Come Invent Unmanned Operations

Role Overview

Ottopia is seeking a Director of Program Management with a strong technical foundation to lead complex, multi-disciplinary programs spanning AI, software, and hardware systems. In this role, you will drive execution across both internal teams (R&D, Product, QA, Business) and external stakeholders, including Government, Military, and Defense Primes.

You’ll be responsible for delivering mission-critical projects – on time, at high quality, and with full accountability. Success requires a deep understanding of system architecture, technical trade-offs, and implementation constraints. You’ll serve as the single point of coordination and communication across all functions, ensuring alignment, progress, and impact.

Responsibilities

• Own the full lifecycle of complex, cross-functional programs - from planning through execution and delivery.
• Translate customer and business objectives into detailed project plans with clear milestones, owners, and timelines.
• Actively manage execution - monitor progress, flag risks early, and drive issue resolution to keep programs on track.
• Work closely with R&D and Product teams to understand technical trade-offs, architecture decisions, and system constraints.
• Serve as the main point of contact for Government, Military, and Defense Prime customers - ensuring alignment with technical specs, program requirements, and relevant standards.
• Prepare and present clear, concise updates - from executive summaries to technical deep dives - tailored to internal and external stakeholders.
• Continuously improve project execution, cross-team workflows, and stakeholder communication.
• Draft Statements of Work (SOWs), risk assessments, delivery plans, and other critical program documentation.

Minimum Requirements

• 5+ years of experience in program or project management roles in tech, leading complex, multi-disciplinary programs.
• Must have prior experience as a core team member at a successful startup, scaleup, or prime contractor in the defense sector – not just as an external vendor.
• Strong technical foundation – hands-on experience in one or more of the following: systems engineering, autonomy, AI, computer vision, embedded software, networking, or related domains.
• Proven ability to understand and communicate complex technical systems (e.g., autonomy, safety, networking, video).
• Fluent English – excellent written and verbal communication across technical and executive audiences.
• Highly organized, execution-driven, and comfortable operating in fast-paced, high-stakes environments.
• Willingness to travel internationally for customer engagements, field trials, and partner visits as needed.

Preferred Qualifications

• Experience in startups delivering mission-critical software and/or hardware systems.
• Familiarity with modern software development tools and methodologies (e.g., Agile, Jira, Confluence).
• Proven ability to manage cross-functional teams across software, hardware, QA, product, and field operations.
• Understanding of defense procurement cycles, compliance requirements, and certification processes.
• Background in teleoperation, robotics, autonomous systems, automotive platforms, or C4I systems.
• Technical degree in Computer Science, Electrical Engineering, Systems Engineering, or a related field.

Soft Skills

• Strong leadership without formal authority.
• Exceptional stakeholder management and interpersonal communication.
• Problem-solver with a hands-on, ownership-driven approach.
• Comfortable operating under ambiguity and evolving requirements.
• Eager to learn, grow, and succeed as part of a mission-driven team.

The Role

We're seeking a Senior Robotics Engineer to lead the development and integration of sophisticated robotic systems with our teleoperation platform. You'll serve as a technical leader, driving innovation at the intersection of robotics, real-time control systems, and remote operation technology while mentoring junior team members and shaping our robotics technology roadmap.

Primary focus areas:

• Technical leadership of ROS2-based robotic system architecture and development.
• Advanced real-time control algorithms, motion planning, and trajectory optimization.
• Multi-modal sensor fusion and advanced perception systems.
• Complex hardware-software integration for diverse robotic platforms.
• Safety-critical system design, validation, and certification processes.
• Large-scale multi-robot coordination and fleet management systems.
• Research and development of cutting-edge robotics technologies.

What You'll Do

• Lead the design and architecture of complex robotic control systems using ROS2 framework.
• Develop advanced motion planning, navigation, and trajectory optimization algorithms.
• Design sophisticated sensor fusion pipelines integrating LiDAR, cameras, IMU, radar, and proprietary sensors.
• Build and optimize ultra-low latency control systems with microsecond-level precision.
• Lead hardware-software co-design initiatives with mechanical and electrical engineering teams.
• Architect and implement comprehensive safety systems and redundant fail-safe mechanisms.
• Lead troubleshooting of complex robotic systems across lab, field, and production environments.
• Drive customer technical integration projects and serve as primary robotics technical contact.
• Make critical system architecture decisions and lead technical design reviews.
• Mentor junior engineers and establish robotics engineering best practices.
• Research and prototype next-generation robotics technologies and methodologies.
• Collaborate with product management to define technical roadmaps and specifications.

Requirements

Must have:

• 7+ years of hands-on robotics engineering experience with demonstrated technical leadership.
• Expert-level proficiency in ROS2, robotics middleware, and distributed robotics systems.
• Deep expertise in advanced motion planning, nonlinear control theory, and optimization.
• Extensive experience with complex sensor integration, state estimation, and multi-modal perception.
• Advanced programming skills in C++ and Python with a focus on high-performance robotics applications.
• Proven experience with hard real-time systems, embedded Linux, and low-level hardware interfaces.
• Expert knowledge of robotics simulation tools (Gazebo, Isaac Sim, CoppeliaSim) and validation methodologies.
• Strong mathematical foundation in advanced linear algebra, differential equations, optimization, and probabilistic robotics.
• Experience leading technical projects and mentoring engineering teams.

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Preferred

• Advanced experience with SLAM, visual-inertial odometry, and autonomous navigation in complex environments.
• Deep knowledge of computer vision, machine learning, and AI applications in robotics.
• Extensive hands-on experience with diverse robotic platforms (industrial manipulators, mobile robots, aerial vehicles, marine systems).
• Experience with safety-critical systems, functional safety standards (ISO 26262, IEC 61508), and certification processes.
• Specialized background in teleoperation, bilateral haptic control, or advanced human-robot interaction.
• Expert knowledge of industrial communication protocols (EtherCAT, CAN-FD, TSN, 5G networks).
• Advanced experience with containerization, DevOps, and automated testing frameworks for robotics.
• Publications or patents in robotics, control systems, or related fields.
• Experience with cloud robotics and edge computing architectures.

What We're Looking For

• Exceptional systems thinking with the ability to architect complex hardware-software solutions.
• Proven track record of solving challenging robotics problems in production environments.
• Experience leading rapid prototyping initiatives and bringing concepts to market.
• Strong leadership skills with the ability to guide cross-functional teams and influence technical direction.
• Hands-on approach to debugging complex systems and comfortable with extensive field testing.
• Passion for advancing the state-of-the-art in remote robotics and teleoperation technology.
• Strategic mindset for long-term technology planning and competitive differentiation.

The Role

We're looking for a robotics engineer to join our core development team and drive the integration of robotic systems with our teleoperation platform. You'll work at the intersection of robotics, real-time control systems, and remote operation technology.

Primary focus areas:

• ROS2-based robotic system integration and development
• Real-time control algorithms and motion planning
• Sensor fusion and perception systems
• Hardware-software integration for robotic platforms
• Safety-critical system design and validation
• Multi-robot coordination and fleet management

What You'll Do

• Design and implement robotic control systems using ROS2 framework
• Develop motion planning and navigation algorithms for autonomous and teleoperated robots
• Integrate sensors (LiDAR, cameras, IMU, encoders) with perception and control pipelines
• Build and optimize real-time control loops with sub-millisecond latency requirements
• Collaborate with hardware teams on robot platform design and testing
• Implement safety systems and fail-safe mechanisms for remote operation
• Debug and troubleshoot robotic systems in lab and field environments
• Support customer integration of robotic platforms
• Participate in system architecture decisions and technical reviews

Requirements

Must have:

• 3+ years of hands-on robotics engineering experience
• Strong proficiency in ROS2 and robotics middleware
• Experience with motion planning, kinematics, and control theory
• Solid understanding of sensor integration and perception systems
• Programming skills in C++ and Python for robotics applications
• Experience with real-time systems and embedded Linux
• Knowledge of robotics simulation tools
• Strong mathematical background in linear algebra, calculus, and statistics

Preferred:

• Experience with autonomous navigation and SLAM algorithms
• Knowledge of computer vision and machine learning for robotics
• Familiarity with robotic hardware platforms (manipulators, mobile robots, drones)
• Experience with safety-critical systems and functional safety standards
• Background in teleoperation, haptic feedback, or human-robot interaction
• Knowledge of communication protocols (CAN, Ethernet, wireless systems)
• Experience with Docker, Git, CI/CD tools, and automated testing for robotics

What We're Looking For

• Strong systems thinking and ability to work across hardware-software boundaries
• Passion for solving complex robotics challenges in real-world environments
• Experience with rapid prototyping and iterative development
• Collaborative mindset for working with cross-functional teams
• Comfortable with hands-on debugging and field testing
• Excited about pushing the boundaries of remote robotics technology

The Role

We're looking for a software engineer to join our core development team. Depending on your background and our current priorities, you'll focus on one primary area while occasionally contributing to others:

Possible focus areas:

• Software services and microservices on Linux environments
• Real-time video or control systems
• Robotic systems (ROS2)
• Automotive and defense product development

Your specific focus will be determined based on your experience and our team's current needs.

What You'll Do

• Develop and maintain production-grade software in your focus area
• Break down high-level features into clean technical designs
• Take ownership of large-scale tasks and deliver them with high quality
• Collaborate with product, QA, and integration teams
• Participate in code reviews and write testable code
• Debug and troubleshoot production and lab environments
• Support customer integration when needed

Requirements

Must have:

• 3+ years of hands-on software development experience
• Strong proficiency in at least two of: C++, Python, Rust
• Solid understanding of networking, memory, threading, Linux, and video
• Experience developing and maintaining production-level systems
• Strong problem-solving skills and performance optimization experience
• Good written and verbal communication in English

Preferred:

• Familiarity with microservices architecture, including full-stack (Backend/Frontend) experience
• Experience with video streaming, networking protocols, low-latency systems, or embedded Linux
• Familiarity with Docker, Git, CI/CD tools, and test automation
• Background in automotive, robotics, or defense software systems

What We're Looking For

• Team player with a proactive, ownership-driven mindset
• Fast learner who embraces technical challenges
• Able to work independently and manage multiple tasks
• Comfortable in a fast-paced, iterative environment

Role Overview

We’re looking for a hands-on Technical Integration and Support Engineer to lead the technical onboarding and support of Ottopia’s system at customer sites. You’ll handle the integration of Ottopia’s software stack with various hardware environments (vehicle-side, server-side, and operator stations), provide technical assistance during deployments, and troubleshoot complex multi-component systems.

In addition, you’ll be responsible for creating and maintaining high-quality documentation such as release notes, user guides, configuration manuals, and integration playbooks—enabling both internal teams and external partners to work effectively with our technology.

Responsibilities

• Install, configure, and integrate Ottopia’s system in customer and partner environments.
• Provide technical support for onboarding, system validation, and field deployment.
• Troubleshoot networking, video, control, and system-level issues across distributed environments.
• Act as a technical point of contact between customers and internal engineering teams.
• Write and maintain documentation, including:
  
  • User guides and installation manuals
  • System integration guides
  • Release notes and version change summaries
  • Technical configuration walkthroughs
• Support internal QA and validation efforts with feedback from real-world deployments.
• Participate in on-site customer engagements, tests, and demonstrations (travel required).
• Help define and improve support and integration processes as the product evolves.

Minimum Requirements

• 3+ years of experience in a technical support, integration, or field engineering role.
• Solid experience with Linux systems: configuration, services, systemd, networking.
• Familiarity with networking fundamentals (TCP/UDP, routing, firewalls, NAT).
• Hands-on experience troubleshooting complex systems composed of multiple nodes and services.
• Excellent interpersonal and communication skills, including in professional English.
• Ability and willingness to travel internationally for customer site integrations and field deployments.

Preferred Qualifications

• Experience with Docker, systemd, and deployment pipelines.
• Previous work with automotive, defense, or robotics systems.
• Scripting in Python or Bash.
• Familiarity with tools such as Wireshark, SSH, and remote debugging techniques.
• Ability to read and understand technical diagrams and network topologies.

Soft Skills

• Customer-oriented mindset with a hands-on, can-do attitude.
• Structured and independent problem-solving approach.
• Resilience under pressure and commitment to delivery timelines.
• Strong documentation and knowledge-sharing habits.
• Eager to learn, grow, and succeed as part of a mission-driven team.

The Role

We’re looking for a versatile and ambitious Software Engineer to join the CTO’s Office — a cross-functional, high-impact team that drives innovation across Ottopia’s technology stack.

You’ll lead the development, integration, and exploration of new technologies spanning real-time networking, video streaming, robotics and autonomy. This role is at the intersection of research and engineering — ideal for an engineer who thrives on solving complex technical challenges and influencing the direction of a growing deep-tech company.

Key Focus Areas

• Real-time congestion control algorithms for multi-network bonding and resilience
• Adaptive video encoding and transmission for high-reliability, low-latency streaming
• Development of automotive and robotics systems for both civilian and defense customers
• Prototyping and integrating cutting-edge technologies across Ottopia's stack

What You Bring

• Systems & Architecture: Exceptional systems thinking to design complex Software; balances near-term delivery with long-term vision; detail-oriented yet big-picture aware.
• Robotics/Embedded Execution: Proven record solving hard production problems; hands-on debugging, testing, and field validation of real-time systems; comfortable with ambiguity and complexity.
• Prototype → Product: Lead rapid prototyping and turn concepts into scalable products; curious, proactive, and continuously improving.
• Leadership & Collaboration: Guide cross-functional teams and influence technical direction; work autonomously while collaborating widely; technically opinionated but open to challenge and iteration.
• Research & Data: Design experiments and test hypotheses; leverage data for decisions; strong learning/analytical mindset; passionate about remote robotics, autonomy, and teleoperation; committed to safe, reliable, at-scale tech.

Requirements

Must-Have

• 5+ years building production software
• B.Sc+ in CS/EE or related
• Strong C++ or Rust and Python; solid performance/memory understanding
• Real-time systems experience
• Linux systems programming & debugging tools
• Networking experience (protocols, congestion control, multi-link) including experience in algorithms development.
• Ability to decompose problems, own solutions end-to-end, and work across teams
• Professional English (spoken/written)

Preferred

• M.Sc in a scientific discipline
• Video streaming/media pipelines (e.g., GStreamer)
• ROS2, autonomous systems, or robotics platforms
• Automotive/mission-critical (ISO 26262, AUTOSAR; defense)
• Cybersecurity, secure comms, PKI
• Industry research or advanced prototyping experience
• Cellular, RF, or satellite communications

The role

We are seeking a versatile and detail-oriented System Integration Engineer to lead hardware validation, regulatory compliance, and product integration efforts. This new role supports both delivery and innovation, with hands-on involvement in onboarding new hardware, validating system behavior, and supporting the integration of AI-based capabilities into production-grade platforms.

Professional Experience Required:

• 2–5 years of experience in hardware integration, system validation, compliance engineering, or similar hands-on roles.
• Proven experience in bringing up new electro-mechanical systems: enclosures, embedded PCs, sensors, modems, power systems.
  Solid understanding of validation protocols and QA practices for hardware platforms across development and production stages.
  Familiarity with regulatory and environmental standards: CE, FCC, MIL-STD-810H, ISO 16750-3, ISO 26262, UN 38.3.
• Experience writing and managing structured technical documentation (BOMs, part numbers, validation logs, compliance files).
• Ability to work closely with cross-functional R&D and QA teams in fast-paced, evolving environments.
• Strong hands-on skills with electronics, wiring, testing equipment, and system-level troubleshooting.
• Full professional English proficiency (verbal and written).

Job Description & Responsibilities:

• Collaborate with R&D and QA teams, serving as the operational lead for integrating new hardware into Ottopia’s core platforms.
• Define and execute validation protocols for hardware onboarding into production and research environments.
• Drive system-level compliance and certification efforts, including electrical, mechanical, and environmental standards.
• Lead documentation, traceability, and technical conformity processes across hardware deliveries.
• Manage regulatory alignment including functional validation, part numbering, and adherence to automotive-grade reliability standards.
• Lead AI hardware integration initiatives, ensuring compute and sensing components meet both product and customer requirements.
• Interface with suppliers, external labs, and certification bodies to execute testing plans, gather declarations, and resolve conformity issues.
• Support customer-facing platform deliveries and field deployment readiness.

Advantageous:

• An academic degree in Electrical Engineering, Systems Engineering, or Mechanical Engineering is highly preferred.
• Background in robotics, defense, automotive, or ruggedized hardware environments.
• Experience with reliability testing (vibration, thermal, ingress protection) or EMC lab testing.
• Familiarity with safety-critical systems and AI-enabled platforms.
• Knowledge of RF integration, power isolation, or high-reliability computing enclosures.