FILITECH
• RF (You can live in any city)
• Employment format: project-based with prospects for further development of other projects, hybrid
Salary: salary conditions are discussed individually with each candidate during an interview with managers, depending on experience and readiness for the scope of work tasks.
Job Responsibilities:
System architecture and development:
— Development of the unmanned platform architecture and its operating logic
- Formation and approval of technical requirements for the product and its components
- Elaboration of operating scenarios and interaction of functional subsystems:
autopilot, navigation, communication, payload
- Decomposition of the product into subsystems and definition of responsibility boundaries between them
Integration and coordination:
- Subsystem integration: power plant, autopilot (ArduPilot/PX4), sensors, communication channels, payload
- Definition of interfaces and interaction protocols between subsystems
- Coordination of work of developers in related fields: mechanics, electronics, software
- Interaction with suppliers and contractors for component selection and procurement
Testing and validation:
— Planning and conducting bench, laboratory, and flight tests
- Analysis of flight logs and telemetry, identification of causes of unstable system behavior
- Tuning of control loops (PID control) and optimization of flight characteristics
- Development of test programs and methodologies, processing of results
Documentation:
— Development of technical documentation: TOR, technical requirements, architectural diagrams, test programs
- Maintaining documentation at all stages of the product lifecycle
Knowledge/Experience:
Education and experience:
ーHigher technical education: instrument engineering,
aviation engineering,
radio electronics, system engineering, or related fields
- Experience in system engineering of UAVs or complex hardware-software systems
of at least 2 years
- Experience with autopilots (ArduPilot, PX4): understanding of architecture, firmware, configuration, peripheral integration
- Practical experience in bringing a product from prototype to a stable working sample
Technical skills:
- Knowledge of digital interfaces and protocols: UART, SPI, I2C, CAN, MAVLink
- Programming skills in C/C++ and/or Python
- Understanding of PID control basics and navigation algorithms
- Understanding of principles for constructing radio control and data transmission channels
- Ability to read electrical and block diagrams
Personal Qualities:
- Systems thinking and the ability to see the big picture, not just your own part
- Independence and readiness to be responsible for the result, not the process
- Ability to work under conditions of uncertainty and tight deadlines
- Willingness to travel for testing and business trips
Will be an advantage:
- Experience with FPV systems and multirotor aircraft
- Experience in setting up a product for small-scale production
- Experience in CAD design (Fusion 360, SolidWorks, КОМПАС) and understanding of manufacturability of the design
- Knowledge of Altium Designer
- Experience with project management systems (YouTrack, Jira)
- Experience in certification of aviation equipment and knowledge of applicable standards
We are looking for a lead systems engineer who will take responsibility for the technical architecture of an unmanned platform and bring it from concept to a working prototype and serial production.
This is a technical leadership position: the person will shape the product's appearance, set requirements for subsystems, and be responsible for ensuring that the assembled components work as a unified system.
The project is in its early stages, so the specialist will have a direct impact on architectural decisions, component selection, and the composition of the future technical team.
Contacts:
Ksenia recruiter contact
