Product Development · Life Sciences · Embedded Software Programming · Robotics · Real-Time Operating Systems (RTOS) · Internet of Things (IoT).

Design and deploy industrial automation solutions for pharmaceutical industry.

Prototype and develop health-tracking devices for medical sector, full product lifecycle

Integrate low level machine communication with higher levels of enterprise execution systems.

Virtualised and integrated server solutions as a unified platform

Program and interact with industrial robotic arms, create custom routines and applications

Explore, test and develop new ideas in a modern innovation lab

Explore new potential solutions in a R&D lab, showcasing demo implementations

Create and maintain product documentations, user manuals and additional informations

Worked in an Agile team of 5 devs based in Cluj and Amsterdam.

Along the process, my main focus was frontend oriented, implementing the design along with its change requests, but often having backend responsibilities as well.

Used TypeScript to create high quality VueJS components, maintaining a scalable architecture.

Maintained and optimised existing database, new data flows, integrate APIs and create automation scripts for various processes.

Followed design patterns, good practices, provided feedback and kept the documentation up to date, keen on traceability.

I had the opportunity to be involved, learn, implement and maintain the application architecture, as well as getting a good understanding of the full development lifecycle.

Drafting periodic demos, negotiated feature implementation, possible optimisations and reworks

Worked in several outsourcing projects for automotive industry, taking part in multi-national teams of over 200 devs, in a CI/CD fashion .

Developed and integrated a remote communication module, capable of monitoring, configuring and analysing car telemetry data in real time. (Linux, C++, MQTT)

Got in touch with most of the roles required for such projects, ranging from coding, planning, managing and designing of products.

Analysed bug reports and developed suitable software patches for modules I was in charge of.

Involved in the latest feature updates, including developing, integration, testing, performance measurements, fixing stability issues and improving the overall workflow by enhancing the process automation.

Updated legacy code to newest standards, adapting modules to new frameworks.

Implement and design new features using Autosar.

Created and maintained thorough code documentation and traceability, vital for high-prio components and safety ADAS features.

Enrolled in an Internship camp during 2nd year of University, I developed a remote controlled toy-car using a RaspberryPi and several STM32s microcontrollers.

I took on a hands-on practical approach of every process involved in a usual project, cycling through electronic fundamentals, HW design, low level programming, up to creating the user interface, the client-server infrastructure and designing custom communication protocols.