Remote Sensing & GIS Courses in
Haryana
From Wheat Fields
to Smart Cities.
India’s most comprehensive Remote Sensing & GIS training — Agriculture, Water Resources, Urban Planning, Disaster Management, Forestry, and GeoAI — available live online across all 22 Haryana districts, from Gurugram and Faridabad to Hisar, Sirsa, and Mewat.
Haryana sits at the beating heart of India’s food security system and its fastest-growing urban corridor. The state feeds the nation — its wheat and rice fields cover over 6 million hectares of the Indo-Gangetic Plain — while simultaneously hosting the Delhi NCR’s most rapidly expanding satellite cities. Yet beneath this productivity lies a deepening crisis: one of India’s fastest-depleting aquifer systems, seasonal air quality emergencies driven by stubble burning, flood-prone Yamuna floodplains, and arid western districts facing desertification. Every one of these challenges is a spatial problem — and Space Borne brings the satellite remote sensing and GIS tools to solve them, live online, to every corner of Haryana.
Why Haryana Needs Remote Sensing & GIS Professionals
Haryana punches far above its weight geographically — at just 44,212 sq km it is one of India’s smaller states, yet it accounts for over 13% of India’s wheat production and is central to the nation’s food buffer stock. Managing this agricultural system — and the environmental consequences of its intensification — demands satellite intelligence at every level of governance and research.
The Indo-Gangetic Plain aquifer that sustains Haryana’s irrigation is depleting at one of the fastest rates anywhere in the world, visible from GRACE satellite gravity data. Stubble burning in October–November creates a pollution crisis that affects hundreds of millions of people across north India — and its spatial extent, frequency, and smoke plume movement are all tracked from satellite. The Yamuna river — Haryana’s eastern boundary — is both a critical water resource and a severely degraded ecosystem. And the Delhi NCR urban frontier, anchored by Gurugram and Faridabad, is one of the fastest-expanding urban areas on the planet. All of these demand trained Remote Sensing and GIS professionals.
💧 Haryana’s Groundwater Crisis — Visible From Space
GRACE satellite gravity data shows that Haryana and Punjab together form one of the world’s most severely depleted groundwater zones — losing an estimated 2–3 cm of water table depth per year in the most affected blocks. The Central Ground Water Board (CGWB) classifies over 65% of Haryana’s blocks as “over-exploited” or “critical.” Space Borne’s Water Resources Remote Sensing course uses GRACE TWSA data directly over Haryana’s aquifer system, teaching students to map depletion trends, identify recharge zones, and build the spatial evidence base that water policy and agricultural reform in the state urgently requires.
All Remote Sensing & GIS Courses — Available in Haryana
All eight Space Borne courses are delivered live online and fully accessible from any Haryana district — with case studies drawn from Haryana’s own agricultural, hydrological, and urban landscapes wherever applicable.
Agriculture Remote Sensing & GIS
- Wheat & rice crop mapping — Karnal, Kaithal, Kurukshetra & Ambala belts
- Crop calendar tracking — Kharif–Rabi transition using NDVI time-series
- Stubble burning detection using MODIS FIRMS & Sentinel-2 NBR
- Crop residue mapping & burning frequency hotspot analysis
- NDWI-based irrigated area delineation in canal command zones
- GeoAI yield prediction for Haryana wheat using NDVI + rainfall models
Water Resources Remote Sensing & GIS
- GRACE satellite groundwater depletion mapping — Haryana aquifer blocks
- Groundwater recharge potential zone mapping — multi-criteria GIS analysis
- Yamuna river basin watershed delineation & floodplain mapping
- Canal command area mapping — Western & Eastern Yamuna Canal systems
- Flood inundation mapping — Yamunanagar & Sonipat Yamuna floodplain
- Drought monitoring with SPI for western Haryana arid tracts
Urban & Land Use Remote Sensing
- Delhi NCR urban expansion — Gurugram, Faridabad, Sonipat, Manesar growth
- Farmland conversion & agricultural land loss monitoring 2000–2024
- Urban Heat Island analysis — Gurugram vs Faridabad thermal comparison
- Impervious surface mapping & green space loss in NCR fringe districts
- Peri-urban sprawl detection — Panipat, Rohtak, Hisar secondary cities
- Smart city GIS workflows — road network, zoning & land use integration
Disaster Management Remote Sensing & GIS
- Yamuna & Ghaggar river flood inundation mapping with Sentinel-1 SAR
- Stubble burning smoke plume tracking — MODIS AOD & Sentinel-5P NO₂
- Waterlogging & drainage failure mapping in low-lying agricultural areas
- Urban flash flood risk — Gurugram, Faridabad drainage vulnerability
- Heatwave risk zonation using Landsat Land Surface Temperature
- Disaster risk GIS dashboards for Haryana SDMA operations
Forestry Remote Sensing & GIS
- Aravalli ridge green cover mapping — Gurugram to Mahendragarh
- Shivalik hills forest monitoring — Panchkula, Ambala, Yamunanagar
- Land degradation & soil erosion mapping in degraded Aravalli tracts
- Forest fire monitoring — MODIS FIRMS for Haryana seasonal fires
- Carbon stock estimation & afforestation monitoring in plantation zones
- Biodiversity habitat analysis for Kalesar & Sultanpur sanctuaries
GeoAI & Deep Learning for Geospatial
- CNN for wheat-rice crop type classification on Sentinel-2 time-series
- U-Net semantic segmentation — flood, urban, agricultural land mapping
- LSTM models for wheat yield forecasting using NDVI & IMD rainfall
- Object detection for farm pond, canal & groundwater structure mapping
- Siamese networks for stubble burning area change detection
- End-to-end GeoAI pipeline — TensorFlow / PyTorch capstone on Haryana data
Google Earth Engine (GEE) — Complete Course
- GEE Code Editor — JavaScript API from scratch
- Time-series NDVI crop calendars for Haryana wheat-rice systems
- Groundwater & reservoir monitoring applications built in GEE
- Supervised classification and accuracy assessment workflows
- GEE Python API + geemap for Jupyter-based analysis
- Building shareable GEE dashboards for HARSAC & state departments
Python for Remote Sensing & GIS
- Python for GIS — GDAL, Rasterio, Fiona, Shapely, GeoPandas
- Raster pipelines — multi-temporal NDVI, SPI, stubble burn area stacks
- Crop classification pipelines using Scikit-learn on Haryana data
- Automated groundwater depletion & canal monitoring reports
- GEE Python API for large-area Haryana agricultural analysis
- No prior coding experience required — starts from Python basics
Haryana’s Landscapes — Your Satellite Classroom
Haryana’s compact geography holds extraordinary diversity of land use and environmental challenge — every one of which becomes a live case study in Space Borne’s courses:
🌫️ Stubble Burning — Haryana’s Most Visible Satellite Signature
Every October and November, MODIS FIRMS satellite fire detection data lights up across Haryana and Punjab with thousands of active fire points — the stubble burning season that creates north India’s worst air quality crisis. Sentinel-2 imagery captures burn scars at 10-metre resolution, Sentinel-5P tracks NO₂ and aerosol plumes across the IGP, and MODIS aerosol optical depth (AOD) products quantify smoke concentrations reaching Delhi. Space Borne’s Agriculture Remote Sensing course dedicates specific exercises to stubble burning detection, burn scar mapping, and fire frequency analysis across Haryana — giving students skills directly applicable to the state’s crop residue management policy challenge.
All 22 Haryana Districts — Fully Covered
Space Borne courses are entirely live online — no commute, no relocation. Enroll from any Haryana district:
Why Space Borne — and Why Now for Haryana?
🌾 What Makes Space Borne Different
- India-first curriculum — every case study uses Indian satellite data
- Haryana-specific modules — IGP wheat-rice, groundwater, stubble burning, NCR built-in
- Tools that matter — GEE, Python, QGIS, ArcGIS, HEC-RAS, SNAP, LiDAR
- Beginner-friendly — no prior GIS experience needed for foundational tracks
- All sessions recorded — revise at your own pace after every live class
- Certificate awarded for each module and full programme
- Group rates for HARSAC, HAU, NDRI, Haryana forest & water departments
📈 Haryana GIS Job Market — Right Now
- HARSAC (Haryana Space Application Centre) — Hisar
- Haryana Agriculture Department — crop area estimation, PMFBY
- Central Groundwater Board (CGWB) — North-Western Region, Chandigarh
- Haryana Forest Department — Panchkula & Aravalli monitoring
- HRERA, Haryana Urban Development Authority (HUDA) — GIS planning
- HAU Hisar, NIT Kurukshetra, MDU Rohtak — research roles
- Gurugram agri-tech, proptech & climate-risk startups
🌾 India’s Food Bowl Needs Satellite Eyes
Haryana contributes over 13% of India’s wheat production and is a cornerstone of the country’s food security architecture. Yet the same intensive agriculture that sustains this output is depleting groundwater at an alarming rate, converting farmland to urban use along the NCR frontier, and contributing to seasonal air quality crises through residue burning. Managing this system intelligently — knowing what is being grown where, how much water it is consuming, where aquifers are failing, and which fires are burning — requires satellite remote sensing. HARSAC in Hisar, the Agriculture Department, the Haryana Water Resources Authority, and a growing ecosystem of agri-tech firms in Gurugram are all building this capacity. Space Borne trains you to be part of that effort.
Career Opportunities in Haryana After This Course
I am a field officer in the Haryana Agriculture Department in Kaithal, responsible for crop loss estimation under PMFBY. For years we relied entirely on field-level surveys which were slow, expensive, and always behind schedule. After completing Space Borne’s Agriculture Remote Sensing course, I built a Kharif season crop health monitoring dashboard in Google Earth Engine using Sentinel-2 NDVI time-series across our entire tehsil within weeks. During the Rabi season I mapped stubble burning extent across five blocks in real time. Our department has adopted this approach for the annual crop area estimation cycle. Space Borne gave me tools that changed how our district manages agricultural data — and my career trajectory along with it.
Deepika Yadav — Field Officer, Haryana Agriculture Department, Kaithal (Space Borne Alumna)Frequently Asked Questions — Haryana Students
Enroll from Haryana — Start Learning Today
Whether you are an agriculture officer in Karnal, a water resources researcher in Hisar, an urban planner in Gurugram, a forest officer in Panchkula, or a GIS student in Kurukshetra — Space Borne has a course built for your landscape, your challenge, and your career in Haryana.
All courses are live online, taught with India-first satellite datasets, and directly applicable to the challenges that define Haryana — from its wheat fields to its groundwater crisis, its NCR skyline to its Aravalli ridge. India’s bread basket is visible from space. Learn to read it.
📞 Contact Space Borne — Enroll from Haryana Today
Call / WhatsApp: +91-8895209346 | Email: info@spaceborne.in | Website: www.spaceborne.in
Ask about course fees, current batch schedules, module-wise enrolment, student discounts, and group / institutional rates for HARSAC, HAU, Haryana government departments, and NCR organisations.
India’s Bread Basket.
Read It From Space.
Join agriculture officers, water resource engineers, urban planners, forest officials, disaster managers, and GIS students from across all 22 Haryana districts building satellite-based geospatial skills with Space Borne.
