Innovative Engineering Services

Innovative Engineering Services Engineering Service

Advancing climate and hydrological monitoring through the installation of high-altitude snow stations in the Himalayas.P...
13/05/2026

Advancing climate and hydrological monitoring through the installation of high-altitude snow stations in the Himalayas.

Proud to contribute towards strengthening climate-resilient water resources and energy infrastructure in mountainous regions. 🌨️🏔️⚡

11/05/2026

The maintenance of early warning system devices installed at greater heights has been a major challenge for us for many years.

To address this issue, we have now developed an innovative solution that significantly reduces the difficulties faced during field maintenance works.

We hope this innovation will make maintenance tasks easier and help ensure the seamless operation of the early warning system for providing uninterrupted warning information to vulnerable communities.

Environmental flow monitoring is very crucial for maintaining river ecosystem, riverine biodiversity, downstream water a...
03/05/2026

Environmental flow monitoring is very crucial for maintaining river ecosystem, riverine biodiversity, downstream water allocation, and overall river health, but accurate measurement is challenging due to very low flow conditions.

To address this, we have designed and installed a site-specific V-notch assembly capable of measuring flows from a few liters per second up to several hundred lps, aligned with international standards. The system is already tested and functioning well in the field.

This setup is part of our scientific research in hydrological monitoring. With the addition of automatic water level sensors and telemetry, it can be upgraded into a fully automated and real-time monitoring station.

We hope such innovations support better ecosystem protection, compliance of environmental flow release, informed water allocation, and sustainable river management.

26/04/2026

We are currently deploying SLAM LiDAR technology for the detailed inventory survey of an irrigation canal project, bringing accuracy and efficiency to field data collection.

During the site investigation, several key assessments were performed, including:• Crack monitoring• Hammer testing for structural integrity• Detailed visual inspection of hydraulic structures

In parallel, SLAM LiDAR was used to capture high-density spatial data, enabling the generation of precise point clouds and the preparation of accurate 3D maps of the canal and associated structures.

Key advantages of using SLAM LiDAR in irrigation barrage inventory surveys:• Rapid data collection even in complex and inaccessible areas• High accuracy and detailed geometric representation• Reduced dependency on traditional manual measurements• Improved safety by minimizing exposure in risky zones• Enhanced visualization for analysis, design, and rehabilitation planning• Efficient documentation for long-term asset management

This integration of advanced surveying technology with conventional inspection methods is significantly improving the quality and reliability of irrigation infrastructure assessment.

We are pleased to share the successful completion of our Inception Report Presentation of the project “Update of Climate...
23/04/2026

We are pleased to share the successful completion of our Inception Report Presentation of the project “Update of Climate Change Study in Nepal” for Department of Hydrology and Meteorology (DHM).

The overall objective of the study is to rigorously analyze Global Climate Models (GCMs) for Nepal under SSP2–4.5 and SSP5–8.5 scenarios, identifying the most representative models for future climate extremes and generating high-quality, bias-corrected datasets for multi-level planning. The major work scope includes:
✔️ Acquisition and processing of CMIP6-based daily GCM datasets under multiple climate scenarios
✔️ Scientific selection of representative models using the Envelope Approach (capturing “cold-dry”, “cold-wet”, “warm-dry”, and “warm-wet” futures)
✔️ Statistical downscaling and bias correction of temperature and precipitation data (1981–2100) at 0.1° resolution across Nepal
✔️ Generation of time-series datasets at national, provincial, district, and physiographic levels
✔️ Comparative assessment of selected models against existing benchmark models
✔️ Preparation of technical reports and facilitation of knowledge-sharing workshops

đź’ˇ At Innovative Engineering Services Pvt. Ltd., we specialize in advanced climate modelling, geospatial analytics, and data-driven decision support essential for evidence-based Climate Change Adaptation (CCA) and Disaster Risk Reduction (DRR) initiatives.

We have successfully installed a flood monitoring sensor in the Narayani River to collect real-time hydrological data. T...
12/04/2026

We have successfully installed a flood monitoring sensor in the Narayani River to collect real-time hydrological data. The primary objective is to ensure timely communication of flood information to downstream vulnerable communities for early preparedness and response.

The collected flood data will be used to generate SMS alerts and can be further integrated with a Multi-Hazard Audio Warning System (MHAWS). This integrated system will help disseminate timely warnings to downstream communities, thereby minimizing the risk of loss of life and property.

📢 Vacancy Announcement: Field SupervisorsWe are seeking Field Supervisors for short-term engagement across 6 municipalit...
10/04/2026

📢 Vacancy Announcement: Field Supervisors
We are seeking Field Supervisors for short-term engagement across 6 municipalities for a duration of one month.
Interested candidates are requested to apply by following the instructions outlined in the “How to Apply” section below.
We strongly encourage applications from Women, Dalit, Janajati, and Marginalized Communities, promoting diversity and inclusion in our workforce.

We have developed an innovative solution (Smart Flood Tower) for disseminating flood information to the vulnerable commu...
09/04/2026

We have developed an innovative solution (Smart Flood Tower) for disseminating flood information to the vulnerable community.

The Smart Flood Tower delivers flood warning information through high-intensity visual warning lights. It is connected to flood monitoring sensors via a wireless or mobile network. When water levels at monitoring locations exceed predefined warning or danger thresholds, the flood monitoring station automatically activates the Smart Flood Tower, triggering distinct warning signals.

Ongoing Mega Project – Approx. 500 KM Cross-Section SurveyIES is currently conducting an intensive river cross-section s...
06/04/2026

Ongoing Mega Project – Approx. 500 KM Cross-Section Survey

IES is currently conducting an intensive river cross-section survey covering approximately 500 KM across multiple river basins in Nepal.
The primary objective of this work is to generate precise data for detailed river modeling, supporting accurate analysis and future planning.

As part of the ongoing progress, our team is currently performing fieldwork in the Mohana–Khutiya Basin of the Far Western Province.
We are proud of our dedicated team working tirelessly in the field.

Approx-4000 Ha -(40 Sq KM ) LiDAR SurveyIES Successfully Completes 4,000 Ha LiDAR Survey in Karnali ProvinceIES is proud...
05/04/2026

Approx-4000 Ha -(40 Sq KM ) LiDAR Survey
IES Successfully Completes 4,000 Ha LiDAR Survey in Karnali Province

IES is proud to announce the successful completion of approximately 4,000 hectares (40 sq. km) of LiDAR survey in Karnali Province.
The project scope included hydrological study, GCP establishment using DGPS, LiDAR survey, and 30 km of bathymetric survey.

Despite the challenging terrain and conditions, our team completed the GCP establishment and LiDAR survey within the planned schedule.

Thank you to our dedicated team for their hard work and commitment.

IES Signs Contract for Intensive Hydrological and Sediment Monitoring and Data Collection for Physical Modelling of Riv...
04/04/2026

IES Signs Contract for Intensive Hydrological and Sediment Monitoring and Data Collection for Physical Modelling of River, including a Drone Survey for one of the hydropower projects in Solukhumbu, Nepal.
The study will be carried out over 2 years.
As part of the project, our team has successfully completed:

• Drone survey for Orthomosaic generation

• Boulder survey

• Intensive river cross-section survey up to 20 m above HFL

• Pit excavation test

• Surface material test

IES remains committed to delivering high-quality technical work for Nepal’s hydropower and river system development.

Address

Innovative Engineering Services Pvt Ltd
Kathmandu
44600

Opening Hours

Monday 09:00 - 17:30
Tuesday 09:00 - 17:30
Wednesday 09:00 - 17:30
Thursday 09:00 - 17:30
Friday 09:00 - 17:30
Sunday 09:00 - 17:30

Telephone

+97715261774

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