Open to opportunities

Muhammed Adetunji

@muhammedadetunji

Message

I build end-to-end AI automation workflows that turn operational data into reliable, scalable agentic decisions.

Nigeria

Message

What I'm looking for

I’m looking for a role where I can build reliable n8n + LLM automation that improves operations end-to-end—pricing, inventory, and HR—with clean integrations, traceability, and room to scale intelligent agents.

I’m a Chemical Engineering graduate who designs and deploys end-to-end AI automation workflows, combining an engineering foundation with hands-on expertise in intelligent agent development, business process automation, and LLM-powered decision systems. I translate complex operational challenges into lean, scalable automation solutions across HR, inventory management, and dynamic pricing domains.

Using n8n and Claude AI, I’ve built autonomous multi-trigger agents with API orchestration, confidence-scored outputs, and conditional approval gates that route flagged recommendations to humans with full traceability. My projects also include AI-driven inventory forecasting and reorder automation, plus a Gmail-triggered recruitment screener that extracts CVs and scores candidates into structured workflows for recruiter review.

Experience

Work history, roles, and key accomplishments

Current

Freelance Automation Consultant

Current

Independent

Jan 2024 - Present (2 years 6 months)

Designed AI-powered automation workflows for business process optimisation across HR, pricing, and inventory domains using n8n and Claude AI. Developed ISO 14001:2015-aligned Environmental Management System documentation and conducted compliance monitoring research for freelance business development.

N8n Claude AI Automation Business Process Automation HR Automation Pricing Automation Inventory Management ISO 14001 Compliance Compliance Research

Education

Degrees, certifications, and relevant coursework

Obafemi Awolowo University

Bachelor of Engineering, Chemical Engineering

Grade: Second Class Upper (CGPA 4.2/5.0)

Activities and societies: Capstone: 20,000 tonnes/year ethanol production facility (Aspen HYSYS). Final year project: biogas via anaerobic digestion with CO2 adsorption using iron fillings; achieved 96% methane purity.

Completed a B.Eng. in Chemical Engineering with a specialization in Energy for Environmental Sustainability. Led a capstone team designing a 20,000 tonnes/year ethanol facility using Aspen HYSYS and completed a final-year biogas project via anaerobic digestion with CO2 adsorption using iron fillings (96% methane purity).