Consulting Group Manager - Cybersecurity and Functional Safety

• Sep 2022 - Present

o Lead the client programs for development and/or review, of safety work products and processes for clients seeking compliance to standards in functional safety and cybersecurity, including ISO/SAE 21434, ISO 26262, ISO21448 and UL 4600.o Employ established methods and frameworks to lead the engineering development for complex software-intensive systems. Methods and frameworks include: - Risk assessment methods: HARA, HIRE and TARA. - Safety analyses: FMEA, FTA and FMEDA. - Safety concepts: FSC/TSC work products including system architectures - Cybersecurity concepts and cybersecurity specifications, including selection of cybersecurity controls. - Requirements management, change management, documentation management and configuration managemento Lead ISO 26262 engineering overview training and ISO/SAE 21434 certification training events Show less

Functional Safety Senior Project Engineer

• Oct 2020 - Sep 2022

Functional Safety Engineer

• Jan 2018 - Oct 2020

R&D Engineer

• May 2016 - Dec 2017

o Led development of technology readiness assessment for electric autonomous vehicle technologies. o Led study of safety of battery systems for electric vehicles based on ISO 26262 requirements. o Designed and planned mobility experience for autonomous vehicles and micro-mobility solutions in a smart urban environment. o Led development of technology readiness assessment for electric autonomous vehicle technologies. o Led study of safety of battery systems for electric vehicles based on ISO 26262 requirements. o Designed and planned mobility experience for autonomous vehicles and micro-mobility solutions in a smart urban environment.

Graduate Research Assistant

• Aug 2011 - Aug 2016

o Designed and integrated IoT architecture and communication system for wireless charging for electric vehicles using DSRC. DOE FOA 0000667.Partners: ORNL, Cisco, Toyota, Evatran, Duke Energy, ITIC. o Integrated in-vehicle communication system for aftermarket stationary wireless charging system for hybrid vehicles. Partner: SEW Eurodrive. o Supported the design of a battery-electric bus simulator as a tool for energy consumption analysis. Partner: Proterra. o Designed and integrated IoT architecture and communication system for wireless charging for electric vehicles using DSRC. DOE FOA 0000667.Partners: ORNL, Cisco, Toyota, Evatran, Duke Energy, ITIC. o Integrated in-vehicle communication system for aftermarket stationary wireless charging system for hybrid vehicles. Partner: SEW Eurodrive. o Supported the design of a battery-electric bus simulator as a tool for energy consumption analysis. Partner: Proterra.

Graduate Intern at CTAO Group

• May 2015 - Aug 2015

Project: Implementation of Fog Architecture for Collecting Vehicle Data and Enabling Time Signal Priority Application Project: Implementation of Fog Architecture for Collecting Vehicle Data and Enabling Time Signal Priority Application

Graduate Intern at R&D ENG Lab business unit

• May 2014 - Aug 2014

Project: Connected vehicles and Internet of Things: DSRC radio analysis in vertical solutions Connected vehicle applications will include multiple value chain providers. So a communication system should not only address the immediate first-hop communication between vehicles but also provide a robust end-to-end communication solution that addresses real-time response characteristics. Hence, analysis of testbeds is needed to improve the connected vehicle applications. Main tasks: - To characterize the DSRC radio setup and find out performance metrics such as latency, bandwidth, setup and teardown time for a testbed designed to support vertical solutions. - To obtain values for the handover time for non-overlapping Road Side Units (RSU), and to calculate the amount of data that is possible to transfer while the vehicle is traveling within the RSU coverage at different speeds in the given testbed. Show less

Graduate Intern at R&D ENG Lab business unit

• May 2013 - Aug 2013

Project: Internet of Things Control Application- Integration of Cisco 819 Router with DSRC Radios for connected vehicles control applications. Opportunity to deploy and demonstrate control applications for a real time distributed Internet of Things system, using Cisco 819 - DSRC wireless Main tasks: - Cisco 819 to be coupled with Cohda Radios for DSRC: Learn bringing up embedded Linux on 2nd core of 819 and setup application development environment on top of Linux - Test concurrent Safety + Non-Safety communication: Set up stage for DSRC network in test beds; this was done to demonstrate different DSRC applications - Characterization of networked control system: Latency, Jitter, Min, Max delay parameters Show less