I build things that sense, think & connect.
From the first circuit trace to the final tap, I turn electronics and software into useful, understandable products.
+ SW
STATUS / BUILDING
44.1194° N / 15.2314° E
Built across the whole signal path.
Projects where software meets the physical world, from smart-home hardware to operational tools and digital platforms.
UNIfesb
A native student super-app bringing timetables, X-ica spending, canteen cameras, jobs, sports and faculty information into one private, local-first experience.
Open case study
Wawe Home
A modular smart-home ecosystem that makes switches, sensors, schedules and automations feel straightforward.
Open case study
AI Wearable
An exploration of what a personal assistant becomes when it is designed as a discreet, purpose-built object.
Open project log
Luggie
A mobile operations tool for resort luggage and transport teams, designed around clear ownership and quick hand-offs.
Open case study
Ssteh
A learning-resource hub made to help high-school students find and share useful material without the usual clutter.
Open case study
BeyondSpaceNews
A Nuxt-powered hub aggregating spaceflight news, NASA datasets, live ISS positioning and launch data through a resilient server API layer.
Open case study
Opinions on where technology should go next.
Notes on the systems I want to understand, build and help move from interesting prototypes into useful infrastructure.
Humanoids are a software problem wearing a hardware body
Capable robots will come from intelligence, redundancy and scale—not perfect hardware alone.
Read articleThe EV transition will be won by efficiency, not battery size
Better vehicles, ubiquitous charging and honest education matter more than headline capacity.
Read articleAI agents become infrastructure when they can run locally
The useful future is private, affordable and dependable enough to trust with real work.
Read articleDrone delivery should become boring infrastructure
For lightweight parcels and groceries, the default journey should be direct and automated.
Read articleTesla has the better path to autonomy—but vision should not stand alone
Fleet learning can scale the intelligence. Sensor and system redundancy can make it dependable.
Read articleCurious by default. Serious about systems.
I’m Ivan, a 20-year-old student based in Zadar, currently studying Electronics and Computer Engineering at FESB.
I learn quickly, take ownership and give every task the best of my ability. Then I look for what can be simplified, measured, automated or improved—the engineer’s instinct to understand the system and leave it better than I found it.
Electric mobility
My clearest long-term direction: the electronics behind electric vehicles—battery systems, power conversion, sensing, embedded control and the engineering that turns energy into motion.
Spaceflight systems
Spaceflight combines extreme constraints with ambitious engineering. That fascination inspired BeyondSpaceNews and continues to shape how I think about reliability, telemetry and complex systems.
Precision products
I’m drawn to consumer hardware where motors, airflow, power electronics, sensors and industrial design are resolved into products that feel simple in use.
Engineering mindset
I move comfortably between hardware and software, learn unfamiliar tools fast and treat every responsibility—large or small—as a chance to make the outcome more reliable and efficient.