KRUSH Labs

Chief Operating Officer

• Design and lead the company’s operating model to support scale, ensuring alignment between strategy, execution, and daily operations across all functions.
• Ensure compliance with industry standards and regulatory requirements.
• Partner with senior leadership and executive team to translate strategic priorities into clear operational plans, execution of roadmaps, and measurable business outcomes.
• Lead company budgeting and forecasting processes in partnership with Finance, ensuring resource allocation aligns with business priorities and growth plans.
• Oversee cross-functional coordination across Legal, Finance, Supply Chain, HR, and Operations, ensuring teams operate with clarity, alignment, and shared ownership of results.
• Implement operational reporting frameworks and performance dashboards, providing leadership with visibility into KPIs, risks, and progress against strategic objectives.
• Drive improvements in service delivery, operational efficiency, and support performance by defining metrics, monitoring outcomes, and enabling continuous improvement.
• Identify and remove structural and operational bottlenecks, accelerating project delivery, and improving cross-team collaboration and execution speed.
• Build and strengthen operational leadership by empowering functional heads, developing management capability, and enabling autonomous decision-making.
• Reduce founder dependency in operational decision-making by establishing clear ownership, scalable processes, and effective leadership structures.
• Foster a culture of accountability, transparency, and operational excellence across the organization

Chief Operations Officer

Systems Engineer

• Design and define radar system architecture (FMCW, Pulse-Doppler, or MIMO)
• Develop range-Doppler processing pipelines
• Implement CFAR algorithms, clutter suppression techniques, and tracking filters
• Extract and analyze micro-Doppler signatures for UAV classification
• Optimize detection performance for low-RCS targets (<0.1 m²)
• Support RF front-end and antenna design decisions
• Deploy radar prototypes and conduct live detection trials
• Contribute to system validation, performance analysis, and iterative improvements

Radar Systems Engineer

Hardware Engineer

• Develop a MATLAB ↔ FPGA Ethernet communication interface for transmitting raw samples and control messages.
• Implement bare‑metal or minimal runtime on Zynq to avoid OS overhead and ensure deterministic packet flow.
• Explore the use of a secondary SFP/Ethernet interface for debug packet capture.
• Validate RF/PHY functionality by comparing FPGA output with MATLAB models.
• Deliver a reusable HIL setup supporting future system bring-up and prototyping.
• Verify/Validate the system with CocoTB.

FPGA Engineering Intern

Business Analyst

• Analyze end-to-end business and operational processes across R&D and supporting functions.
• Identify inefficiencies, bottlenecks, and gaps in workflows, data, and systems.
• Design and automate workflows to track operational activities and workload.
• Build dashboards and reporting to track key operational metrics and performance.
• Define and implement documentation standards and best practices that drive consistency, clarity, and cross-functional alignment.
• Collaborate with engineering, operations, and leadership to implement scalable process improvements.
• Drive automation and system integration by introducing new tools and improving connectivity across existing platforms (ERP, internal tools, reporting systems).
• Support change management by helping teams adopt improved workflows and tools.
• Ensure data consistency, accuracy, and usability across systems.

Business Process Analyst

Engineer

• Implement and optimize VIO and multi-sensor fusion algorithms for embedded CPU/GPU targets within safety-critical UAV avionics architectures, ensuring deterministic real-time behavior and bounded worst-case execution times.
• Translate high-level navigation and perception prototypes into traceable, standards-compliant C/C++ implementations, maintaining end-to-end bidirectional traceability from requirements to code and tests in line with DO-178C objectives.
• Design and maintain real-time data paths for camera, IMU, GNSS and auxiliary sensors, including synchronization, time/space partitioning, and robust handling of degraded or faulty inputs.
• Contribute to software architecture and interface specifications for onboard navigation/VIO subsystems, consistent with wider avionics system development guidelines (e.g., ARP4754A/ARP4761).
• Participate in verification and validation activities (requirements-based tests, structural coverage, robustness testing) and support generation of certification data packs for safety-critical software.

Chief Operations Officer

Radar Systems Engineer

FPGA Engineering Intern

Business Process Analyst

Embedded Algorithm Engineer – VIO, Sensor Fusion