Allosense is an industrial internet-of-things (IIoT) company that makes AI-aided sensors and measurement solutions for advancing electric vehicle (EV) manufacturing and equipment monitoring. Allosense automates decision-making capabilities by streamlining software and sensor connectivity. The goals are to improve operational efficiency and reduce waste by supporting the digital transformation of American industries, one sensor at a time.Allosense is backed by the co-founder of Uber, Garret Camp's VC (Expa), and finance executives from Rackspace and Bumble. Our team has deep technical and domain expertise from Tesla, Apple, Intel, and Qualcomm. Allosense is a federal contractor and is a Small Business Innovation and Research (SBIR) awardee by AFWERX, the U.S. Air Force’s Innovation Hub. The company works with the largest EV manufacturers in the U.S. and various defense/aerospace installations.--- AWARDS ---Techstars Industries of the Future - 2023Startup to Watch, San Antonio Business Journal (SABJ) - 2022National Security Innovation Network (NSIN) Propel - 2022US Dept of Commerce: Emerging Technology Firm - 2022Startup Panelist, SXSW - 2022Company Attendee, Logistics Officer Association (LOA) - 2022San Antonio Military Medical Innovation Fund Awardee - 2021Expa Portfolio Company - 2021OnDeck Fellowship - 2021SBIR Accelerator, Microsoft & Capital Factory - 2021Washington Maritime Blue Portfolio Company - 2021Top 10 Startups - Startups San Antonio - 2020Top 5 Finalist - Entrepreneurship Opportunity, SABJ - 2020Finalist, TechFuel San Antonio - 2020SBIR Awardee - AFWERX, U.S. Air Force - 2020Capital Factory Portfolio Company - 2020SBIR Technology - Tech Accelerator Program (TAP) - 2020AFCEA Alamo ACE Pitch - 2020Semi-Finalist - Texas A&M New Ventures - 2020Tech Warriors Ops Presenter - 2020Encountering Innovation Presenter - 2019Geekdom Community Fund Finalist - 20191st Place Texas Amazon Web Services Gameday - 2019

Developed Pack Pulse Testers for the Model 3. Worked under aggressive timelines. Collaborated with amazing teams across firmware, battery electronics, manufacturing, and engineering management.

Integrated RF test software for the High Density Modular Tester (HDMT) architecture.

Designed and Developed RF software for evaluation of new NFC chipsets. Tests include RX DAC, PGA, Settling Time, OpAmp Offset, and Front-End Linearity measurements as well as TX Power, Modulation, Spectral, and Coexistence measurements. PLL tests were performed along with integration of multiple instrumentation.

Staff-Level RF Systems Engineer in the Mobile Device Business Segment at National Instruments. Software integrator for NI's top tier RF-related businesses. Involved with providing feeback to R&D to further refine upcoming RF test systems to be deployed in large-scale production line testing.Projects:• One of three lead developers for NI's largest RF high-volume manufacturing test opportunity • Head developer for integrating NI RF products to Qualcomm's QPSR Test Executive Platform for Connectivity Testing (802.11a/b/g/n/ac)• Managed Regression Testing of Cellular Technologies of the NI PXIe-5644R (VST) prior to launch• Familiarity with Broadcom and Qualcomm DUT Control - NI's Qualcomm FTTL internal resource• Instructor for NI RF Fundamentals and Application Development coursesApplications Engineer in the Engineering Leadership Program (ELP).• Applications Engineering RF Lead: Created and Maintained NI RF Escalation Process• Pennsylvania State University Recruiting Sponsor: Coordinated Recruiting Efforts and Teach LV Sessions• ELP Internship Mentor• Worked on following Proof of Concept Projects:1. GPS Simulation - Developed code for simulating GPS satellite coordinates for the validation and testing of DUTs having high speed trajectories2. Telecommunications - Developed code for multi-recording and analysis of DUT RF settling information to center frequencies of 35 GHz3. Cellular Tracking - Personal project of analyzing incoming GSM PCS-1900 recorded waveforms for identifying location of cellphone transmission• Developed a GPS Simulation Demo where generated coordinates updated a GPS receiver in real-time, NI Week 2010• Developed an RF mesh communications network monitoring tool for utility meter networking (simple FSK modulation), NI Week 2009Summer 2009 Intern - PSU Intern Excellence Achievement Award

Provided rapid programming development of proof-of-concept systems for Military and Academic applications under the Pennsylvania State University Electronics and Computer Services (ECS) division.• Lead a Autonomous Robotics Team for the aggregation of sensor components for Real-Time Mapping and Navigation.• Helped develop a Mobile Multi-Spectral Camera System aka Night Vision Goggle (NVG) to be deployed for the Army Rangers by applying a Real-Time Contrast Enhancement Algorithm (LACE-G/SPICE) on DSP and FPGA platforms. • Assisted in a Chemical Research Program for the mitigation of background noise in the study of quantization of electron velocities. • Created a Synchronous Timing Platform (derived from GPS) across multiple Weather Data-Aggregation Nodes.

Instructed classes on engineering principles, processes, and Computer Aided Drafting (Solidworks CAD). Instructed over 210 students under the Pennsylvania State University Center for Engineering Design and Entrepreneurship (CEDE) division.