TCB Engineers

Adopts an interdisciplinary, requirements-based approach that spans the entire development lifecycle, from defining customer needs and framing solution paths during the Concept of Operations (ConOps) phase to design verification and validation.

• Concept of Operations (ConOps) & Requirements

  Vetting product ideas, removing design uncertainties, framing achievable solution paths, flowing down critical-to-quality (CTQ) requirements, and performing Pugh concept selection.

• Sensor Design, Interface & Conditioning

  Converting physical phenomena to digital information, incorporating embedded data acquisition, and optimizing size, weight, power, and cost (SWaP-C) constraints.

Develops automated test systems (ATE) and special test equipment (STE) ranging from static measurements to real-time hardware-in-the-loop (HIL) systems for validation, verification, and manufacturing floor applications.

• ATE & STE Systems

  Architecting cost-effective, high-reliability automated test and special test equipment utilizing multi-disciplinary skills across electrical, mechanical, and software engineering.

• LabVIEW FPGA-RT & Consulting

  Certified LabVIEW Architect (CLA) services including turn-key application development, legacy software modification, and embedded system programming.

• TestStand Development

  Leveraging the TestStand sequencing engine to develop robust, automated manufacturing test flows and data acquisition sequences.

• Integration & Fabrication

  Designing, building, and deploying durable, maintainable industrial control systems, SCADA, and UL-508 industrial control panels.

Applies electromagnetic, magnetic, and high-frequency circuit design principles to transmission lines, antennas, stripline circuits, material characterization, and packaging.

• RF Circuit Design

  Designing lumped and distributed component models, bounding performance envelopes against manufacturing variation, and developing stripline circuits.

• Microwave Test & Characterization

  Validating high-frequency circuits and microwave systems, specializing in electromagnetic field, wave, and magnetic interactions.

• Signal Integrity

  Evaluating high-speed electromagnetic wave interactions in complex electronic designs to eliminate interference and timing issues.

Designs electronic circuits and systems with built-in electromagnetic compatibility and safety, covering both front-end and back-end verification processes.

• Analog & Power Circuit Design

  Designing robust analog circuits, signal conditioning networks, and power subsystems optimized for harsh environments.

• EMC-EMI-ESD Design & Mitigation

  Mitigating noise, electromagnetic interference, and electrostatic discharge risks by integrating protective design practices early.

• Regulatory Compliance Support

  Integrating regulatory design criteria from concept through verification, leveraging relationships with testing laboratories to screen designs early.