Technical Consulting in Robotics & Autonomy
Senior technical guidance for companies, startups, and research teams building advanced robotic or autonomous systems.
Independent consulting for complex automation work
Expert consulting in robotics, autonomy, and AI assurance.
Pragmatic Robotics LLC helps companies, startups, and research institutes design, develop, and deploy advanced robotic and autonomous systems safely, reliably, and at scale. Led by Moslem Kazemi, PhD, the practice combines senior technical judgment with hands-on engineering depth across architecture, assurance, and deployment-focused delivery.
Robotics consulting
Autonomous systems
AI assurance
System architecture
Technical leadership
Safe deployment
Services
What I offer
System Architecture & Design
Architecture support for autonomous and robotic systems, with attention to technical clarity, integration reality, and long-term maintainability.
AI Assurance for Safety-Critical Systems
Expertise for systems where autonomy and AI need to be evaluated with rigor, traceability, and safety in mind.
Hands-On Engineering Problem Solving
Practical support for difficult software and hardware integration problems, algorithm design, and system-level debugging.
Leadership from Design to Deployment
Technical leadership for programs that need someone who can connect early design choices to field deployment and delivery outcomes.
Team Coaching & Technical Direction
Support for growing organizations that need a strong engineering voice, sharper technical decision-making, and high-performance team development.
Portfolio
Portfolio highlights
With 25+ years of experience in research and industry, the work spans robotics, autonomy, connected systems, AI assurance, and technical program delivery.
Manufacturing
Robotic manipulation systems for manufacturing and automation
Supported the design and delivery of robotic manipulation systems tailored for industrial automation environments where reliability, precision, and throughput matter.
- Manipulation system design for real-world manufacturing use
- Integration thinking across software, hardware, and process constraints
- Focus on practical deployment rather than lab-only performance
Autonomy
Autonomy architecture for autonomous aircraft and uncrewed vehicles
Designed and developed autonomy architecture for advanced vehicle platforms where safety, technical rigor, and mission performance were all central requirements.
- System architecture for complex autonomous behavior
- Cross-disciplinary design across software, systems, and integration layers
- Support for demanding operational and safety expectations
Assurance
AI assurance for safety-critical autonomous technologies
Contributed expertise for AI assurance in safety-critical autonomy applications, helping connect advanced algorithms with the discipline required for trustworthy deployment.
- Support for assurance-oriented engineering processes
- Attention to risk, traceability, and deployment confidence
- Practical framing for real safety-critical use cases
Fulfillment
Full autonomy stack architecture for fulfillment robot fleets
Led autonomy stack design and architectural thinking for fleets of fulfillment robots operating in distribution-center environments.
- Fleet-level autonomy and system architecture
- Scalable design thinking for operational environments
- Alignment between algorithmic capability and deployment needs
Connected Vehicles
V2I software architecture for connected vehicles
Defined software architecture for connected-vehicle systems where communication, coordination, and system-level reliability were essential.
- Vehicle-to-infrastructure architectural design
- System-level thinking across communication and software layers
- Built for reliability in complex operational contexts
Data Systems
Robotic data acquisition systems built from the ground up
Designed and developed robotic data acquisition systems from initial concept through technical implementation, with attention to robustness and future use.
- Ground-up system design
- Hardware and software integration problem solving
- Foundational engineering for advanced robotics programs
Integration
Smart robotics design and integration
Helped shape robotic solutions that combined architecture, technical decision-making, and hands-on system integration to move ideas into usable systems.
- Integrated design across disciplines
- Architecture choices tied to implementation reality
- Execution support through development and deployment phases
Leadership
Technical program management and high-performance team leadership
Managed technical programs from ideation to deployment while coaching and leading strong technical teams through demanding delivery cycles.
- Program leadership from concept to deployment
- Coaching and development of high-performance technical teams
- Bridging strategy, engineering execution, and delivery
About
Senior expertise, delivered directly.
Pragmatic Robotics LLC is the consulting practice of Moslem Kazemi, PhD, a robotics and autonomy expert with more than 25 years of hands-on experience across research and industry.
The focus is to help organizations make smarter technical decisions, solve difficult systems problems, and bridge the gap between concept and deployment. The practice is intentionally direct: one senior expert, working closely with clients on work that actually matters.
Engagements range from architecture and assurance work to hands-on engineering, program guidance, and technical leadership for advanced robotics and autonomous systems.
Best fit engagements
- Startups that need senior architecture and autonomy guidance without building a full executive bench
- Research institutes translating advanced ideas into deployable systems
- Companies building safety-critical or assurance-sensitive autonomous technologies
- Programs that need strong technical leadership from design through deployment
Approach
Clear-eyed engineering, not buzzwords.
Start with the system
Good decisions in robotics and autonomy come from understanding the whole system, not just one subsystem in isolation.
Balance rigor with practicality
The goal is not theoretical elegance alone, but systems that can be built, trusted, and deployed with confidence.
Bridge concept to deployment
Whether the need is architecture, assurance, or hands-on engineering, the work is always tied to real delivery outcomes.
Contact
Let's work together.
Whether you need software and hardware architecture insight, hands-on engineering help, or someone who can bridge the gap between concept and deployment, I'd be happy to talk.
References are available upon request. Unsolicited advertisements, partnership offers, and automated outreach will be ignored.