Raghavendra Naperville, Email : raghu.IL- s****@**540 gmail.Tel: Sriram (com 408-***-**** LinkedIn: www.Website: linkedin.GitHub: www.com/https:raghavendrasriram.in///raghavendrasriram github.com/rs1990 com Technical Unmanned Interests: Aerial Vehicles Onboard (UAV)Diagnostics,, Robotics, PLC, Optimal Automation, Control, State After-Estimation, treatment systems, Machine Control Learning, Systems, Embedded Autonomous Systems, Ground Sensors. and Education

Master Bachelor · · Major: Major: of of Science Electrical Electrical Engineering at The Engineering and University Electronics at Canara (GPA: Engineering Engineering of Texas 3.6/4.0) at Arlington College (GPA: 3.7/(VTU)4.0), India Fall Fall 2012- 2008 Summer - Spring 2017 2012 Experience:

On-Board · · System Onsite Diagnostics support integration for Engineer OEM and calibration clients (CES and Controls) for aftertreatment various at US Cummins On/diagnostic Off highway Inc.calibration., Columbus, and HHP programs. Indiana. January 2018 – Present

· · Field/Agile Scrum Test data master analysis for current and development team. of MATLAB simulation of diagnostics.

. . Supported Involved in the systematic development problem-of aftertreatment solving processes controls using and Six Hardware-Sigma tools in-and loop Failure (HIL) testing. Mode Effects Analysis (FMEA) to identify the root cause · Conducted and implement and held diagnostic robust fixes reviews for Bosch for NOx 8 step sensor. OBD development and 3 step calibration of PFS systems (EGTS sensor, PM sensor and · Managed DOC, DPF Fault efficiency Accommodation diagnostics)and . project requirements for various programs. Developed an automated standalone tool to extract information Accommodation. from Resulted the release in a software turnaround to create time reduction a build specific of over release 80%. customer deliverable to aid in calibration efforts and

· work Worked using on PTC development Integrity (product programs, life performed cycle platform) investigations to assess priority of issues, calibration concerns and documentation

· · Identified Worked on and calibration developed of diagnostics various after-based treatment on CARB, diagnostics EURO and for Global Particulate VI regulatory Filtration requirements System (PFS) and Selective Catalytic Reduction

(· SCR) Worked systems on Test and cell components. performance evaluation and calibration and PVE Testing for clients for DOC, DPF, SCR systems and EGTS, PM, Research Object classification deltaP · Implemented Projects and NOx as and a Graduate sensors. multi-tracking class Research using object TensorFlow classifier Assistant and and (tracker refer Convolutional Website for a swarm for Neural of more UAV Networks details) video feeds (CNN)using : TensorFlow with CNN’s deployed on a Autonomous Development modified · 3D · Implemented Designed motion formation of custom s1000 a capture data multi-Octarotor flight data acquisition VICON agent acquisition control system UAV consensus board for running environment. board multiple and algorithms prototype off to a develop aerial NVIDIA on robotic vehicles: several Jetson smart skin TX2 skin micro modules module. cells: air vehicles for data and acquisition achieved from formation over 20 flights different in various sensor patterns systems in a with a NICRio system.

Course Projects

Airport Development · · Baggage Designed Designed of an Handling a an infrared PLC IR transceiver based System transceiver solution using using to a PLC and simulate 16-IP3416: Real bit dsPIC33F a Time baggage Operating microcontroller handling System system that using and communicates controller dsPIC33F: for with various a RC-conditions. 505 remote running a modified · Implemented NEC protocol. a selectable co-operative or pre-emptive RTOS written in Embedded C on a 16-bit 33F microcontroller. Skills and Tools

Programming Technical Sublime, Eclipse Software languages IDE, and Solidworks, OS: and PIBsX, scripts: Git, Calterm, Eagle. MATLAB, CROSS Python, (Diagnostic C/C++, calibration Bash scripting. and simulation tool), INCA, AUTOSAR, Simulink, Publications: against cyber-physical Rani, C., attacks. Modares, The H., Journal Sriram, of R., Defense Mikulski, Modeling D., & Lewis, and F. Simulation: L. (2015). Applications, Security of unmanned Methodology, aerial Technology, vehicle systems 1548512915617252.