- Leading software planning, prioritization and development of International's Total Foundation Refresh (TFR) program. Managing software development budget of greater than $100 Million with 300,000 of software work hours estimated. - Manage progress of program milestones, dependency tracking, issue triage, backlog management and daily scrum leveraging DevOps tools like Jira, Gitlab and Polarian. - Act as a liaison between cross functional teams to ensure alignment, dependency resolution and clarity in requirements- Collaborate with different stakeholders to define MVP, OKR and KPIs. Facilitate collaboration across functional teams. Evaluate program risk and develop risk mitigation plans. - Lead Software CCB requests, review with executives and PMO providing transparency into the health, risk, and finances of individual software release.- Lead the software development process transition from waterfall to agile improving process throughput and time to resolution (TTR). - Leading development of software infrastructure allowing cross-country collaboration with development partners.

- Built strategic partnerships and developed marketing and sales programs for Shure’s premium audio solutions with the leaders in the video conferencing space including Microsoft, Zoom, Cisco, Crestron, Logitech, Poly, Lenovo and Huddly. - Managed projects from concept to launch interfacing with external partners to integrate Shure’s network audio conferencing solutions with partner products such as touch screens, cameras, display and video processors. - Implemented and executed roadmaps, schedules, project plans, and resourcing plans to meet partner commitments across different functional teams. Socialized requirements with stakeholders and negotiated resources from functional managers.- Managed Shure conferencing system compliance and certification activities with internal/External test labs and certification agencies such as Zoom, Microsoft Teams and Google Meet. - Successfully lead multiple projects like Shure MXA eco-system integration with NETGEAR, Talker position camera tracking API development and Intellimix software-DSP integration & commercialization with partner devices. - Elevated the Partnerships Program to be a core driver of innovation and a major focus at the company through business cases, presentations and effective storytelling. - Developed internal processes improving product testing turnaround time, systems for faster issue reporting & tracking which lead to faster device Certifications.

- Responsible for cradle to grave product life cycle management for Kenmore brand smarthome appliances and IOT consumer electronics products.-Collaborate with leadership, product verticals, and wider organization to ensure value and improved customer experience- Develop business cases and financial justification for development effort and marketfocus. Develop current and future product roadmaps.- Direct cross-functional teams including sales, marketing, OEM/CM, engineering, legal,operations, supply chain and quality to drive product and project related efforts.- Lead cross functional teams to develop product design, hardware, software, cloudarchitecture and integration with speech recognition devices and IOS - Android apps.- Plan and execute project management plans and risk management plans. Identify andmanage critical path activities and develop contingency plans for identified risks.- Provide guidance to internal teams for developing processes to ensure product satisfiesquality, performance and reliability objectives.- Conduct consumer research analysis using realtime consumer data, online reviews andservicing data to develop use cases and product requirements that addresses consumerpain points.- Hands on experience in debugging complex hardware, software and manufacturing issuesby using methods such as root cause failure analysis, DOE, 5W2H and data analysis.- Conceptualize, buy and build tools to automate product life cycle testing to reduce overalltesting duration.- Extensive experience working with worldwide OEM, ODM, CM, test and design houses.

- Lead the heavy duty engine aftertreatment team to launch 2013 MaxxForce 13L engine from concept to production. - Developed manufacturing inline and end of line system tests for engine emission reduction system which included DOC, DPF, Hydro carbon doser for MaxxForce 13L engine.- Developed and refined the product development process as per ISO/TS16949 for design requirements specifications, Design Failure mode effects analysis (DFMEA) implementation, System architecture matrix, model based design system and project management tracking system. - As part of cost reduction initiative defined new hardware and software requirements for integrating multiple modules and corresponding supported components with in engine control unit. - Defined workload breakdown, task dependencies, task efforts and task durations. Informed work progress to higher management through weekly meetings and presentations.- Managed the development of engine and vehicle features for 2015 medium and heavy-duty engines. This includes developing engine start/stop controls; Multiplex system module integration, engine warning and protection features, engine operating mode control, engine idle speed shutdown and vehicle speed limit controls along with standard cab controls (accelerator pedal controls, brake pedal and parking brake controls).- Designed and developed engine control strategies to integrate Diesel Oxidation Catalyst (DOC), Diesel Particulate Filter (DPF), NOx sensor, Hydro Carbon Doser and Urea Doser with MaxxForce 13L engine. - Attend Pre and Post production early warning meetings to recognize concerns, gather supporting information, conduct 8D and drive different teams cross functional teams to resolve the issues. - Helped cross-functional teams troubleshoot aftertreatment hardware, software, interface and calibration issues.

- In-house embedded control system development of entire aftertreatment system, from concept to production using real time embedded coders. - Concept to production In-house control system development of low-level drivers, application software and On-Board system diagnostics. - Implemented control software and diagnostic strategies for DOC, DPF, downstream doser, Regeneration, Soot estimation, closed loop PID for temperature control, sensors signal processing rationality & comprehensive component monitoring (CCM).- Validated controls software on hardware in the loop (HIL), Static benches, dynamometer and vehicles. Created design verification criteria and test procedures. - Developed software requirements specifications (SRS), Design Validation Plan and Report (DVP&R) for all levels i.e. bench, vehicle, dynamometer, Design Failure mode and effect analysis (DFMEA) including Boundary diagrams, P-diagrams and System design specifications for all the aftertreatment system & sub-systems- Provided Control system tuning and calibration support for aftertreatment sensor signal processing lamp control and aftertreatment diagnostics- Led the development of exhaust aftertreatment system for sprint 3.2 Liter inline engine to be used for Korean GVW Daewoo light Buses in collaboration with MWM Brazil.- Scheduled project from start to finish including concept, design development in parallel with system integration and implementation for production. - Ensured supplier issue resolution with data analysis, supplier DVP evaluation and DFMEA for aftertreatment system controls implementation. - Tracked issues and action item through weekly meetings. Ensured test cell and vehicle assignment to support issues and action items.- Supported system integration team to ensure completion of aftertreatment system validation and calibration.

- Help Establish ethanol engine research lab. Responsibilities included selecting appropriate equipments, sensor actuator wiring, selecting hardware and components for digital signal processing, CAN interface and Installation. - Developed software control algorithms using rapid prototype tools such as Motohawk, Matlab-Simulink and NI Labview to interface different engine systems. - Generated Test Plans for data collection and data acquisition, Processed & analyzed the collected data using MATLAB & MS-Excel and presented weekly as progress status. - Troubleshot and repaired software, communication & interface issues using CANalyzer, breakout box, signal generators and oscilloscope. - Designed customized engine supporting components using Unigraphics NX3 to support sensor position

- Responsible for Resource planning of Thermo-Fluids lab research projects. This included monitoring lab expenses, scheduling project deliverables, monitoring student and project progress, approving equipment purchase requests etc. - Carried out budget preparation, estimation and costing along with preparing proposals, planning and necessary contracts related to research projects. - Instructed courses: Advance fluid mechanics, Thermodynamics, Automobile engineering, Heat transfer, Internal Combustion engines. - Instructed students in Thermo-Fluids and automotive Labs and created test and experiment procedures.