Jobs Embedded

We are looking for a Camera BSP & Middleware Engineer to drive the design and development of a unified camera infrastructure across Linux and Android platforms. 

This role combines deep embedded Linux and Android expertise with camera subsystem integration. The engineer will be responsible for sensor bring-up, driver development, middleware integration, and image quality tuning, ensuring compliance with Android Camera HAL standards and optimized multimedia performance across platforms. 

Requirements:

• Strong experience with Linux kernel camera drivers and V4L2 (including sub-device drivers) 
• Proven experience integrating and maintaining Android Camera HAL 
• Hands-on experience with camera sensor bring-up and board-level integration 
• Experience working with Device Tree / DTBO overlays, including power sequencing, reset, and clock (MCLK) configuration 

• Experience tuning image quality pipelines, including: 

  - 3A algorithms (AE, AWB, AF) 

  - Lens Shading Correction (LSC) 

  - Temporal Noise Reduction (TNR) 

• Ability to debug complex camera pipelines across kernel and user space 
• Experience with Git/Gerrit and build systems (Yocto and AOSP) 
• Strong understanding of embedded Linux and Android system architecture 

Responsibilities 

• Own cross-platform (Linux and Android) camera architecture and board bring-up 
• Develop and maintain Linux camera drivers (V4L2 sub-devices) 
• Integrate and support Android Camera HAL components 
• Create and validate Device Tree / DTBO overlays for camera hardware configuration 
• Automate media graph validation, streaming tests, and long-running stress test suites 
• Tune image processing pipelines using vendor-provided IQ tools 
• Collaborate closely with hardware teams on CSI timing, PHY configuration, and sensor onboarding 
• Support performance optimization and long-term platform stability 

We are seeking a Senior Multimedia Engineer to join our engineering team working on advanced audio/video streaming solutions for embedded platforms. The ideal candidate will have strong hands-on experience with GStreamer and a deep understanding of multimedia systems, media pipelines, and streaming technologies. 

Technical Requirements 

• 8+ years of software development experience in multimedia or system-level environments 
• Strong hands-on experience with GStreamer on developer level (must-have), including: building and debugging complex media pipelines working with elements, pads, caps, and plugins diagnosing latency, synchronization, and performance issues 
• Strong programming skills in C++ and Java for system-level or multimedia applications 
• Solid understanding of audio and video streaming protocols (RTP, RTSP, etc.) 
• Experience working with video and audio codecs (H.264, H.265, VP9, AAC, Opus, etc.) 
• Experience with Video4Linux (V4L2) Experience with embedded platforms (Embedded Linux and/or Embedded Android) 
• Understanding of networking fundamentals: TCP, UDP, HTTP 
• Ability to debug complex issues across software layers (middleware, OS, hardware interaction) 
• Experience with version control systems (Git) Excellent problem-solving, critical thinking, and communication skills 

Responsibilities 

• Design, develop, and maintain multimedia middleware components 
• Build, integrate, and optimize GStreamer-based audio/video pipelines Integrate media components with user-space applications and system services 
• Debug and resolve complex media issues related to performance, stability, and synchronization 
• Drive technical discussions and contribute to architecture decisions 
• Collaborate with hardware, platform, and application teams 
• Support board bring-up and hardware validation related to audio/video subsystems 

About the Role:

We are seeking a motivated Junior Package Engineer with PCB design experience to join our IC packaging and signal/power integrity team.

You will support the development of advanced semiconductor packages and perform SI/PI analysis for high-speed interfaces such as Ethernet, PCIe, DDR, and SerDes.

Responsibilities:

• Assist in IC package design (substrate layout, stack-up, routing, DRC checks)
• Support package floorplanning and die/ball map development
• Work with senior engineers to run SI simulations (S-parameters, insertion loss, eye diagrams)
• Perform PI/PDN analysis (IR drop, decap planning, impedance profiles)
• Translate PCB experience into package-level routing constraints (differential pair rules, impedance control)
• Help model high-speed interfaces: Ethernet, PCIe, DDR, SerDes
• Collaborate with silicon, system, and PCB teams on end-to-end interconnect design
• Document design guidelines, simulation results, and engineering reports

Required Qualifications:

• Experience with PCB design tools (Altium, OrCAD, Allegro, KiCad, or similar)
• Understanding of high-speed differential routing and board-level signal integrity basics
• Familiarity with impedance control, vias, stackups, return paths, PDN concepts
• Exposure to interfaces such as Ethernet, PCIe, DDR
• Basic scripting or automation skills (Python/Matlab preferred)
• Strong problem-solving abilities and attention to detail

• High motivation to learn package design and SI/PI methodologies

   

  Nice-to-Have Skills

• Familiarity with package design tools: Cadence SIP/APD, Xpeedic, Mentor Xpedition
• Exposure to SI/PI simulation tools: ANSYS SIwave, HFSS, Sigrity, ADS
• Understanding of flip-chip, BGA, RDL, 2.5D/3D packaging

• Knowledge of SerDes, USB, LPDDR, or high-speed PHY design principles

   

What We Offer: 

• Full training in IC packaging, SI/PI analysis, and advanced interconnect design
• Opportunity to work with cutting-edge technologies (PCIe Gen5/6, DDR5/6, chiplets)
• Mentorship from senior package, SI, and system engineers
• A clear growth path toward package architect, SI/PI lead, or chiplet interconnect specialist

We design integrated circuits for consumer, medical and automotive markets. The majority of these designs are complex SoC/ASIC architectures that integrate IPs, such as ARM and RISC-V CPUs and peripherals, DSP cores, analog cells and other IPs with progressive technology nodes: 24, 10, 7,  3 nanometers.

In our daily work we constantly face challenges that requires out of box thinking. This makes our lives an interesting and challenging adventure. Such attitude permits creation of products full of features that often outperform market. We are constant learners, the same we expect from our new employees. Hence, we’d be happy to meet passionate and keen on learning, bright young individuals.

Below is a brief list of skills/knowledge that ideally suit our job profile. Still it’s not an issue if you don’t possess some of those. To our opinion the fundamental engineer’s skills are problem solving and ability to learn.

Desired knowledge you may possess:

• Good understanding of digital/analog electronics and semiconductors physics
• FPGA placement and routing using EDA tools
• Experience with PCB design using such tools such as OrCAD, Altium Designer or similar
• Basic knowledge of scripting languages such as Tcl, Python, Make
• Beginner’s level of English

Optional skills you may have:

• FPGA design using HDLs or schematics editor
• Embedded systems design using IDEs such as Keil, AtmelStudio, IAR

We offer:

• Part- or full-time employment, flexible schedule
• On-job training in our Kyiv office with high skilled professionals
• Potential growth in the direction of ASIC design
• Paid sick leave and vacation

We design integrated circuits for consumer, medical and automotive markets. The majority of these designs are complex SoC/ASIC architectures that integrate IPs, such as ARM and RISC-V CPUs and peripherals, DSP cores, analog cells and other IPs with progressive technology nodes: 14, 10, 8, 7 nanometers.

You will be responsible for digital logic design and verification. Besides, you'd be able to learn and improve related methodologies. Below is a brief list of skills/knowledge that ideally suit our job profile. Still it’s not an issue if you don’t possess some of those. To our opinion the fundamental engineer’s skills are analytical thinking and ability to learn.

Essential qualifications:

-Degree in Electronics or related fields

-Good understanding of digital electronics

-Experience with EDA tools (Xilinx, Mentor Graphics, Synopsys or similar)

-Beginner’s level of English or higher

Optional qualifications you may have:

-FPGA design using HDL (Verilog, VHDL) or schematics editor

-IC design verification using System Verilog

-CPU architecture knowledge, embedded SW development

We offer:

-Full-time employment, flexible schedule

-On-job training in our Kyiv office with high skilled professionals

-Potential growth in directions of ASIC/FPGA design

-Social benefits, modern and comfortable office facilities

We design integrated circuits for consumer, medical and automotive markets. The majority of these designs are complex SoC/ASIC architectures that integrate IPs, such as ARM and RISC-V CPUs and peripherals, DSP cores, analog cells and other IPs with progressive technology nodes: 24, 10, 7,  3 nanometers.

In our daily work we constantly face challenges that requires out of box thinking. This makes our lives an interesting and challenging adventure. Such attitude permits creation of products full of features that often outperform market. We are constant learners, the same we expect from our new employees. Hence, we’d be happy to meet passionate and keen on learning, bright young individuals.

Below is a brief list of skills/knowledge that ideally suit our job profile. Still it’s not an issue if you don’t possess some of those. To our opinion the fundamental engineer’s skills are problem solving and ability to learn.

Desired knowledge you may possess:

• Good understanding of digital/analog electronics and semiconductors physics
• FPGA placement and routing using EDA tools
• Experience with PCB design using such tools such as OrCAD, Altium Designer or similar
• Basic knowledge of scripting languages such as Tcl, Python, Make
• Beginner’s level of English

Optional skills you may have:

• FPGA design using HDLs or schematics editor
• Embedded systems design using IDEs such as Keil, AtmelStudio, IAR

We offer:

• Part- or full-time employment, flexible schedule
• On-job training in our Kyiv office with high skilled professionals
• Potential growth in the direction of ASIC design
• Paid sick leave and vacation

Company: Specializes in electronics and software engineering, focusing on high-load switching, communication platforms, Linux, and IoT devices. 

Key Responsibilities:
• Develop software and hardware for network switches and embedded systems.
• Involve in the development of software for routers.

Required Skills:
• Proficiency in C programming
• Linux experience (Makefiles, Shell scripts)
• Knowledge of L2/L3 network protocols (e.g., ARP, STP, IGMP, VLAN).
• English proficiency for technical documentation.

Nice to Have:
• Experience with embedded programming (ARM/MIPS).
• Familiarity with SONiC OS.

Why Us:
• High technical task level.
• Collaboration with global industry leaders.
• Work-life balance, flexible schedule, and remote work possibility.
• Competitive salary, medical insurance, paid vacation.
• Compensation package.

About us

Farsight Vision converts flight footage into digital 2D and 3D twins for real-time intelligence in GNSS-denied environment, making analytics and situational awareness convenient and accessible while saving time and effort. We create multi-layered digital twins of terrain with dynamic tracking and object/landscape monitoring and predicting.
 

We are looking for a Robotics Software Engineer to join our Robotics Engineering Team and contribute to the full software and product development lifecycle. In this role, you’ll work closely with hardware and systems engineers to design, build, and test advanced robotic systems. You’ll bring strong technical depth in robotics software, hands-on experience with ROS2 and Gazebo, and the ability to solve complex engineering challenges.
 

Responsibilities

• Develop, integrate, and maintain robotics software using ROS2;
• Build and execute simulations in Gazebo to validate robot performance and behavior;
• Participate in designing, building, and programming robotic prototypes;
• Debug and optimize robotic systems, including sensors, actuators, and communication modules;
• Collaborate with hardware and systems teams to plan and run experiments.
• Document code, workflows, experiments, and technical decisions for internal use.
   

Requirements

• Bachelor’s degree or higher in Engineering, Computer Science, or a related field;
• Strong proficiency in Python, C++, or C#;
• Experience with large-scale, safety-critical or robotic control systems;
• Knowledge of industrial/networked communication protocols;
• Hands-on experience with ROS (ROS1 or ROS2);
• Practical experience using Gazebo for robotic simulation;
• Experience integrating software with embedded or edge computing hardware (e.g., NVIDIA Jetson/Xavier);
• Strong analytical and problem-solving skills.
   

Nice to have

• Familiarity with Betaflight, Ardupilot, or similar flight-control systems;
• Basic understanding of robotic hardware, sensors, and actuators.
   

Why us

• Impactful projects. Your work will strengthen the country’s defense capability and support the Ukrainian Armed Forces; your results will directly help our defenders;
• Professional team and startup dynamics. You will become part of a team of professionals who develop cutting‑edge technologies and value teamwork. Our culture encourages knowledge exchange, innovation and rapid growth.
• Flexible conditions. Remote work, flexible schedule, paid vacation and sick leave.

The main goal of this role is to create a reliable and efficient product, achieving this through the development and integration of embedded software with the hardware platform, so that the user/operator receives a device that operates stably and meets technical standards.

The focus of this role is:
• Development and integration of embedded software for UAV flight control, navigation and sensor systems.
• Creation and improvement of autopilot algorithms: stabilization, altitude hold, routing, obstacle avoidance, return to "Home", etc.
• Optimization of stabilization algorithms and real-time operation.
• Testing firmware on hardware prototypes and simulators, identifying and eliminating critical errors.
• Increasing energy efficiency: optimizing battery usage to increase flight time.
• Ensuring compliance of software with industry safety standards.
• Preparing firmware for large-scale production: adaptation for different products and rapid integration of new modules.
• Collaboration with hardware engineers to coordinate the operation of sensors, controllers and communication modules.

We are looking for a talented Embedded Engineer to join our team and contribute to the development of advanced UAV systems.
In this role, you will work on embedded solutions that power drone platforms designed to operate in complex and demanding real-world environments.

You will collaborate with a multidisciplinary team of engineers to build reliable onboard systems, improve communication and control mechanisms, and enhance overall UAV performance.

What you will do:

• Develop and optimize embedded software for drone (copter) platforms
• Integrate and configure flight-control systems based on Betaflight
• Design, implement, and debug communication modules and data links (telemetry, RC, video/data transmission)
• Work with onboard electronics, sensors, navigation systems, and autopilots
• Contribute to the development and improvement of UAV software architecture, including communication protocols and control algorithms
• Support testing, debugging, and performance optimization of drone systems

What we are looking for:

• 3+ years of experience in embedded systems development
• Practical experience with UAVs or drone platforms
• Strong programming skills in C/C++, plus experience with Python
• Experience working with Linux in embedded environments
• Hands-on experience with embedded interfaces (CAN, UART, SPI, Ethernet)
• Understanding of communication systems used in UAVs (telemetry, command links, RF, LTE)
• Experience configuring and integrating ArduPilot

Nice to have:

• Experience with PX4, BetaFlight, iNav, or similar flight control platforms
• Experience working with different drone architectures or autonomous systems
• Background in robotics, aerospace, or real-time systems

What we offer:

• Opportunity to work on cutting-edge UAV technologies
• Projects that contribute to strengthening Ukraine’s technological and defense capabilities
• Official employment
• Possibility of military reservation (with applicable documents)
• A collaborative team where initiative, ownership, and innovation are encouraged

An Estonian international DefenseTech company is seeking an UGV specialist to lead the unmanned ground robotic systems division at its Ukrainian R&D center.

The core concept is tactical autonomy. The company develops robotic ground platforms and autonomous AI-based software for controlling unmanned systems. This transforms a single operator into a command center for an entire system of autonomous vehicles in the air and on the ground.

The products are already being used by units of the Ukrainian Ministry of Defense and dozens of brigades of the Armed Forces of Ukraine.

Location: Kyiv (office). 

Key challenges in this role:

• This is a position at the intersection of R&D and real-world operations. The specialist will be responsible for developing the ground platform, transforming engineering prototypes into a reliable production-ready product capable of operating in the harshest conditions.

• Leading a cross-functional team (Mechanical, Electronic/Hardware, Embedded, RF), ensuring the viability and operational readiness of the systems.

• Rapid iterations: technical solutions and platform updates are tested in the field as quickly as possible.

The company offers: housing, 24 days of vacation and sick leave, work equipment, and paid lunches.

Must have experience in the design and development of mechanical devices (with moving parts), conversational English, and team management experience.

Experience in robotics/NPC is preferred.

We are looking for an FPGA Platform Engineer to maintain and develop a stable FPGA cluster environment used for research and engineering work. The role focuses on building a reliable infrastructure around FPGA hardware, including toolchains, deployment processes, monitoring, and operational automation.
 

Responsibilities

• Set up and maintain FPGA hardware environments and ensure stable operation of the FPGA cluster.
• Deploy and maintain FPGA toolchains and runtimes (e.g., Xilinx Vivado/Vitis or similar), including drivers, SDKs, and licenses.
• Manage the bitstream lifecycle: versioning, storage, access control, deployment logging, and rollback processes.
• Build and maintain a simple release pipeline for FPGA artifacts (build → package → deploy → rollback).
• Implement automation and operational scripts (Bash/Python) and basic CI checks for build and deployment validation.
• Configure monitoring and health checks for FPGA-specific metrics (temperature, power, device errors, status) and support incident investigation.
• Provide developers with reproducible environments, project templates, and documentation for working with the FPGA platform.
   

Requirements

• Strong experience with Linux, Git, and scripting in Bash and/or Python.
• Experience with automation tools or CI systems (e.g., CI pipelines, Ansible, or similar).
• Hands-on experience with FPGA toolchains such as Xilinx Vivado/Vitis and Tcl automation.
• Practical understanding of PCIe and DMA at a system level, including common operational issues (e.g., device detection problems, DMA hangs, throughput degradation).
• Experience with monitoring and logging systems (Prometheus, Grafana, ELK, or similar).
• Ability to work independently, set up environments from scratch, and maintain clear technical documentation.
   

Technology Stack

• Linux, Bash, Python
• Git, CI/CD tools, automation frameworks
• Xilinx Vivado / Vitis (or equivalent FPGA toolchain)
• Prometheus, Grafana, ELK (or similar monitoring/logging stack)
   

What We Offer

• Work on a deep-tech FPGA platform used for advanced engineering and research tasks.
• A hands-on environment with real hardware systems and complex infrastructure challenges.
• A small, technically focused team with high ownership and impact.

Project Description

We are seeking a skilled wireless signal processing engineer to join our team and contribute to the validation of next‑generation IoT chips (3GPP NR), with core responsibilities centered on validating wireless baseband algorithms implemented in a C++ simulator and requiring a solid understanding of wireless DSP algorithms, knowledge of 3GPP physical‑layer specifications for NR (and optionally LTE), experience with Python and MATLAB, and the ability to create test cases and interpret and analyze performance results

Job Description

• Master’s degree in Telecommunication Engineering, Information Systems, Computer Science, or related field
• Industry experience of 8+ years in relevant field: Wireless communication, Signal processing, 3GPP LTE/NR standards
• Proficiency in programming languages: C++, MATLAB and Python

Job Responsibilities

• Work with a Linux‑based C++ simulator that executes DSP algorithms for the NR baseband.
• Perform system modeling in accordance with 3GPP requirements and internal specifications.
• Create performance‑validation test cases such as Packet Error Rate, probability of detection, probability of false alarm, and measurement statistics (mean, standard deviation, etc.).
• Implement these test cases within the Python environment that accompanies the C++ simulator.
• Interpret and analyze results using MATLAB and Python.
• Understand DSP algorithms such as OFDM modulation, PBCH, PDCCH, PDSCH, PSS/SSS detection, timing/frequency/gain estimation and tracking loops, wireless channel estimation, FFT processing, etc
• Prepare and maintain performance reports.
• Support investigations of configuration or performance issues

PaiDefence is a British-Ukrainian DefenseTech company building air defence systems already deployed on the frontlines. We push real technology to the battlefield — not demos, not paper specs.

We are looking for a Lead Hardware & Systems Engineer to own the full hardware domain — from system architecture through to serial production and stable field operation. You will drive our prototype to a production-ready device, coordinate mechanical and electronics engineers, and set up small-series manufacturing with potential to scale.

Responsibilities

• Architecture & Design — system hardware architecture, component and enclosure selection, thermal management, sealing, rugged design decisions, and technical specifications
• Hands-on Development — hardware bring-up, testing, verification, reliability analysis, and fault investigation
• Industrial Readiness — prototype-to-DFM/DFA transition, production documentation, contractor management, and quality control

• System Integration — integration of hardware with electronics, sensors, and antenna systems; cable architecture; field power; uptime and health monitoring

   

Requirements

• Proven experience in hardware system development
• Track record of taking a product from prototype to serial production
• Strong system architecture skills and hands-on hardware development
• Familiarity with industrial-grade or mil-tech standards

• Understanding of mechanical design and CAD tools

   

Nice to Have

• Experience with rugged solutions for field or industrial environments
• Background in DefenseTech, aerospace, or adjacent domains
• Familiarity with RF components or antenna systems

• English — B1+ (technical documentation, occasional communication)

   

What We Offer

• Real impact — your decisions directly affect the reliability of air defence systems in the field
• Full ownership of the hardware domain from day one
• Deep-tech engineering challenges that don’t exist in the civilian sector
• Office in central Kyiv, 3 minutes from the metro
• Full-time, standard business hours; some tasks may require involvement outside the usual schedule (field testing, critical updates)

About Us

We are a modern defense-sector manufacturing company building high-tech solutions with real strategic impact. Our work is grounded in engineering excellence, rigorous quality standards, and a systematic approach to development. We operate on principles of responsibility, precision, confidentiality, and teamwork — and we invest continuously in technology and production modernization so every specialist sees the direct result of their contribution.

Role Purpose

Support the full engineering cycle across research, development, and product improvement. The role bridges technical expertise, requirements analysis, and component-level work to deliver efficient, reliable, and competitive solutions.

Responsibilities

Component Selection

• Select components based on required technical parameters and mission constraints

Firmware Development & Adaptation

• Build firmware from source for specific camera chipsets; disable unused modules to reduce load and improve boot time
• Configure H.264/H.265 video encoder parameters for optimal balance of image quality, bitrate (radio/fiber transmission), and minimal latency — critical for FPV applications
• Configure, modify, and maintain flight controller firmware (Betaflight, ArduPilot) per hardware and mission requirements
• Write low-level MCU code; manage peripheral devices (sensors, ESCs, radio receivers)
• Optimize system performance to ensure minimal latency and high update rates for precise control

Integration

• Develop or implement bidirectional communication between devices and the flight controller (UART, SPI) for telemetry and OSD data overlay
• Program logic to embed FC data (battery voltage, flight mode, RSSI) directly into the video stream of digital VTX systems
• Integrate and optimize analog and digital video transmission systems for minimum latency and maximum signal quality

Testing & Debugging

• Build and test prototypes
• Test systems under high vibration and extreme temperature conditions
• Monitor resource consumption and optimize code to prevent overheating or in-flight freezes
• Run simulations to validate new solutions prior to deployment
• Plan and conduct flight tests for data collection, issue identification, and final tuning
• Debug hardware interfaces and perform electrical-level diagnostics

Documentation

• Maintain technical documentation, setup guides, and maintenance instructions for all developed systems