Jobs Hardware & Engineering

Office location: 
Eindhoven, the Netherlands

Project Foundation launched by The Fourth Law and Odd Systems is a semiconductor initiative to mass-produce thermal imaging sensors for Ukraine, the rest of Europe and the United States.

The initiative covers the development of LWIR sensors and the deployment of a network of partner-operated and in-house manufacturing facilities. It will create a new industrial base for defense and civilian needs and supply affordable sensors to manufacturers of drones, vehicles, and robotics.

The first sensors under the initiative are expected as early as 2027.

The Fourth Law is a leading Ukrainian manufacturer of autonomy technologies for drones. Our solutions are codified according to NATO standards and are currently utilized by over 50 units of the Security and Defense Forces of Ukraine, as well as 20+ drone manufacturers.

Odd Systems is a defense technology company specializing in the development and manufacturing of thermal imaging cameras. It was founded by a group of entrepreneurs, engineers, managers, and tech enthusiasts with prior experience at a number of international technology companies.

Purpose of the Role: The MEMS / Semiconductor Processing Specialist develops and owns the step-by-step cleanroom process flow that takes the microbolometer from deposited films to a released, suspended structure. This is a hands-on process engineering role covering photolithography, thin-film deposition, and sacrificial layer etching — both isotropic and anisotropic — with direct responsibility for releasing delicate suspended structures without damage or collapse. The role works in the Eindhoven R&D lab alongside the IC/MEMS Integration and Simulation Engineer and the wider technical cohort, and reports to the CTO.

 

Key Responsibilities:

•  Develop and document the end-to-end cleanroom process flow for microbolometer fabrication, from film deposition through structure release.

•  Own photolithography process steps: mask design coordination, exposure and develop parameters, and critical-dimension control.

•  Own thin-film deposition steps for sacrificial and structural layers, optimizing for uniformity, stress and compatibility with downstream process steps.

•  Develop and tune sacrificial-layer etch processes, both isotropic and anisotropic, to reliably release suspended microbolometer structures without stiction or membrane damage.

•  Troubleshoot yield and process excursions, working from wafer inspection and test data back to root cause.

•  Support equipment procurement, installation and commissioning in the new R&D lab, in coordination with the Technical Programme Manager.

Experience and skills we are looking for:

•  A degree in materials science, microelectronics, physics, or a related field, with hands-on cleanroom process experience.

•  Direct experience with photolithography, thin-film deposition (e.g. PECVD, sputtering) and wet/dry etching in a MEMS or semiconductor cleanroom.

•  Working knowledge of sacrificial-layer release processes and common MEMS failure modes, including stiction and stress-induced curling.

•  Comfortable developing new process flow from first principles, not just running an established recipe.

•  Fluent English, with the communication maturity to work with an international, partly Ukrainian team.

It’s a plus if you have: 

•  Prior work specifically on microbolometers, uncooled IR detectors, or other suspended-membrane MEMS devices.

•  Experience commissioning cleanroom process equipment as part of a new lab or fab standup.

•  Familiarity with ISO Class 7 or better cleanroom operating discipline.

•  Based in, or willing to relocate to, Eindhoven for the Odd Factory One R&D lab.

We are not just looking for employees, but for like-minded individuals who share our values and are ready to build the future of Ukrainian MilTech.

Company: SPG / DCIT – Dynamic Cloud for Information Technology
Location: Remote | Saudi Arabia-based Projects
Employment Type: Full-time

About Us

SPG (Servis Plus Global) is a London-based innovation and strategic studio focused on technology development, digital transformation, and building innovative products and solutions across industries.

DCIT (Dynamic Cloud for Information Technology) is our Saudi-based technology company, headquartered in Al Khobar, with an office in Riyadh.

We specialize in artificial intelligence, computer vision, robotics, autonomous systems, and industrial software solutions. Our projects involve real-world deployments across industrial, construction, energy, and infrastructure environments.

We work with an international team of engineers and developers, combining remote engineering with on-site operations in Saudi Arabia.

About the Role

Own the autonomy stack for field robotics: autonomous inspection drones, a hydrogen-drone program, and autonomous vehicles for mining and industrial sites. Take autonomy from prototype to real deployments in harsh, GPS-degraded outdoor environments.

Responsibilities

• Design and ship autonomous navigation for UAVs and ground vehicles: localization, mapping, path and motion planning, obstacle avoidance
• Build robust perception and state estimation in GPS-denied and outdoor conditions (visual-inertial odometry, SLAM, multi-sensor fusion)
• Integrate flight controllers and vehicle platforms (PX4 or ArduPilot for UAVs; drive-by-wire or OEM SDKs for vehicles)
• Deploy, commission, calibrate, and support autonomy at live customer sites, with logging and remote diagnostics
• Own safety behaviors, failsafes, and the autonomy simulation and test pipeline

Must have

• 5+ years in robotics/autonomy with real field deployments you can describe in detail (platforms flown or driven, environments, what broke and how you fixed it)
• Strong ROS2 and C++/Python; Nav2, tf2, behavior trees
  SLAM and sensor fusion in practice (Cartographer, RTAB-Map, EKF/UKF, visual-inertial odometry)
• UAV autonomy (PX4/ArduPilot, MAVLink) or autonomous-vehicle autonomy (planning and control for ground vehicles)

• Edge deployment on NVIDIA Jetson (TensorRT, CUDA) under real compute and power constraints

   

How to Apply

If you have hands-on experience building and deploying autonomous systems in real-world environments, we'd love to hear from you.

Please apply with your CV and, if available, examples of robotics or autonomy projects you've personally developed or deployed.

SPG / DCIT
Saudi Born. Future Built.

A European defense and aerospace company is hiring a Founding Hardware Engineer for its Vilnius office. We design miniature radar seekers. Everything has to fit on a single board: high-frequency RF, high-speed digital lines, and dense power regulation — while keeping digital noise out of the analog front-end. If it doesn’t, the radar goes blind. Thermal density, EMI, and tight mechanical constraints have to be solved together.

We are looking at candidates in Vilnius and elsewhere in Europe. Relocation is fully covered: move, housing, and official employment.

Main Responsibilities

• Own the physical board end-to-end, from schematic to bench bring-up.
• Select components against real stock and lead times — no waiting 10 weeks for a PMIC.
• Design the multi-layer stackup (6 layers) and calculate impedance.
• Route RF traces, high-speed digital lines, and the power delivery network.
• Define via stitching, RF cans, and the grounding scheme.
• Align board outlines and thermals directly with the mechanical engineer.
• Make minor revisions to the existing V1 board (schematic and purchased chips are already in place).
• Design the V2 radar boards from scratch. Form factor: a module of 3 round PCBs that fits inside the drone’s nose radome.
• Bring the board up in the lab when it returns from fabrication. Debug with a scope and a soldering iron.

Mandatory Requirements

• Independently designed 5+ boards, solo, end-to-end.
• Proficient in Altium or KiCad.
• Hands-on experience probing and soldering your own boards. Simulation-only or outsourced layout is not a fit.
• Background in one of: telecom / 5G, high-complexity IoT, electronic warfare, UAV avionics, or automotive radar.
• One full-cycle engineer who combines layout and RF. We will not hire a layout engineer and an RF engineer separately, and we will not consider an RF engineer without layout experience.
• Self-taught candidates are welcome if they can show strong, low-level signal integrity and PCB design.
• Be ready to walk through screenshots of your most complex past layouts in the interview.
• Work on-site daily in the Vilnius lab.

We offer

• Top-of-market base salary (5000 euro nett)
• Founding equity.
• Full relocation package (move, housing, official employment) for candidates relocating from other cities or countries.
• Daily allowance.
• Logistics handled so you can focus on the hardware.

Do you work with bare-metal C/C++ and embedded algorithms where every millisecond and byte of memory matters? A team developing interceptor drones has opened an office in central Vilnius/Kyiv and is looking for an Embedded Radar Engineer to work with radar algorithms, SoC, FPGA/DSP, and RTOS.

We build miniature radar seekers. You have to extract small, low-RCS drone tracks from heavy background clutter, EW interference, and motor noise. You have to run this math on severely constrained silicon. You are bound by strict compute, memory, and thermal limits. The processing loop must close in milliseconds. There is no cloud, no heavy GPU, and no room for inefficient code.

Main Responsibilities

You own the math and the metal. You design the radar algorithms (FMCW, CFAR, beamforming, MIMO virtual arrays) and the advanced tracking math (Kalman filters, multi-target tracking, clutter rejection). You implement this across the SoC architecture – managing the heavy lifting on FPGA and DSP accelerators and writing the bare-metal C or RTOS code for the microcontrollers. You manage the memory architecture, the DMA transfers straight from the ADCs, and the low-level peripheral drivers. You also own the data handoff, packaging clean point-clouds and track histories for our Edge ML classification models.

PROOF OF EXECUTION
Degrees do not matter here. We want to see the algorithms you have built AND physically deployed on embedded hardware. If you only simulate perfect radar returns in MATLAB and have never managed a memory buffer or a DMA transfer, do not apply. Show us how you squeezed complex tracking math into a constrained chip (FPGA, RFSoC, or MCU) without blowing up the latency. We expect you to take raw field data on a Tuesday, rewrite the algorithm, and flash a new firmware image to the seeker on a Thursday.

Mandatory Requirements

You must work in our Vilnius/Kyiv lab every day. We go from the bench to field testing in days, not months. The financial package includes a top-of-market base salary, founding equity, a relocation bonus, company housing, and a daily allowance. We cover all logistics and remove all friction so you can focus 100% on building hardware.

We offer

This role requires your daily physical presence in our Vilnius/Kyiv lab. We move from the test bench to live field validation in days, not months. We provide a top-of-market base salary (~€5000 NET), founding equity, a relocation bonus, company housing, and a daily allowance. We remove all financial and logistical friction so you can focus entirely on shipping hardware.

We are looking for a Field Application Engineer to join our team. This role is for a technical expert who views every flight and integration as an exploratory search for optimal performance. You will be the bridge between R&D and our partners, focusing on complex hardware-software integration, system tuning, and radio optimization.

Responsibilities

• Manage the technical implementation of the software stack into partner UAV platforms, ensuring seamless compatibility between hardware and firmware
• Lead exploratory tuning sessions, including PID, application parameter optimization and vibration analysis, to achieve maximum flight stability for new vehicle configurations
• Optimize RF links and telemetry systems; analyze and resolve interference issues in complex digital/analog environments
• Integrate and calibrate sensors, GPS modules, and peripherals using standard embedded protocols (CAN, I2C, SPI) to ensure reliable data flow
• Diagnose complex integration problems (firmware parameters, wiring, power distribution) in both laboratory and field conditions
• Conduct flight activities to validate R&D hypotheses, test system limits, and verify the performance of production batches according to safety SOPs
• Act as a subject-matter expert for partners, leading technical demos and providing structured feedback to the core engineering team based on field observations
• Maintain the internal drone fleet in a high-performance state, ensuring all test assets are technically calibrated and mission-ready

Requirements

• Deep hands-on experience with flight control systems (PX4 / ArduPilot) and a strong understanding of the MAVLink protocol
• Proficient in hardware integration, with a solid understanding of embedded communication protocols (CAN, I2C, SPI) and power distribution
• Strong understanding of radio principles and the ability to creatively optimize communication links in challenging environments
• Expert skills in electronics, precision soldering, and wiring, with the ability to interpret complex technical diagrams and schematics
• Proven ability to analyze telemetry data and prepare structured technical reports, configuration templates, and incident logs
• Readiness to work in field conditions, managing multiple technical priorities independently with a self-starter mindset
• Technical level of English (B1/B2) for coordination with international teams and reviewing technical documentation

Will be a plus:

• Experience with Linux environments (command line, system configuration).
• Familiarity with version control systems (GitHub, GitLab).

We Offer

• Official employment under Ukrainian labor law
• Military booking
• Medical insurance
• Individual English lessons
• Stock Options
• Opportunity to work on cutting-edge UAV systems and grow professionally

Complete interview process:

• Intro call with recruiter → HR interview → Technical interview → Final interview with the team's leadership → Pre-offer → Security check

Every project we take on starts with a 3D laser scan of an existing building. We need someone who can take that scan, make sense of it, and turn it into drawings and models that architects and engineers can rely on.

This role suits a drafter or modeler with roughly 2 years in the field who knows buildings well and wants to move into Scan-to-BIM work. Point cloud experience is a bonus. We’ll help you get up to speed.

Your day-to-day

• Modeling existing buildings in Revit or drafting them in AutoCAD from point cloud scans
• Delivering as-built floor plans, elevations, sections and simple 3D models
• Comparing your output against the scan and making sure the numbers add up
• Staying in sync with the project team on scope, priorities and deadlines

• Picking up tools and shortcuts that make repetitive modeling faster

   

You’ll fit in if you

• Have 2 or so years of hands-on drafting or modeling for buildings
• Are comfortable working in AutoCAD, Revit, or both
• Can read architectural drawings and quickly understand how a building is put together
• Catch small inconsistencies before anyone else does
• Keep your work organized and your files clean
• Can communicate in English with the team day to day

• Enjoy learning new software

   

Extra points for

• Any Scan-to-BIM or point cloud project experience
• Hands-on time with Autodesk ReCap, CloudCompare or similar
• Dynamo, scripting, or any attempt to automate your own workflow

Strong building and drafting fundamentals matter more to us than a perfect tool match. If that sounds like you, we’d like to hear from you.

An opportunity for a Network Engineer - External OPM Devices and Lab with an Israeli cybersecurity company.

• Location: Remote
• Employment type: Full-time
• Working schedule: CET

Requirements:
5+ years of experience in Network Engineering or a similar role.

• Strong knowledge of networking fundamentals, architectures, and protocols.
• Hands-on experience configuring routers, switches, firewalls, and other network devices.
• Experience in network troubleshooting, investigation, and traffic analysis.
• Practical experience with network labs and equipment.
• Ability to validate device behaviour and reproduce real-world network scenarios.
• Strong problem-solving, communication, and ownership skills.
• Upper-Intermediate English.

Nice to Have

• Scripting or programming experience (Python, Bash, etc.).
• Experience with network configuration and testing automation.

• Familiarity with APIs and network management tools.
   

  Responsibilities:

• Set up, maintain, and support lab environments for external OPM devices.
• Configure and manage network equipment.
• Prepare lab scenarios for new device integrations, features, and customer escalations.
• Reproduce customer issues and validate device, protocol, and integration behaviour.
• Troubleshoot network configuration, connectivity, and device-related issues.
• Analyze network traffic, logs, and configurations to identify root causes.
• Collaborate with Development, QA, Support, and Product teams.
• Maintain technical documentation and troubleshooting procedures.

If you design and simulate circuits in Qucs-S and can explain your reasoning as clearly as you build, this role puts that skill to work. You’ll join a remote AI training project for a global AI company, solving real circuit design and simulation tasks in Qucs-S and walking through your workflow step by step, so AI systems learn how electronics engineers actually work. Fully remote, flexible hours, paid by the hour.

Your responsibilities will include:

• Design and simulate electronic circuits using Qucs-S.
• Work with analog, digital, and mixed-signal circuits.
• Run circuit analysis, including AC, DC, and transient simulations.
• Troubleshoot circuit issues and improve circuit performance.
• Complete advanced Qucs-S tasks and explain your workflow step by step.

• Write clear instructions and detailed prompts for circuit simulation tasks.

   

What we expect from you:

• Strong professional, hands-on experience with Qucs-S.
• Hands-on experience with electronic circuit design and simulation.
• Good understanding of SPICE simulation, circuit analysis, and electronic components.
• Experience troubleshooting circuits and analyzing simulation results.
• Access to Qucs-S and comfort recording your screen while you work.
• English at B2 level or higher.

• Ability to explain technical workflows clearly.

   

Nice to Have:

• A master’s degree or PhD in Electrical or Electronics Engineering.
• Experience with other circuit simulation or EDA tools.
• Professional experience in electronics or hardware engineering.

• Previous AI data experience (data annotation, RLHF, or AI model evaluation) is a plus, but not required.

   

What we offer:

• Hourly pay for real, hands-on engineering work.
• Fully remote work with a flexible schedule: you choose when you work.
• A chance to shape how next-generation AI understands electronics engineering.
• A short, simple selection process with a fast start.

Project Description:
 

We’re looking for an IT Systems Administrator to own the day-to-day IT operations behind a fast-growing, distributed team. You’ll manage our SaaS and identity stack, keep our devices secure and compliant, and make sure every employee has what they need from their first day to their last.

Client Description:
Our client is an international Result-as-a-Service ecosystem for customer support outsourcing. The company brings together the right people, processes, and technology to help its clients reach their goals. The services cover customer support operations, omnichannel support, an AI support platform, help desk and technical support, Zendesk implementation, migration and audits, startup support, and back-office support.

Requirements:

• 3+ years of experience in IT administration, IT operations, or a similar role
• Hands-on experience administering Google Workspace and Microsoft 365
• Practical experience with Okta and/or Microsoft Entra ID (SSO, SCIM, MFA, conditional access)
• Experience managing macOS devices with an MDM such as Jamf or Intune
• Proven experience running onboarding and offboarding processes at scale
• Service desk experience and a customer-focused approach to support
• Strong troubleshooting skills and attention to detail

• Clear written and verbal communication in English

  
  Responsibilities:

• Administer Google Workspace and Microsoft 365: users, groups, licenses, policies, security settings, and email configuration
• Manage identity and access through Okta and/or Microsoft Entra ID, including SSO, MFA, provisioning, and access reviews
• Deploy, configure, and secure macOS and Windows devices using Jamf and Intune: enrollment, configuration profiles, app deployment, patching, and compliance
• Own onboarding and offboarding: account provisioning, device setup and shipping, access removal, and asset recovery
• Run the internal service desk: handle tickets, troubleshoot hardware, software, and access issues, and meet response and resolution targets
• Maintain IT documentation, runbooks, and a knowledge base for common requests
• Track hardware and software assets and SaaS licenses
• Identify repetitive tasks and automate them to improve efficiency and the employee experience
• Support security and compliance efforts across systems and devices
  
   

About the Role

We are looking for an experienced Architectural Designer / Sketcher to join our construction and development team in Pittsburgh, PA.

The main focus of this role is creating architectural sketches, concepts, and visual solutions for residential renovation and construction projects.

Responsibilities

Create architectural and conceptual sketches

Develop hand-drawn and digital sketches

Prepare visual concepts for residential projects

Work with form, perspective, proportions, and composition

Develop basic plans, drawings, and design concepts

Translate project requirements into clear visual solutions

Work with the construction team to develop practical design solutions

Make revisions based on project requirements

Prepare sketches and drawings for further project development

Requirements

Degree or professional education in Architecture, Architectural Design, or a related field

Proven experience as an Architect, Architectural Designer, Architectural Illustrator, or Sketcher

Strong skills in architectural sketching and visualization

Understanding of perspective, composition, proportions, and architectural forms

Ability to create both hand-drawn and digital sketches

Experience with residential architecture and/or renovation projects is a plus

Ability to work independently and meet deadlines

Portfolio of previous architectural/design work is required

U.S. Requirements

Experience working with U.S. residential projects is a plus

Knowledge of U.S. architectural standards and construction practices is a plus

Professional certificates, credentials, or licenses applicable to architectural work in the United States are preferred

Candidates should provide information about their education, professional certifications, and authorization to work in the United States

What We Offer

Work on real residential construction and renovation projects in Pittsburgh

Opportunity to work with an international construction team

Projects with practical architectural and design applications

Competitive compensation based on experience, qualifications, and project scope

To apply: Please submit your resume and portfolio with examples of architectural sketches, concepts, and previous projects.

Quantum Systems  next-generation unmanned solutions across air, land, and sea. From advanced aerial drones to underwater and ground platforms, our systems combine cutting-edge hardware with AI-driven software for seamless control and real-time data insights. Trusted by defense, security, and public sector clients worldwide, we redefine mission versatility and performance.

Quantum-Systems is a strong supporter of Ukraine and has it’s local Ukrainian office since 2022.

As Senior Systems Engineer you will be responsible for become a core member of the newly established Systems Engineering function in Ukraine, supporting the development and evolution of complex unmanned aerial systems and their supporting software, communication, payload, and ground-control components.
 

This is a full-time office job. Candidates must be located in Kyiv.
 

What is your Day to Day Mission:

• System Context & Functional Analysis – Translate product Capabilities, operational scenarios and ConOps into a clear technical system context, including system boundaries, actors, operating modes, states, assumptions and external interactions.
• Trade Studies & Technical Feasibility – Perform structured technical feasibility assessments and trade studies, evaluating alternatives, constraints, risks and system-level consequences and preparing evidence-based engineering recommendations.
• System Requirements Engineering – Develop, analyze, refine and maintain system-level requirements that are unambiguous, feasible, measurable and verifiable, including rationale, applicability, criticality and traceability.
• System Architecture Development – Contribute to and develop functional, logical and physical system architectures covering HW, SW, communication, payload, ground-control and other relevant system elements.
• Requirements Decomposition & Allocation – Decompose system requirements and allocate functions, performance constraints and technical responsibilities to subsystems and engineering domains while maintaining end-to-end traceability.
• Subsystem Technical Contracts – Define the system-level technical expectations for individual subsystems, ensuring engineering teams have clear requirements, constraints, interfaces and verification intent without prescribing their detailed implementation.
• Interface Management – Define, coordinate and maintain cross-domain system interfaces, including mechanical, electrical, RF, data, API and HW/SW interfaces, and ensure consistency between participating engineering teams.
• System Budgets & Constraints – Support definition, allocation and assessment of relevant system budgets and cross-domain constraints such as mass, power, timing, bandwidth, computational resources and performance.
• Verification & Validation Basis – Define how system requirements shall be verified, including verification method, level, configuration, environment, measurable pass/fail criteria and expected evidence; contribute to the technical basis for capability validation.
• Requirements Traceability – Maintain end-to-end traceability between product Capabilities, system requirements, subsystem requirements, interfaces, implementation scope and verification evidence.
• Engineering Change Impact Assessment – Analyze proposed changes, development constraints and V&V findings to identify their impact on requirements, architecture, interfaces, configurations, system risks and verification coverage.
• Technical Risk Management – Identify and assess system-level technical risks, assumptions, uncertainties and unresolved items and drive them toward technically justified resolution.
• Cross-Functional Engineering Collaboration – Work closely with Chief Engineers, Product Managers, Product Owners, HW/SW Team Leads, domain experts and V&V teams to resolve cross-domain technical topics and maintain overall system consistency.
• Engineering Reviews & Documentation – Prepare and review system requirements, architecture descriptions, interface definitions, trade studies, technical decisions, verification strategies and other systems engineering artefacts.
• Continuous Systems Engineering Development – Contribute to establishing and improving Systems Engineering methods, templates, tools and working practices as the function is built and scaled within the organization.
   

What you bring to the team:

• Degree in Systems Engineering, Aerospace Engineering, Robotics, Computer Engineering or a comparable technical discipline.
• 3+ years of relevant engineering experience, including substantial work on multidisciplinary products or systems combining several of the following domains: mechanics, electronics, embedded systems, software, communication systems, control systems, sensors or payloads.
• Demonstrated experience working at system or subsystem level, rather than exclusively within a single component or narrow technical discipline.
• Strong practical understanding of requirements engineering, including requirement formulation, decomposition, allocation, verification criteria and traceability.
• Experience developing or contributing to system architecture, including functional decomposition, subsystem boundaries, allocation of functions and management of technical constraints.
• Practical experience with system interfaces and cross-functional integration involving multiple engineering disciplines.
• Ability to convert incomplete or high-level product and operational needs into structured and testable engineering definitions without prematurely prescribing a detailed implementation.
• Experience performing technical trade-off analysis, feasibility assessment and structured engineering decision-making involving competing constraints.
• Good understanding of verification and validation principles, including the relationship between requirements, verification methods, test levels, acceptance criteria and objective evidence.
• Experience analyzing engineering changes and understanding their cross-system impact on requirements, architecture, interfaces and verification.
• Strong understanding of multidisciplinary engineering fundamentals and ability to communicate effectively with specialists from HW, SW, embedded, controls, RF, mechanical and testing domains.
• Strong analytical thinking and ability to distinguish system-level responsibility from subsystem detailed design.
• Ability to communicate complex engineering topics clearly, structure technical discussions and drive ambiguous cross-functional topics toward explicit technical decisions.
• Strong ownership mindset while being comfortable operating in an environment where technical responsibility is distributed between Chief Engineer, Systems Engineering and domain engineering teams.

• Fluent English required for technical communication and documentation.

  
  Strong advantages:

• Experience in UAV, aerospace, robotics, autonomous systems, automotive, defence or other complex embedded cyber-physical systems.
• Previous work within a formal Systems Engineering lifecycle using approaches derived from the V-model or comparable development frameworks.
• Familiarity with standards and practices such as ISO/IEC/IEEE 15288, ISO/IEC/IEEE 29148 or ISO/IEC/IEEE 42010.
• Experience with requirements and traceability tools such as Jama, DOORS, Jira/Confluence or equivalent platforms.
• Experience with system modelling approaches such as SysML/MBSE is an advantage, but is not a prerequisite.
• Experience with FMEA/FMECA, hazard analysis, system safety or compliance engineering is advantageous.
• Practical exposure to system integration, laboratory testing, field testing or flight testing.

About Farsight Vision:

Farsight Vision develops AI-powered geospatial intelligence solutions for defence and security operations. The platform transforms raw aerial and sensor data into real-time 3D environments, actionable analytics, and AI-assisted operational scenarios, enabling enhanced situational awareness, mission planning, and faster decision-making for both human operators and autonomous systems. We operate at the intersection of geospatial data, computer vision, and defense operations — and if that interests you, read on.

We are looking for a Robotics Engineer to own motion control for our unmanned ground vehicle (UGV) end-to-end — from control theory on paper to a robot that actually moves the way you designed it to. This is not a role for someone who wants control loops handed to them pre-tuned: you will design, implement, and validate them on hardware yourself.
 

Responsibilities:

• Implement navigation and control algorithms for different types of UGVs: differential drive, tracked wheels, Ackermann steering, etc.
• Design and implement control algorithms (PID and beyond) that translate navigation commands into reliable robot motion.
• Own the control stack end-to-end — from algorithm design through tuning and validation on the physical unit.
• Simulate physical driving for different types of wheels and terrains before deploying to hardware.
• Work closely with the Robotics team on actuator and sensor integration, since control quality is only as good as what it’s built on.
• Debug control issues that only show up in the field, not in simulation — this role is hands-on with the physical robot in Lviv.
• Collaborate with the Perception Engineer so control decisions correctly account for obstacle and environment data.
• Propose architecture and design decisions rather than waiting to be handed a fully-scoped ticket: this is a small team building a new capability almost no one in the Ukrainian market has shipped yet.

Requirements:

• Strong mathematical foundation: linear algebra, calculus, and the algorithmic thinking control systems are built on.
• Practical experience with control theory — PID control at minimum, ideally more advanced control approaches.
• Background in robotics, guidance, or navigation systems (e.g., autonomous vehicle guidance, drone terminal guidance, or similar).
• Experience with physics simulators (e.g. Gazebo, NVIDIA Isaac, MATLAB, Simulink), with the ability to simulate dynamic models and verify controller performance before deployment.
• Experience working with sensors such as IMU, LiDAR, etc.
• Knowledge of state estimation and filtering (e.g. Kalman filter, extended Kalman filter, complementary filter).
• Solid programming skills in C++ (and Python for prototyping).
• Good OOP skills — ability to write and design clean code that’s flexible to extend and maintain.
• Comfortable working close to hardware, not purely in a software abstraction layer.
• Upper-Intermediate+ English.

Nice to have:

• Experience with ROS/ROS2
• Path planning algorithms (A*, D*, RRT, etc.)
• Prior work on UAV or UGV guidance/navigation systems
• Defense-tech or military-tech industry exposure
• Embedded systems or hardware-adjacent experience

Security Eligibility:

Our platform is actively used by the Armed Forces in live operations. As an Estonian-Ukrainian defence technology company handling sensitive operational data, we have a responsibility — legal, ethical, and practical — to ensure the integrity of everyone on our team.

All candidates must be able to confirm the following:

Neither you nor your close relatives (parents, spouse, siblings, children) reside in Russia, Belarus, or temporarily occupied Ukrainian territories

You have no regular personal, financial, business, or professional contact with individuals in those territories

You consent to a deeper security verification if the process advances to later stages

If any of the above criteria are not met, please do not proceed with your application.

Why Farsight Vision

We are a startup operating under real-world conditions — our product is in active deployment, and the pace reflects that. We are not a company where you get to run the same experiment three times until it’s elegant — we need someone who wants to see their control loop working on a real robot within weeks, not quarters, and who is motivated by the fact that what you build here gets used, not shelved.

Flexible working hours. Paid vacation and sick leave. Direct access to founders and leadership.

Application Process:

• Apply with your CV and a brief cover letter explaining your interest and relevant experience
• Complete a short practical assignment involving a control/navigation problem drawn from our platform
• Interview with the Recruiter and Lead Robotics Engineer

We’re hiring a CAD/BIM specialist with about 2 years of experience to transform laser scan and point cloud data into precise drawings and 3D models for architectural and engineering projects.
 

What you’ll do

• Develop and update CAD drawings and BIM models using point cloud data
• Produce floor plans, sections, elevations, and basic 3D models
• Verify dimensions and make sure all deliverables accurately reflect the source data
• Collaborate with the team to clarify project requirements and deliver on schedule
• Learn and apply tools that streamline repetitive modeling tasks
   

What we’re looking for

• About 2 years of hands-on experience in CAD drafting or BIM modeling
• Working knowledge of AutoCAD or Revit
• Ability to read architectural drawings and understand building layouts
• Strong attention to detail and solid organizational skills
• English good enough for everyday work communication
• Openness to learning point cloud workflows and new software
   

Nice to have

• Experience with point clouds or Scan-to-BIM projects
• Familiarity with tools like ReCap or CloudCompare
• Basic knowledge of Dynamo, scripting, or workflow automation
   

You don’t need to know every tool on this list. What matters most is strong CAD/BIM fundamentals and a genuine willingness to learn.

About the Company

Established in 2004, ALLSTARSIT was founded with a clear vision: to enhance the landscape of global IT employment by bridging the gap between companies and skilled professionals. The core belief was that assembling a team shouldn't be hindered by geographical constraints. Fast forward to the present day, ALLSTARSIT stands as an international outstaffing service provider committed to change the way businesses recruit, compensate, and oversee top talent worldwide. 

With operational hubs scattered across Europe, Asia, and LATAM, and its headquarters situated in San Francisco, US, the company boasts a workforce of over 1,000 adept professionals. Spanning across more than 20 countries, ALLSTARSIT offers a diverse range of skilled employees across various verticals, including AI, cybersecurity, healthcare, fintech, telecom, media, and so on.

About the Project

We are looking for an experienced PCB Layout Designer to join our R&D team and lead PCB design activities for advanced energy measurement and control systems. This role involves close collaboration with hardware engineers throughout the entire development cycle, from schematic design through mass production, reporting directly to the Hardware Group Manager.

Must Have

• 3–5+ years of experience in PCB layout design.
• Strong proficiency with Cadence Allegro PCB Designer.
• Experience working with OrCAD Capture.
• Experience designing multilayer PCBs.
• Good understanding of Signal Integrity (SI) and Power Integrity (PI).
• Ability to work effectively in a multidisciplinary team environment.
• Experience working with PCB manufacturers and assembly vendors.
• High attention to detail.
• Systems-thinking approach.
• Ability to manage multiple tasks and priorities simultaneously.

• Strong teamwork and communication skills.

   

Nice to Have

• Experience with EMC/EMI standards and compliance.

• Experience designing mixed-signal boards (Digital + Analog).

   

Scope of work:

• Design and edit complex printed circuit boards (PCB Layout) with 2–10+ layers using Cadence Allegro PCB Designer.
• Work with schematics in OrCAD Capture and accurately implement them into PCB layouts.
• Define and maintain PCB design rules according to electrical, EMC/EMI, and Signal Integrity requirements.
• Route high-speed signals, analog and digital circuits, communication interfaces, and related systems.
• Design boards with multiple voltage domains (low/medium voltage), including proper isolation and separation requirements.
• Collaborate with the mechanical engineering team to ensure enclosure and mechanical fit.
• Prepare manufacturing documentation and files, including Gerber files, Drill files, Stackup documentation, and Pick & Place files.
• Support production and manufacturing processes.
• Work with the Priority ERP system to build and maintain component libraries and databases.

Why we exist:

Swarmer develops software that makes drones autonomous and allows them to operate together, in large, coordinated teams — no pilots needed. Our technology has been battle-tested in Ukraine — the world’s most intense proving ground for drone warfare.

In March 2026, we became the first Ukrainian defense startup to go public on NASDAQ, following a $15M Series A — the largest investment in a Ukrainian defense tech company since the start of the war.

Working at Swarmer means operating at the intersection of engineering rigor and frontline reality. The problems and environments are complex, and the stakes are very real. We built this software to enable democratic nations to defend themselves.

If you are motivated by building resilient systems that matter and by seeing the direct impact of your work, you’ll find purpose here.

Who we’re looking for:

We’re looking for a Senior Robotics & Autonomy Engineer to build and harden the collaborative autonomy behind our multi-vendor drone platform.

Your focus is multi-agent coordination: getting many drones to split tasks, stay out of each other’s way, and plan together in real battlefield conditions.

What you’ll do:

• Build distributed onboard autonomy that runs in real time across several companion computers, under tight compute and link constraints.
• Evolve our multi-agent algorithms (task allocation, deconfliction, collaborative path planning) to work with limited bandwidth, high latency, and packet loss.
• Turn R&D algorithms into product-ready code: find bottlenecks, handle edge cases gracefully, and make behavior deterministic and fault-tolerant.
• Optimize processing time, power consumption, and data flow.
• Design resilient comms and coordination, including link-aware strategies and degraded-mode behavior when the link drops.
• Build explainability for the swarm: intent and decision logs, human-readable reasoning traces, and post-flight analysis tools.
• Own the simulation pipeline for your features: prepare digital twins, design multi-drone experiments, and close the gap between simulation and real flights in a measurable way.
• Support field tests for your features: work with our test-range team, stay available online during flights, and travel to the test site occasionally.

What we need:

• 4+ years building decision-making systems for robots or autonomous agents (planners, task allocation, behavior logic).
• Hands-on experience with multi-agent or multi-robot coordination.
• Strong Python on Linux. Experience with C/C++ and embedded systems is highly valued.
• Solid grounding in linear algebra, control theory, probability, and numerical methods.
• Hands-on experience with simulators and digital twins.
• English at B2 or higher.

Would be an advantage:

• You’ve contributed to ArduPilot or PX4, or modified flight firmware.
• You’ve built distributed systems that run on edge devices.
• You’ve worked in defense or EW-contested environments.
• You’ve built, flown, crashed, and debugged your own drones.

What you’ll get:

• A chance to shape the core autonomy and perception systems at the heart of Ukraine’s defense tech ecosystem and its international expansion.
• Professional growth through hands-on work with advanced UAV technologies and exposure to international best practices in autonomy, CV, and ML.
• Fast-paced, high-stakes environment where your contributions yield immediate, tangible impact on the frontline.
• Agile, highly skilled team driven by engineering rigor and mission-critical goals.
• Attractive compensation package including 20 paid vacation days, comprehensive health insurance, and paid sick leave.
• Flexible working arrangements depending on operational and security requirements.
• Benefits of the defense sector (military reservation, etc.).

What the hiring process looks like:

✔️ Recruiter Screen→ ✔️ Technical Interview → ✔️ Management Interview → ✔️ Security check → ✔️ Offer

Ready to Apply?