KINETIC
HARDWARE LABS

Analog & Signal Front-End

Specialized in high-precision signal conditioning, low-noise amplification, and high-resolution data acquisition (ADC/DAC).

• Sensor Interface Design
• Filter & Op-Amp Optimization
• Noise Mitigation & Isolation

MCU & Digital Logic

Architecting deterministic control systems using 8/16/32-bit platforms, including ARM Cortex-M and RISC-V architectures.

• Bare-Metal & RTOS Systems
• Peripheral Driver Development
• Low-Power Optimization

Power Electronics & PDS

Engineering Power Distribution Systems (PDS) with high-efficiency DC-DC conversion and transient protection.

• Buck, Boost & SEPIC Topologies
• TVS Diode & Surge Hardening
• Thermal & Load Management

Motor Drives & Motion

Developing high-performance drive stages for BLDC, PMSM, and Stepper motors with closed-loop current sensing.

• PWM Gate Driver Design
• FOC Control Integration
• Regenerative Braking Protection

Industrial Protocols

Implementation of robust communication stacks for mission-critical industrial and military-grade hardware telemetry.

• CAN-Bus & RS-485 / RS-422
• SPI, I2C, and UART Stacks
• High-Speed Data Isolation

EMI/EMC & Compliance

Design for Compliance (DfC) from requirements phase to meet international EMI/EMC and ESD safety standards.

• MIL-STD-461 Compliance
• CE / FCC Shielding Design
• IEC & IPC Class 3 Assembly

Integrated Design (IDD)

Full-lifecycle engineering from concept synthesis to DFM/DFA, ensuring every component is optimized for weight, cost, and structural integrity.

3D Modeling & Simulation

Expert-level parametric modeling and “Digital Twin” validation including thermal physics and heat sink testing for high-power electronics.

Sheet Metal Engineering

Advanced enclosure design featuring precision bending, weldment analysis, and IP-rated (IP67/68) sealing for ruggedized hardware.

GD&T Drafting (ASME Y14.5)

Production of manufacturing-ready drawings with statistical tolerance stack-up analysis to ensure zero-defect global assembly.

Mechanism & Validation

Engineering moving systems—hinges and latches—validated against Sine/Random vibration and Environmental Stress (ESS).

Electro-Mech Integration

High-density packaging of electronics into rugged housings, ensuring precise alignment of connectors, thermal pads, and UI elements.

Architecture-Agnostic Development

Expert implementation across STM32 (ARM), TI (C2000), and RISC-V platforms, focusing on resource optimization for custom hardware.

Deterministic Stacks

Robust fieldbus interfaces including CAN-Bus (J1939), RS-485 (Modbus), and Ethernet, designed for EMI-heavy environments.

Advanced Closed-Loop Logic

High-precision PID and state-space algorithms for motion control and power management, ensuring real-time stability.

RTOS Integration

Multitasking system design using FreeRTOS or Zephyr to manage complex, time-critical hardware tasks with guaranteed determinism.

High-Integrity Monitoring

Proactive fault detection via advanced watchdogs and diagnostic logging to ensure operation in mission-critical applications.

MISRA-Compliant HAL

Adherence to MISRA-C/C++ standards and custom HAL design for modular, portable, and safety-critical software architectures.

Thermal & CHT Analysis

PCB and system-level modeling of junction temperatures and enclosure airflow to optimize heat sink geometry and fan placement.

Structural & Vibrational FEA

Finite Element Analysis to predict stress, deformation, and harmonics, ensuring survival under Sine/Random vibration and high-G shock.

Computational Fluid Dynamics

High-fidelity CFD flow simulations to validate cooling efficiency in natural and forced convection for high-density electronic packaging.

MATLAB & Control Simulation

Model-Based Design for complex mathematical modeling, high-precision control loop tuning, and signal processing verification.

Electronic SI / PI Simulation

Circuit-level verification of high-speed trace impedance, crosstalk, and IR Drop (voltage drop) for mission-critical PCBs.

Multiphysics Co-Simulation

Integrated analysis of thermo-mechanical interactions to ensure material expansion does not compromise structural or solder joint integrity.

FMEA & Fault Tree Analysis

System-level FMEA/FMECA and top-down FTA to identify failure modes and ensure resilience against single-point hazards in 24V systems.

Prediction & Worst Case

MTBF calculations (MIL-HDBK-217) and Worst Case Analysis (WCA) to verify circuit performance under extreme component tolerances.

EMI/EMC & Compliance

Expert shielding and filtering design to meet MIL-STD-461, FCC, and CE standards, ensuring first-pass compliance.

Environmental & HALT/HASS

Validation via Thermal Vacuum (TVC), shock, and vibration testing, utilizing HALT/HASS to uncover latent design weaknesses.

Root Cause Analysis (RCA)

Systematic investigation of physical and functional failures to implement permanent design corrections and prevent recurrence.

Radiation & Outgassing

Specialized material selection and radiation hardening (Rad-Hard) for hardware operating in high-altitude or space environments.

Quick-Turn PCB

Rapid assembly of mission-critical circuit boards with a focus on DFM (Design for Manufacturing) to ensure high-yield production.

Functional Prototyping

High-fidelity 3D printing and CNC machining to validate mechanical fit, form, and ergonomics before tooling investment.

Ruggedized Enclosures

Precision fabrication of sheet metal and plastic housings designed for IP67/68 sealing and high-impact environments.

System Integration

Full-stack assembly of electronics and mechanical components, ensuring seamless interaction between all system modules.

In-Lab Verification

Functional stress testing and power-on validation to confirm that the prototype meets all mission-critical performance specs.

Mission Deployment

Final packaging and delivery of hardware that is validated, verified, and ready for deployment in extreme environments.