Senior AI Engineer Β· Senior Data Scientist Β· Robotics Researcher Β· Kaggle Expert (#416 Global Rank)
I build intelligent systems that work in production: not just in notebooks. From multi-agent banking AI to computer vision security systems, I bridge cutting-edge AI with real enterprise impact.
I'm a Senior AI Engineer and Data Scientist based in Lagos, Nigeria, with 5+ years of experience building and deploying production-grade AI systems across banking, healthcare, government, EdTech, and Enterprise Systems.
I specialize in the full AI lifecycle: from data engineering and model training to LLM orchestration, multi-agent systems, and cloud-native MLOps on AWS, GCP, and Azure. I don't just build models; I build systems that enterprises trust.
- π Kaggle Expert: Global Rank #416
- π₯ 4x Hackathon Winner: including 1st Place at Zaka 2023 AI Challenge & Deep Learning IndabaX Nigeria
- ποΈ International Speaker: PyCon Kenya 2025 Β· Datafest Africa 2024 Β· Black in Robotics 2025 (USA)
- π« AI Faculty, Univaciti TeSA Program: training the next generation of production-ready AI engineers
- βοΈ Contributed to Qucoon's AWS AI Competency in Generative AI & Machine Learning Services
- π Organising Team Member & Faculty, AISOC (AI Summer of Code): the world's largest community for incubating AI talents
- βοΈ I write about AI strategy and engineering at Quantum Reports on Medium
- π€ Robotics Researcher: exploring the intersection of AI, perception, and autonomous systems
- β‘ Fun fact: I'm a certified Data Bender: I make data do things it didn't know it could
My research lies at the intersection of autonomous systems, multi-agent orchestration, and edge intelligence. I focus on the architectural design of communication mesh networks and decentralized coordination protocols for multi-robot swarm systems spanning aerial, terrestrial, and aquatic platforms. A core emphasis is cost-efficiency and fault tolerance through localized machine learning deployed directly on resource-constrained embedded hardware.
I am further interested in federated learning frameworks for collaborative model training across distributed robot nodes, and reinforcement learning approaches for adaptive control and emergent coordination in multi-agent settings. Beyond low-level control and multi-robot path planning, I am interested in distributed Vision-Language Model (VLM) reasoning across robot networks to enable collaborative, real-time spatial awareness and autonomous decision-making in complex, dynamic environments.
Problem: FedAvg is assumed to outperform local training on edge devices, but this assumption is untested in the minimal-client regime (2β3 physical devices) that most real deployments start with
Solution: Ran controlled experiments on real heterogeneous hardware (Raspberry Pi 4 ARM64 + x86_64 gateway) comparing local-only, centralized, and FedAvg on system telemetry anomaly detection β then isolated client count from heterogeneity via a sub-client sweep
Finding: FedAvg fails at 2 clients (0.789 F1 vs. 0.895 centralized), peaks at round 5 then degrades β client count, not data heterogeneity, is the causal variable. Above ~6 clients, FedAvg recovers and wins
Stack: Federated Learning FedAvg Raspberry Pi Edge AI PyTorch Anomaly Detection Python
Problem: Enterprise digital banking overwhelmed by customer enquiries, manual transactions, and fragmented multilingual support
Solution: Pioneered a serverless, multi-agent conversational AI system on AWS Bedrock + Lambda with intelligent routing, stateful context management, and PCI-DSS compliant core banking integration
Impact: Scaled transactional banking by 70% Β· Cut customer enquiry workloads by 66% Β· Achieved >99% accuracy with sub-second latency
Stack: AWS Bedrock Lambda RAG Multi-Agent Systems Python
Problem: Traditional surveillance unable to process multi-modal, real-time inputs for comprehensive threat detection
Solution: Architected a CV pipeline fusing drone imagery, satellite feeds, thermal cameras, and ground sensors for 24/7 anomaly and intrusion detection with geospatial analysis
Impact: Enabled border security, infrastructure protection, and remote area surveillance at scale
Stack: PyTorch OpenCV Geospatial AI AWS Deep Learning
Problem: Manual EdTech content development was slow, expensive, and inconsistent across global cohorts
Solution: Built a proprietary AI model for automated course generation using Azure AI, integrated with Agentic student assistants for real-time learning support
Impact: Reduced content development cycles by 95% Β· Improved query resolution by 60% across 10K+ student interactions
Stack: Azure AI LangChain Agentic AI Python FastAPI
Problem: E-procurement customers faced slow, fragmented data access and poor support experience
Solution: Led design of an Agentic AI support system backed by a 500+ test case evaluation framework covering hallucination detection and tool-use accuracy
Impact: Accelerated data access and purchase information retrieval by 90%
Stack: Python LangChain SQL MLOps Drift Detection
ποΈ See all projects β bit.ly/dan-akhabue
| Achievement | |
|---|---|
| π | Deep Learning Indaba 2026: Best Poster Award β Does Federated Learning Need a Crowd? (Poster GP-80) |
| π₯ | Zaka 2023 AI Challenge: 1st Place (Team Synergy) |
| π₯ | Deep Learning IndabaX Nigeria Hackathon: 3rd Place |
| π | 4x Hackathon Winner overall |
| ποΈ | Kaggle Expert: Global Rank #416 |
| ποΈ | Speaker: PyCon Kenya 2025 Β· Datafest Africa 2024 Β· Black in Robotics 2025 (USA) |
| βοΈ | Contributed to Qucoon's AWS AI Competency: Generative AI & ML Services |
| π | Organising Team Member & Faculty: AISOC (AI Summer of Code) |
current_focus = {
"at_work": ["Multi-Agent AI Systems", "IoT + Computer Vision Fusion", "AWS Bedrock"],
"research": [
"Swarm & Chain Drone Systems: architecture, mesh comms, decentralized coordination",
"Edge ML on resource-constrained embedded hardware with fault tolerance",
"Distributed VLM reasoning across swarm networks for real-time spatial awareness",
"Multi-robot path planning & autonomous decision-making for aerial missions",
"Deploying intelligent autonomous systems in infrastructure-constrained environments"
],
"teaching": ["Production AI Engineering", "Cloud-Native MLOps", "Generative AI Systems"],
"competing": ["Kaggle", "Zindi Africa"],
"north_star": "Is the AI solving the problem it's expected to solve, under acceptable conditions?"
}- π Does Federated Learning Need a Crowd? Client Count, Not Heterogeneity, Explains FedAvg's Failure on Real Edge Hardware (Best Poster β Deep Learning Indaba 2026, Poster GP-80)
- π My Last Umoja Hack Africa Experience as an Undergrad: The Good, the Bad, and the Ugly
- π Driving Electoral Integrity with Data Visualization: How a Power BI Dashboard Can Revolutionize Your Election Process
- π Is Hacking Together Your First Python Package Difficult?: A guide for data students
- π Becoming a Contributor to the Open-Source Data Community
- π Exploratory Data Analyses: NPFL's Teams and Standings: A novel data mining & EDA project
π Read more β Quantum Reports on Medium
Open to consulting engagements, speaking invitations, research collaborations, and conversations about hard AI problems.
"Before you optimise your AI: or swap that Sonnet for an Opus: make sure you've answered the North Star Question."


