• Skills: Systems Engineering · Software Verification · Calibration · Software Integration · Project Management · Diagnostics · Engineering

Featured based calibration tuning for datalinks.• Diagnostic related troubleshooting to support OBD.• Documented results from Manual Test Procedures for datalink communication.• Root cause analysis for On-highway features.• Supporting cross-functional teams to address On-highway related issues as necessary.

Calibration of Turbo Actuators.Programing of Turbo Actuators.Testing of Turbo Actuators.

• Provide technical support to decisions regarding refactoring, extending, and clean-sheet design.• Invent and propose architectural solutions.• Contribute to the design, development, and testing of software.• Develop appropriate documentation.

• Focused look at the electrical/electrification subsystems in the IQA process.• Maintain and/or create the electrical/electronics test methods.• Provide support to AEs with questions on electrical/electronic part of IQA.

• Software and System Design with MATLAB Real Time Workshop and debug software models for diesel and natural gas engines.• Validation testing of software features on engine simulators.• Development of system requirements by interpreting, determining and refining the design specifications and technical requirements for Diesel and Natural gas Engines.• Participation in version object based software development work which involves Check in and Check out using IBM Rational Clear quest and Clear case.• Active participation in Design Review Boards to examine software features and changes.• Design harness wiring diagrams for Engine Transmission.• Design of Fault code requirements and implementation for various sensors on engine.• Test software models for engine and transmission using simulation tools.

HMLD(Heavy-Duty, Mid-Range and Light-Duty) On-Highway• Smart Sensor Interfaces: Development and validation of J1939 Smart interface requirements for various smart sensors such as alternator, battery sensor and bi-directional EPS.• Interface and interlock: Design and validation of OEM-Engine interface and interlock inhibits.• System Diagnostics: Development of On-Boarding and other diagnostics for smart sensors and transmission interfaces• Transmission Interface: Validation of CAN (J1939) transmission interfaces for effective Stop-Start system.

 Control System development and integration of electronic hardware and software for Cummins HHP engines (primarily for locomotive and power-generation markets) In charge of the Cense (ECM Module) for all the industrial engine diagnostics.  Troubleshoot issues throughout the product development process to analyze test data, report results, and suggest improvements. Calibrate sensors and actuators. Use engineering Knowledge and follow Cummins procedures to tune engine gains. Development of test cases, manual execution of test cases for Functional, Regression andIntegration Testing. Occasional involvement of six sigma tool, design analysis tools such as DFMEA, DVP&R, STA and an assortment of system integration tools. Validate Engine-Control software on test-bench and on engines. Maintain report regression testing status. Model based control system design and application of Max and Min Governor for a diesel engine using the modern control techniques. (Tools: Matlab/ Simulink, MotoHAWK, CANalyser and LabView). Implementation of the J1939 datalink communication protocol. Management of system test activities, including specifying test requirements, prioritizing andScheduling work assignments to support critical delivery to customers Development and testing for Power Command Control (PCC)for Alternator coupled with a diesel engines.

Model based control system design and application of Max and Min Governor for a diesel engine using the modern control techniques. (Tools: Matlab/ Simulink, MotoHAWK, CANalyser and LabView).Implementation of the J1939 datalink communication protocol.

PLC Programming (Capturing Data across PLC Network): The Projects involved debugging the old Programs and modifying them to the required tasks. Setting up the control words for the network bridges across different PLC generatorsHMI And Marquee Set Up: Using different types of communication models to connect GOT (Graphical Operation Terminal also known as HMI) and Design of the HMI Screens according to the requirements. Setting up the new Marquee for the manufacturing Line which displays the required parameters.The Major Projects involved was the replacement of Pneumatic Cylinders with the Electric Actuators and Designing the LMS (Line Monitoring System) using Ethernet (SCADA).Control of Pneumatic and Hydraulic machines.Design Of control Panel and Modification.

Design of SLAM (Simultaneous Localization and Mapping) Algorithm Using SICK Laser for an Unmanned Vehicle The readings of the Laser are plotted in 3D using MATLAB The plots are considered for further mapping of the environment accordingly. Hence used in the sensing of the obstacles for the unmanned vehicles while navigating.

Fuzzy Control System

Taught on courses likeSignals and SystemsOperations ResearchControl SystemsTransformers and Induction motorsElectronic CircuitsNetwork AnalysisDC & AC Machine

Design of Thyristors For High Power Industrial DC Motors