I am Naheem .... Adebisi .... Idowu .... !
Remote Sensing and GIS Analyst, GeoAPP Developer, FAA Licensed UAV Pilot, Photogrammetry and LiDAR expert.
I am an experienced and solution-oriented Earth Observation Scientist
I am passionate about providing simple digital solutions to complex environmental and spatial problems
Work Experience
I have almost a decade of experience working with Leading GIS Industries, Education Institutions, and Government Organizations.
- Product Engineer Intern @ Esri, USA (May 2023 – present)
- Research Assistant, Boise State University, USA (July 2021 – present)
- Research Assistant, University of Tech Petronas, Malaysia (June 2019 – June 2022)
- Cadastral Officer, Teqbridge Limited, Nigeria (Jan 2019 – June 2022)
- GIS Analyst, GISKonsult Limited Nigeria (Jan 2017 – Dec 2018)
Education
From a Bachelor of Technology in Geoinformatics to PhD in Geoscience, I have a diverse and strong education background in earth science disciplines with great academic achievement
Geoinformatics (BTech)
FUTA, Nigeria.
Environmental Engineering (MSc)
UTP, Malaysia.
Geophysics (Ph.D. candidate)
BSU, USA.
Skills
In a world of unprecedented technological advancements, we find ourselves surrounded by a wealth of earth observation data. From drones soaring through the skies to LiDAR systems capturing intricate details, from stunning aerial photographs to captivating motion videos, and from optical, RADAR, to altimetry satellites orbiting above us, the possibilities are limitless.
At the core of my passion lies the exploration and utilization of the vast and ever-growing repository of earth observation data. I am dedicated to unlocking its potential, transforming it into meaningful insights, and harnessing its power to make a positive impact.
Through advanced data processing techniques, cutting-edge visualization tools, and spatial analysis expertise, I delve deep into the intricacies of earth observation data. I extract valuable information, uncover hidden patterns, and derive actionable intelligence that can drive decision-making, shape strategies, and revolutionize industries.
I am also adept at scripting and modeling, bringing data to life through innovative applications. I can develop sophisticated models and algorithms to extract knowledge from the data and predict future trends for businesses and organizations to stay one step ahead in this fast-paced world.
Tools
I have the experience to implement and scalable solutions and tools including ArcGIS software suites, QGIS, Agisoft photoscan, pix4D, OpenDroneMap to process and analyze data on a grand scale.
Embracing Challenges and Collaborative Excellence
I have actively engaged in a diverse range of professional endeavors, including conferences, hackathons, hackweeks, and expeditions. Regardless of the task at hand, I am always ready to adapt and excel, whether working independently or as part of a team. My unwavering commitment and versatility enable me to embrace any challenge that comes my way.
But the end justifies the means
In a world where data is abundant and tools are ever-evolving, the real value lies not in the approach or means employed but rather in the ultimate goal. I am motivated by results. I am driven by purpose… to find innovative approach for environmental monitoring, resource management, conservation, climate change mitigation, and agriculture development.
Work that has impacts
Structure from motion using ArcGIS orthomapping Python Api
In my previous articles on photogrammetry, I introduced structure from motion photogrammetry, explained block adjustment, and demonstrated how to generate photogrammetry products for urban monitoring
Understanding block adjustment and Control Points in Photogrammetry
Bundle block adjustment is a fundamental concept in photogrammetry, involving the calculation of camera interior and exterior orientation parameters as well as the 3D coordinates
ArcGIS PRO Reality Mapping : A one-stop center for photogrammetry projects.
Structure From Motion (SFM) is a photogrammetric technique for creating orthophotos and 3D models of the earth surface from overlapping photographs. The photographs can be
Monitoring seedling status using high resolution UAV data: A case study of Trails restoration project in the city of Boise, Idaho.
Unoccupied Aerial Systems (UAS), commonly known as drones, have revolutionized environmental monitoring and ecological research. They offer a promising alternative to traditional methods, such as
Introduction to LiDAR remote sensing
Learning Objectives¶ In this tutorial, we will learn how to work with lidar derived raster product that represent topography and snow depth. The objectives include:
Importance of Nodata Mask in raster calculation and plotting
In this notebook, I demonstrated the importance of masking the no data value for raster calculation and plotting. I used a digital surface model and
Getting Started with Pandas
Introduction¶ Pandas is a python package for reading, cleaning, exploring and analyzing tabular data such as data from spreadsheets or databases. Pandas provides flexible and