULC ClassificationSupervised & unsupervised classification of Chennai’s coastal–urban interfaceChennai: in-lab · Others: live online
5. Natural Resource MappingMangrove mapping, wetland delineation, shoreline change detectionChennai: in-lab · Others: live online
6. Google Earth EngineCloud-based time-series analysis of Tamil Nadu’s coastal & forest zonesChennai: in-lab · Others: live online
7. Python for GISScripting raster/vector workflows with GeoPandas and RasterioChennai: in-lab · Others: live online
8. Web GIS DevelopmentBuilding interactive Leaflet.js maps to publish natural resource layers onlineChennai: in-lab · Others: live online
9. Field Verification ConceptsGround-truthing methodology and accuracy assessment for classified mapsChennai: in-lab · Others: live online
10. Capstone ProjectEnd-to-end LULC & resource-mapping project on a Tamil Nadu study area of choiceChennai: in-lab · Others: live online
Honest Comparison

Offline (Chennai) vs. Online (Rest of Tamil Nadu) — What Actually Differs

We won’t pretend the two modes are identical experiences — they aren’t. Here’s exactly what changes and what stays the same, so you can pick the right one.

AspectOffline — ChennaiOnline — Rest of Tamil Nadu
Curriculum & syllabusIdenticalIdentical
InstructorSame lead instructorsSame lead instructors
CertificateSpace Borne certificateSpace Borne certificate
Datasets usedSame Tamil Nadu case studiesSame Tamil Nadu case studies
Hardware setupPre-configured lab PC providedYou use your own laptop
Doubt clearingFace-to-face, instantLive video + chat, same session
Session recordingsNot typically neededProvided for revision
Travel requiredYes, to Chennai centerNone — join from anywhere
Peer networkingIn-person cohortOnline cohort & community group
Seat availabilityLimited by lab capacityFlexible, larger batch sizes
Bottom line: if you’re based in or near Chennai and want a fully hands-on, in-person lab experience, choose offline. If you’re anywhere else in Tamil Nadu — or simply prefer learning from your own setup — the live online batch delivers the same curriculum, instructors and outcomes without the commute.
What To Expect

8-Week Course Timeline

A week-by-week view of how the Foundation course unfolds, whether you’re sitting in the Chennai lab or joining live from Madurai, Tiruchirappalli, or anywhere else.

Week 1 — Orientation & GIS Fundamentals

Software installation (online learners) or lab login (Chennai), coordinate systems, and your first vector/raster layers in QGIS.

Week 2 — Satellite Data Acquisition

Downloading Landsat 8/9 and Sentinel-2 scenes covering your chosen Tamil Nadu study area; understanding sensor bands.

Week 3 — Image Processing & Spectral Indices

Band math, atmospheric correction, and computing NDVI/NDWI/NDBI on real Tamil Nadu imagery.

Week 4 — LULC Classification

Supervised and unsupervised classification techniques applied to coastal-urban interface zones.

Week 5 — Natural Resource & Wetland Mapping

Mangrove and wetland delineation, shoreline change detection across multiple years.

Week 6 — Google Earth Engine & Python

Cloud-based time-series analysis and scripting your first automated geoprocessing workflow.

Week 7 — Web GIS Development

Publishing your classified layers as an interactive Leaflet.js map, just like the one on this page.

Week 8 — Capstone Project & Certification

Present an end-to-end LULC and resource-mapping project on a Tamil Nadu study area of your choice; receive your certificate.

Learner Voices

What Learners Say

“Being able to walk into the Chennai lab and have someone look over my shoulder while I debugged a classification error saved me hours. The offline format is worth it if you’re local.”

Environmental Science Graduate
Chennai · Offline Batch

“I’m based in Madurai and assumed online would feel like a watered-down version. It wasn’t — same instructor, same Tamil Nadu datasets, same capstone project as the Chennai batch.”

Civil Engineering Student
Madurai · Online Batch

“The Google Earth Engine module alone changed how I approach my forestry fieldwork. I joined from Tiruchirappalli and never felt like I was missing out on anything offline learners got.”

Forestry Researcher
Tiruchirappalli · Online Batch
FAQ

Frequently Asked Questions

Offline vs. Online Delivery

Is the course in Chennai really offline, or just “online with a venue”?

It’s fully offline. You attend in person at our Chennai training center, use a dedicated lab workstation, and get face-to-face instructor time for every session — there is no screen or livestream involved for the Chennai cohort.

If I don’t live in Chennai, can I still attend offline?

You’re welcome to travel to Chennai for the offline batch, but for most learners outside the city we recommend the live online batch — it has the identical curriculum and is far more convenient day-to-day.

Will my certificate say “online” or “offline”?

No — the certificate is identical regardless of delivery mode. It reflects course completion, not the format you attended in.

Can I switch from online to offline mid-course, or vice versa?

Switching is possible subject to Chennai lab seat availability — message us on WhatsApp and we’ll check the next available slot.

Do online learners miss out on hands-on practice?

No. Every lab exercise is done live on your own machine during the session with screen-share guidance — you’re not just watching a recording.

Course Content & Tools

What will I learn in the Remote Sensing & GIS course?

QGIS, ArcGIS, Google Earth Engine, Python for GIS, satellite image interpretation, and LULC classification — all taught using Tamil Nadu’s wetlands, mangroves, and coastal zones as live case studies.

Do I need prior GIS or programming experience?

No. The Foundation course assumes zero prior experience. The Python for GIS and Advanced Earth Engine tracks are best taken after Foundation or with basic scripting familiarity.

Which satellite data sources are used?

Primarily Landsat 8/9 and Sentinel-2, both freely available, supplemented with Google Earth Engine’s curated public data catalog for time-series work.

Is the software free, or do I need paid licenses?

QGIS, Python and Google Earth Engine are entirely free. ArcGIS modules use either a student trial license or lab-provided access in Chennai — we’ll guide you through whichever applies to you.

What’s the difference between the Foundation course and the specialization tracks?

Foundation covers the core toolkit end-to-end. Specialization tracks (Coastal Mapping, Urban Sprawl, Forest Monitoring, etc.) go deeper into one domain and assume Foundation-level familiarity with QGIS and spectral indices.

Eligibility & Career Use

Who can join this GIS and Remote Sensing course?

Students, researchers, and professionals in environmental science, civil engineering, urban planning, forestry, or geography — no prior GIS experience required.

Will this help with government or PSU job applications?

GIS and remote sensing skills are increasingly required in forestry, urban planning, disaster management and agriculture departments; our certificate is recognized for academic and professional use, though specific eligibility depends on the hiring body.

Can final-year students join alongside a thesis or project?

Yes — many learners use the capstone project requirement to directly support an ongoing academic thesis on a Tamil Nadu study area.

Why Space-Borne Data

Why is satellite-based remote sensing better than ground surveys alone?

Satellites cover thousands of square kilometers per pass, revisit the same area every few days, and have imaged some locations consistently since the 1970s — giving you scale and historical depth that ground surveys alone can’t provide at a comparable cost.

Is satellite data accurate enough for real decision-making?

Yes, when paired with proper classification technique and accuracy assessment — both of which are taught explicitly in this course, including how and when to supplement satellite analysis with field verification.

Do I need to buy satellite imagery?

No. Landsat and Sentinel-2 — the two main datasets used throughout this course — are freely available to the public, which is part of why space-borne data is so cost-effective to learn and work with.

Logistics

What are the Chennai classroom timings?

Batches typically run on weekday evenings or weekend full-day formats — exact timings are confirmed when you enroll, based on current cohort scheduling.

How do I join an online session?

You’ll receive a video-call link before each live session; no special software is needed beyond what’s used for the GIS coursework itself.

What if I miss a live online session?

Recordings are made available so you can catch up before the next class — this safety net isn’t offered for the Chennai offline batch since sessions are in-person only.

How do I enroll?

Reach out via WhatsApp or email using the contact details below, mention whether you want the Chennai offline batch or live online, and we’ll confirm the next available start date.

Start Your GIS & Remote Sensing Journey Today

Offline in Chennai, live online everywhere else in Tamil Nadu — learn to map Tamil Nadu’s natural resources and build real Web GIS projects with Space Borne.

Chennai — Offline Classroom Rest of Tamil Nadu — Live Online
🌐 tn.spaceborne.in ✉️ info@spaceborne.in 💬 WhatsApp: +91-8895209346