Ashish Paralikar

Currently working as Software System Architect in the application equipment (Sprayers) business. Responsibilities include defining requirements, creating Logical and Software Architecture in PREEvision. Along with these responsibilities coaching and mentoring scrum teams in MBSD development. Leading Innovation efforts for the team. Planning Ideation Events, conducting TRIZ training and other innovation strategies

Managing Sprayers Teams across globe (United States of America, India, Netherlands and Brazil) for delivery of the embedded software. Exhaustive Delivery Management from concept to production. Rally Portfolio Management.

1. Leading Systems Engineering for Locomotive Fuel Management, Communication Systems, and Automatic Train Protection System. Experience in Agile and SAFe 2. Predictive Analytics for Locomotive using R and Python. Experience in Anamoly Detector, Time Series Data, Optimization 3. Filed 7 patents in my role as Innovation Lead for the Transportation Business in the field of Fuel Savings and Optimization, resulting in ~ 1% fuel savings for Railroad Customers in US worth $90K

1. Systems Engineering for Locomotive Trip Management and Communication systems 2. Own System Functional Specifications and Validation Plans. Create dFMEA, sFMEA and Control Models 3. Designed Location subsystem of Autonomous Locomotive Drive having accuracy of 25 ft, reducing position detection faults by 40% 4. Innovated Faulty GPS determination algorithm increasing Autonomous Drive Duration by 10%

1. Development of simulators for control systems with HIL setup 2. Development of communication modules MIL-1553B and UDP 3. Development of portable simulators for on the spot simulation 4. Preparation of Requirement, Design and Test Reports 5. Proficiency over LabVIEW and C++ 6. Handling of all IO modules 7. Use of Compact Field Point

1. Development of simulators for control systems with HIL setup 2. Development of communication modules MIL-1553B and UDP 3. Development of portable simulators for on the spot simulation 4. Preparation of Requirement, Design and Test Reports 5. Proficiency over LabVIEW and C++ 6. Handling of all IO modules 7. Use of Compact Field Point