About
Industrial Sensor Corporation is an engineering consulting firm (NAICS 541330) that helps our clients design, develop, and manufacture ruggedized electronics for demanding environments. We specialize in engineering and design, design for manufacturing, systems engineering, and program management.
Co-Founder and CEO
Aparna O'Neal is an accomplished expert in system design, architecture development, and the manufacturing of ruggedized micro-electronics for commercial, military, and industrial sectors with over 25 years of experience. She has held senior leadership roles at Schneider Electric, BAE Systems, DRAPER, and NUWC, driving complex programs and operational excellence.
Her background includes deep expertise in factory management, lean six sigma, and quality systems, with a proven track record of optimizing performance and delivering results.
Outside of work, Aparna enjoys 90s Indian music, late-night brainstorming (with morning regrets), and crafting exceptional waffles. She also maintains a flexible interpretation of “dry-clean-only”—a reminder that even the most disciplined engineers appreciate a touch of practicality.
Co-Founder
Jeremy O'Neal brings over 25 years of experience in system design, manufacturing, and production across the federal workforce, private sector, and self-founded startups. He has held key technical and leadership roles at Scientific Systems Company, Inc. (SSCI), L3Harris, and the Naval Undersea Warfare Center, specializing in ruggedized electronics for military and industrial applications.
His expertise spans mixed-signal analog and digital systems for acoustic, laser, and infrared communications, precision timing, and artificial intelligence for unmanned vehicles. Whether leading development teams or hardening military systems, Mr. O’Neal is known for delivering reliable, high-performance solutions for extreme environments.
Jeremy is chronically early to events, reads maps for leisure, and champions the Oxford comma with quiet conviction. Having recently retired his double-space-after-period habit, he remains determined never to let technology get the upper hand. And yes, he appreciates a well-groomed mustache, because some things are timeless.
Our Services
ENGINEERING AND DESIGN
Engineering, development, and manufacturing of industrial-grade electrical and mechanical systems
Electrical design
Digital and analog design using FPGAs, microcontrollers, combinational logic, amplifiers, power conditioning, RF, and I/O interfaces. Tools include oscilloscopes, logic analyzers, power supplies, LTspice, Autodesk Fusion 360, and Intel and AMD integrated development environments.
Electrical engineering
Detailed performance analysis, optimization, and hardening for digital and analog circuitry, including amplifiers, power conditioning, grounding, IR, RF, and I/O interfaces. Tools include oscilloscopes, logic analyzers, power supplies, LTspice, MATLAB, and Excel.
Firmware development
Firmware development for FPGAs and microcontrollers using VHDL, C, and assembly language. Tools include Intel and AMD integrated development environments and Microchip studio.
Mechanical design
Chassis, enclosure, and mounting solutions for electrical systems, including PCBs, fuses, connectors, nameplates, and cable runs. Tools include Autodesk Fusion 360.
Product development
Total product design and user experience for electronic systems containing PCBs, chassis, enclosures, cabling, nameplates, and connectors. Applications include sonar and signal processing, unmanned autonomous vehicles, smart outlets, timing systems, and wireless communications. Tools include Autodesk Fusion 360.
DESIGN FOR MANUFACTURING
Drawings, documentation, and CAD/CAM for R&D through full-rate production
Drawings and documentation
Conversion of solid models into 2D drawings with dimensions, tolerances, parts lists, revisions, and notes. Tools include Autodesk Fusion 360.
Manufacturing files
Generation of Gerber and drill files for PCB manufacturing, as well as solid models for mechanical manufacturing. Tools include Autodesk Fusion 360 and ViewMate.
Printed circuit board layout
Development of multi-layer circuit boards including power planes, component placement, solder masks, silk screens, trace widths, and copper thickness for proper EMI/EMC and speed performance. Tools include Autodesk Fusion 360.
Schematic capture
Development of detailed electrical schematics including custom footprints and symbols. Tools include Autodesk Fusion 360.
SYSTEMS ENGINEERING
Requirements capture and decomposition, architectures, overview diagrams, detailed block diagrams, and data flows for complex systems using industry best practices
Requirements capture
Interface with clients to capture and document functional requirements, system requirements, key performance parameters, use-cases, and system specifications. Tools include Excel, PowerPoint, Visio, and Rational Rhapsody MBSE.
System architecture development
Add fidelity to the system design until desired functionality is achieved, and a physical design is complete. Capture results in overview diagrams, architecture diagrams, block diagrams, dataflow diagrams, and product baselines. Tools include PowerPoint, Visio, and Rational Rhapsody MBSE.
PROGRAM MANAGEMENT
Schedules, execution plans, and risk management for complex projects and programs
Integrated master schedule
Detailed schedule comprised of work breakdown structure, linked activities, resources, cost, and deliverables. Used to plan, predict, execute, and report on program health. Tools include MS Project.
Risk management
Identification of risks - technical, schedule, cost - and an approach to handle them. Determine management reserve for schedule and cost based on likelihood and severity of risk. Tools include Excel.
Contact
Get in Touch
Contact us to see how Industrial Sensor Corporation can help you realize your engineering goals.