Qualifications & Certifications

Professional Cetificates:

ESRI Technical Certifications and Specialized Training :

1. Introduction to CAD and BIM Data:

2. Introduction to Data Engineering

3. ArcGIS Roads and Highways ( 4 cources -20 hours):

The ArcGIS Roads and Highways course introduces the fundamentals of managing road networks using this specialized ArcGIS extension. The training focuses on integrating data from multiple Linear Referencing Systems (LRS) to create a unified and comprehensive view of roadway networks. This integration enhances the management of road assets, accelerates incident response times, and improves the coordination of work resources.

Skills Gained:

Understanding Linear Referencing Systems (LRS) - Data Integration and Management - Efficient Resource Coordination - Road Asset Management - Enhanced Incident Response

ArcGIS Roads and Highways: Introduction to Modeling and Data Management in a Desktop Environment

ArcGIS Roads and Highways: Preparing and Sharing an LRS Using ArcGIS Enterprise

ArcGIS Roads and Highways: Editing an LRS

ArcGIS Roads and Highways: Managing Events in ArcGIS Pro (in progress)

4. GIS for Climate Action

This MOOC, focused on leveraging GIS technology to address the complex challenges posed by climate change, empowers learners to apply the geographic approach in developing sustainable solutions. Through a series of hands-on exercises and real-world case studies, participants explore how GIS can be used to analyze climate change indicators, assess risks, and create strategies for building resilient communities and infrastructure. The course emphasizes the importance of location-based insights in understanding and mitigating climate-related hazards.

Tools Used:

ArcGIS Pro - ArcGIS Online - ArcGIS Living Atlas - ArcGIS Instant Apps & Survey123 - ArcGIS Dashboards - ArcGIS StoryMaps

Skills Gained:

- Analyzing climate change indicators and assessing the risks of climate-related hazards.

- Planning adaptive strategies for vulnerable populations and infrastructure.

- Creating and customizing dashboards to visualize and monitor climate data in real-time.

- Communicating complex climate-related insights through engaging and interactive storytelling.

- Applying GIS tools to evaluate and propose mitigation strategies for greenhouse gas emissions and other environmental challenges.

5. Transform AEC Projects with GIS and BIM

6. Deep Learning Using ArcGIS Pro

7. Suitability Modeling: Creating a Weighted Suitability Model 

8. Geographic Information Systems GIS Specialization (University of California, Davis)

This specialization, developed in partnership with Esri, equips learners with essential GIS skills for professional applications across diverse industries. The program covers:

1. Spatial data analysis techniques

2. Cartographic methods for effective map-based communication

3. Collaboration strategies in GIS and related fields

Through hands-on projects, participants gain practical experience in:

- Analyzing spatial data

- Creating professional-quality maps

- Applying GIS to real-world scenarios

The curriculum progresses from foundational concepts to advanced applications, culminating in an overview of GIS use across various sectors. This specialization prepares learners for GIS-related roles in fields such as agriculture, public health, urban planning, and environmental management.

9- Geo-spatial Applications for Disaster Risk Management course :

This course, is a Massive Open Online Course (MOOC) offered by the United Nations Office for Outer Space Affairs (UNOOSA) and the Centre for Space Science and Technology Education for Asia and the Pacific.

The course is designed to enhance participants' capabilities in using geospatial and Earth observation technologies for disaster risk management. It consists of two tracks:

1. Track 1 (Basic Module): Suitable for non-experts, providing foundational knowledge on disaster risk reduction, remote sensing, and geospatial technologies.

2. Track 2 (Advanced Module): A more technical track focusing on developing skills in using Earth observation for assessing various disasters.

Skills gained from this course include:

1. Understanding of disaster risk management concepts and terminologies

2. Knowledge of geospatial technologies and Earth observation systems for disaster management

3. Familiarity with international frameworks and cooperation mechanisms related to space technologies in disaster management

4. Ability to use open datasets and tools for disaster risk management

5. Skills in applying Earth observation and geospatial intelligence to various types of disasters (e.g., floods, droughts, landslides, earthquakes, forest fires)

6. Knowledge of disaster mapping, monitoring, and modeling techniques

7. Understanding of post-disaster damage assessment using satellite imagery

8. Exposure to case studies and practical applications in different disaster scenarios