I'm Mustapha Moshood Olawale, a Senior Software Engineer, AI/ML Engineer, Founder and Geospatial Technologist building software and intelligent systems at the intersection of:
Software Engineering × Artificial Intelligence × Geospatial Intelligence × Data
I work across the full product lifecycle, from problem discovery and system architecture to implementation, deployment, infrastructure and iteration.
My work spans:
- 🧠 Artificial Intelligence & Machine Learning
- 🌍 Geospatial Intelligence & GIS
- 🛰️ Remote Sensing & Earth Observation
- ⚙️ Backend & Distributed Systems
- 📱 Web & Mobile Applications
- ☁️ Cloud Infrastructure & DevOps
- 🧪 Research & Experimental Systems
- 🚀 Product & Startup Engineering
I particularly enjoy turning complex data into systems that can support real-world decisions.
| 🔭 Building | Geospatial and climate intelligence systems at StrikeClimate |
| 🌱 Learning | Advanced remote sensing pipelines and geospatial foundation models |
| 💬 Ask me about | Geospatial AI · Backend architecture · Rust systems · LLMs & RAG |
| 🤝 Open to | Collaborations, technical advisory and ambitious product builds |
🌍 Geospatial & Earth Observation
| Category | Technologies / Data |
|---|---|
| GIS / Spatial | |
| Earth Observation | |
| Environmental Data | |
| Platform | |
| Applications |
☁️ Cloud, DevOps & Infrastructure
| Category | Technologies |
|---|---|
| Cloud | |
| Platforms | |
| Containers | |
| CI/CD | |
| Infrastructure |
🔐 Security & Defensive Engineering
| Category | Tools / Areas |
|---|---|
| Security Testing | |
| Security Platforms | |
| Security Frameworks | |
| Practices |
|
A marketplace concept focused on connecting buyers and vendors across Nigerian markets. Focus
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Building agricultural and climate intelligence systems using geospatial data, remote sensing and machine learning. Products
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Building practical digital systems for organizations, businesses and communities. Focus
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A technology initiative focused on building, experimenting, learning and creating practical software solutions. Focus
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An AI-powered fitness technology initiative focused on using intelligent systems to create personalised fitness experiences. Focus
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A technology initiative focused on developing innovative digital solutions to address real-world challenges and create meaningful impact. Focus
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One of the areas I find most interesting is the intersection of satellite data, machine learning and software engineering.
flowchart TD
A["🛰️ SATELLITE DATA<br/><i>Sentinel · Landsat</i>"] --> B["📡 REMOTE SENSING<br/><i>Feature Extraction</i>"]
B --> C["🗺️ SPATIAL FEATURES<br/><i>GIS · Environmental</i>"]
C --> D["🧠 MACHINE LEARNING<br/><i>RF · XGBoost · YOLO</i>"]
D --> E["⚡ INTELLIGENCE<br/><i>Prediction · Detection</i>"]
E --> F["🎯 DECISION SUPPORT"]
classDef sat fill:#0E7490,stroke:#22D3EE,stroke-width:2px,color:#F0F9FF
classDef rs fill:#0891B2,stroke:#67E8F9,stroke-width:2px,color:#F0F9FF
classDef sf fill:#0F766E,stroke:#5EEAD4,stroke-width:2px,color:#F0FDFA
classDef ml fill:#6D28D9,stroke:#C4B5FD,stroke-width:2px,color:#F5F3FF
classDef intel fill:#7C3AED,stroke:#DDD6FE,stroke-width:2px,color:#F5F3FF
classDef dec fill:#047857,stroke:#6EE7B7,stroke-width:3px,color:#ECFDF5
class A sat
class B rs
class C sf
class D ml
class E intel
class F dec
Don't just write code. Build systems that matter.
I think beyond implementation.
flowchart LR
P["Problem"] --> R["Requirements"] --> A["Architecture"] --> I["Implementation"] --> T["Testing"]
T --> D["Deployment"] --> M["Monitoring"] --> ME["Measurement"] --> IT["Iteration"]
IT -.-> R
classDef discover fill:#7C3AED,stroke:#C4B5FD,stroke-width:2px,color:#F5F3FF
classDef build fill:#2563EB,stroke:#93C5FD,stroke-width:2px,color:#EFF6FF
classDef run fill:#0891B2,stroke:#67E8F9,stroke-width:2px,color:#ECFEFF
classDef learn fill:#059669,stroke:#6EE7B7,stroke-width:2px,color:#ECFDF5
class P,R discover
class A,I,T build
class D,M run
class ME,IT learn
Good software should not only work.
It should be:
| 🤖 Artificial Intelligence |
🛰️ Geospatial AI |
🌍 Remote Sensing |
🌾 AgTech |
| 🌱 ClimateTech |
👁️ Computer Vision |
🧠 LLMs & RAG |
⚙️ Distributed Systems |
| ☁️ Cloud Infrastructure |
🚀 Product Engineering |
📊 Data Platforms |
🔬 Technical Research |
I enjoy working across the intersection of:
flowchart TD
T["⚡ TECHNOLOGY"]
T --> AI["🤖 AI"]
T --> GEO["🌍 GEOSPATIAL"]
T --> SW["💻 SOFTWARE"]
AI --> P["🚀 PRODUCTS"]
GEO --> P
SW --> P
P --> R["🌟 REAL-WORLD IMPACT"]
classDef root fill:#1E293B,stroke:#94A3B8,stroke-width:2px,color:#F8FAFC
classDef ai fill:#7C3AED,stroke:#C4B5FD,stroke-width:2px,color:#F5F3FF
classDef geo fill:#0891B2,stroke:#67E8F9,stroke-width:2px,color:#ECFEFF
classDef sw fill:#2563EB,stroke:#93C5FD,stroke-width:2px,color:#EFF6FF
classDef prod fill:#059669,stroke:#6EE7B7,stroke-width:2px,color:#ECFDF5
classDef impact fill:#047857,stroke:#A7F3D0,stroke-width:3px,color:#ECFDF5
class T root
class AI ai
class GEO geo
class SW sw
class P prod
class R impact
That means I'm interested not only in how something is built, but also:
- Why it should exist
- Who it serves
- How it scales
- How the data flows
- How the system behaves in production
- How users interact with it
- How the product can evolve
I'm interested in collaborating on meaningful projects across:
If you're building something ambitious, I'm interested in discussing the engineering behind it.



