Technical product leader working across instrumentation, IoT, AI, automation, and industrial technology.
A collection of engineering and technology projects spanning artificial intelligence, IoT, environmental monitoring, automation, instrumentation, agriculture, safety, and intelligent systems.
Smart energy and circular-farming initiative for Indonesia's food and electricity future.
IoT- and AI-based smart system for chicken coop management automation.
Mobile air quality monitoring system and instrument.
AI- and IoT-based smart platform for health analysis and productivity optimization of horticultural crops.
Water quality monitoring of the Citarum River.
3-in-1 early warning accident risk detection tool (drowsiness, speed, rain) with an AI-based mobile app.
UAV-based forest and land fire monitoring and extinguishing with e-nose and machine learning.
Air quality, water quality, landslide and flood early-detection prototypes, including field deployment in Banjarnegara.
Non-invasive detection tool for blood sugar, cholesterol, and uric acid using photoacoustic and spectroscopy methods.
Intelligent sensing platform for classifying coffee roast levels.
Leading the development and growth of technology-driven solutions for poultry farming, with a focus on IoT, artificial intelligence, automation, and operational scalability.
Supervised MBKM students in developing disaster technology prototypes and built prediction models based on historical data and environmental variables.
Led Air Quality Monitoring, Water Quality Monitoring, and Early Detection of Landslide and Flood Disasters.
Led prototype-development teams and coordinated commercialization; published a patent for an early flood detection prototype.
Led team prototype development for a forest and land fire detection drone, and pioneered its ground control station.
Designed PCBs and manufactured an electronics tester system; supported and maintained tools for 20 vendor companies.
A multidisciplinary toolkit spanning instrumentation, embedded systems, artificial intelligence, industrial connectivity, electronics design, cloud infrastructure, and product development.
I am Muhammad Hasani, an Electronics and Instrumentation graduate from Universitas Gadjah Mada with experience spanning engineering, research and development, product management, and technology leadership.
My work sits at the intersection of instrumentation, IoT, artificial intelligence, embedded systems, automation, and product development. I have worked on technologies ranging from environmental monitoring and disaster early-warning systems to intelligent sensing platforms, UAV-based monitoring, smart agriculture, and AI-enabled automation.
Across these projects, my role has often extended beyond technical implementation. I have led multidisciplinary teams, developed product concepts, coordinated R&D activities, supported commercialization initiatives, managed stakeholders, and helped move technologies from early-stage ideas toward prototypes, field deployment, intellectual property, and real-world applications.
Today, as Chief Executive Officer of Zona Farm, I continue to combine engineering and product leadership to develop intelligent technologies for physical operations and complex real-world environments.
My growing professional interest is in applying these capabilities to larger industrial systems — particularly industrial automation, energy, mining, oil & gas, environmental monitoring, and technology-driven operational systems.
Understand the physical environment through instrumentation and measurement.
Build reliable data flows between devices, systems, and platforms.
Use data, analytics, and artificial intelligence to generate insight.
Transform insight into automation, operational decisions, and real-world impact.
My current professional direction is increasingly focused on applying instrumentation, intelligent systems, automation, and digital technology within large-scale industrial operations — particularly across mining, energy, oil & gas, industrial automation, and environmental operations. Rather than approaching these industries from a purely domain-specific engineering perspective, I aim to contribute through the intersection of technical systems and product leadership.
Whether it starts with a sensor, a system, a product, or a complex industrial problem, I'm interested in opportunities where engineering, intelligent systems, and technology leadership can create real-world impact. I'm open to conversations around intelligent systems, instrumentation, IoT, artificial intelligence, automation, industrial technology, mining, energy, oil & gas, research collaboration, and technology product development.