— 5+ years of commercial experience with C/C++;
— LINUX (embedded) a/o QNX;
— Basic knowledge of RPC;
— Unit Testing;
— UML & OOAD;
— Work with embedded hardware, able to flash, measure voltage & current;
— Experience with Scrum;
— Upper-Intermediate level of English.
— CAN Bus ;
— SIL 3;
— Requirements engineering;
— Knowledge of Java;
— Model-driven engineering / Domain-specific modeling / Code generation.
What do we offer? 9 reasons to join us:
1. Today we’re working with the technology of tomorrow.
2. We don’t wait for change. We are the change.
3. We’re experts in creating experts (Levi9 academy, Lead9 program for leaders).
4. No micromanagement. We are free birds with clear understanding of what the high performance is!
5. Learning in Levi9 never stops (unlimited Udemy for business, meetups, English courses, Professional training, and certification).
6. We’ve gathered the best locations. All you have to do is choose (5min from Olimpiyska metro station in Kyiv and Lviv office overlooking the Stryiskyi park).
7. We have a master’s degree in work-life balance.
8. Here you can train your body and mind (massage, gym in the office, TRX, Crossfit and more with our corporate trainers).
9. A little party never hurt nobody (winter/summer parties, Ski Trip etc).
We are building 2 teams for German client specializing on developing traffic controller for switching traffic lights on/off at intersections. These devices are installed in cabinets next to intersections.
Core properties of such a system are:
— Core system is human safety critical and is SIL3 certified
— On top of core runs business logic that optimizes the traffic flow by controlling the red and green phases of the various lanes & roads.
— Many of these controllers (intersections) are very often connected to centralized traffic supervisor server and needs to implement proper interfaces for such connections.
— To make this all running, such controllers are based on ARM or INTEL CPU’s with LINUX (Busy box), logging facilities and so on...
We are also working on cutting edge innovations, such as vehicle-to-infrastructure (in our case vehicle-to-controller) communication.