Vlad Timandi

Accenture

Product development · Life sciences · Embedded software · Robotics · RTOS · IoT

• Design and deploy industrial automation solutions for the pharmaceutical industry.
• Prototype and develop health-tracking devices for the medical sector across the full product lifecycle.
• Integrate low-level machine communication with enterprise execution systems.
• Virtualise and integrate server solutions into a unified platform.
• Program industrial robotic arms, building custom routines and applications.
• Explore, test and demo new ideas in an innovation and R&D lab.
• Create and maintain product documentation and user manuals.

Quickleaf Technologies

• Worked in an Agile team of five developers across Cluj and Amsterdam, mainly on the frontend with regular backend work.
• Built TypeScript Vue.js components on a scalable architecture, implementing designs and their change requests.
• Maintained and optimised the database, built new data flows, integrated APIs and wrote automation scripts.
• Took part in architecture decisions across the full development lifecycle; ran periodic demos and negotiated features, optimisations and reworks.
• Kept documentation current, with a focus on traceability.

AROBS Transilvania Software

• Worked on automotive outsourcing projects in multinational teams of over 200 developers, using CI/CD.
• Built a remote communication module that monitors, configures and analyses car telemetry in real time (Linux, C++, MQTT).
• Worked closely with stakeholders to design, implement and deliver an automotive microcontroller.
• Implemented new features with AUTOSAR and brought legacy code up to current standards and frameworks.
• Analysed bug reports and shipped patches for the modules I owned; measured performance and fixed stability issues.
• Kept thorough documentation and traceability for high-priority, safety-relevant ADAS components.

AROBS Transilvania Software

• Built a remote-controlled toy car with a Raspberry Pi and several STM32 microcontrollers, during my second year at university.
• Covered the whole project hands-on, from electronics and hardware design through low-level programming to the user interface, client-server infrastructure and custom communication protocols.

Babeș-Bolyai University, Faculty of Mathematics and Computer Science