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About Sine Engineering Sine Engineering builds the technology behind reliable drone autonomy: communications, navigation, and control systems that enable coordinated multi-drone operations at scale. More than 200 UAV…
About Sine Engineering Sine Engineering builds the technology behind reliable drone autonomy, including communications, navigation, and control systems that enable coordinated multi-drone operations at scale. More than…
Design RF and mixed-signal hardware for Sine Engineering's drone communication, navigation, and control systems — owning the full cycle from schematic and PCB layout through SPICE simulation, lab testing with spectrum analyzers/VNAs, and transfer to manufacturing. On-site in Tampere, collaborating with engineers in Ukraine.
About Sine Engineering Sine Engineering builds the technology behind reliable drone autonomy, including communication, navigation, and control systems that enable coordinated multi-drone operations at scale. More than…
Sine Engineering builds communications, navigation, and control systems for drone autonomy, and is hiring an on-site Embedded Engineer in Tampere. Day to day, the role involves designing and optimizing real-time embedded software in C/C++, integrating it with microcontroller hardware, and collaborating with hardware and software teams on multi-drone UAV systems.
Hardware Engineer in Tampere who owns drone communication/navigation hardware end-to-end: schematics, PCB layout, prototyping, validation, and production. Core stack is Altium Designer plus analog/digital electronics, SI/PI simulation, EMI/ESD, and lab measurement work alongside low-level software teams.
Sine Engineering builds the technology behind reliable drone autonomy — communications, navigation, and control that keep multi-drones coordinated at once. Over 200 UAV manufacturers rely on our systems, and our…
About Sine Engineering Sine Engineering develops the technology behind reliable drone autonomy, providing communication, navigation, and control systems that enable coordinated multi-drone operations at scale. More…
Sine Engineering builds the technology behind reliable drone autonomy — communications, navigation, and control that keep multiple drones coordinated at once. Over 200 UAV manufacturers rely on our systems, and our…
About Sine Engineering Sine Engineering builds the technology behind reliable drone autonomy, delivering communication, navigation, and control systems that enable coordinated multi-drone operations. More than 200 UAV…
Design and develop embedded software and firmware for drone autonomy technology — communications, navigation, control, and telemetry for coordinated multi-drone operations. Day-to-day work spans C/C++ on microcontrollers and RTOS, embedded Linux SoMs, low-level drivers/BSPs, and hardware integration.
Sine Engineering is a leading global company developing advanced radio communication and navigation systems. We are building mission‑critical infrastructure for the multi‑million‑drone era. We're looking for a…
The QA Lead will define quality strategies and develop automated test frameworks for mission-critical radio communication and navigation systems. This role involves hands-on automation, mentoring team members, and collaborating with distributed engineering teams to ensure high-quality releases.
The Physical Design Engineer will manage the end-to-end physical implementation of System-on-Chips (SoCs) for drone autonomy technology, covering tasks from synthesis to GDSII sign-off. The role involves utilizing industry-standard EDA tools to ensure timing closure, power efficiency, and physical verification.
Marketing & Content Strategist at Sine Engineering to strengthen U.S. market presence through social media, digital campaigns, and print materials, supporting drone autonomy technology company with international marketing coordination and content adaptation.
Develop embedded and DSP software for wireless communication systems, implementing algorithms, drivers, and optimizing for real-time performance on embedded targets and DSP cores.
Design, test, and troubleshoot electronic and RF systems for UAV communication, navigation, and autonomy, integrating hardware from prototype to field deployment.
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