• Leader of the research and development (R&D) team for embedded systems design (avionics applications).• Developed the team process guidelines for designing, manufacturing, testing, training and product support.• Applied the developed team process guidelines in different phases/stages of the product development cycle.• Active project management for time estimation, cost estimation, deliverables, milestones and quality control. • Forecasted current & future needs, using some… Show more • Leader of the research and development (R&D) team for embedded systems design (avionics applications).• Developed the team process guidelines for designing, manufacturing, testing, training and product support.• Applied the developed team process guidelines in different phases/stages of the product development cycle.• Active project management for time estimation, cost estimation, deliverables, milestones and quality control. • Forecasted current & future needs, using some well-defined systematic processes, for infrastructure development. • Report writing for the evaluation of overall progress, challenges, probable actions and future directions. • Presentations to top management, planning and controlling agencies and multidisciplinary team members. • Generation of requirement specifications for functionality, performance, energy, environment and safety.• Generation of acceptance test instructions for verification and validation of real-time embedded systems.• Comprehensively explored the design space for avionics systems using modern design automation tools.• Provided creative solutions along with a detailed evaluation for various aspects of embedded hardware Show less

• Worked in various collaborative projects, funded by European Union, in the domain of embedded systems• Collaborated with numerous (15+) academic and industrial design teams from different countries in Europe.• Evaluated various commercial tools for video applications, from functional simulation to system synthesis.• Identified design limitations and research gap during various stages/phases of the entire development flow. • Proposed appropriate solutions to the identified… Show more • Worked in various collaborative projects, funded by European Union, in the domain of embedded systems• Collaborated with numerous (15+) academic and industrial design teams from different countries in Europe.• Evaluated various commercial tools for video applications, from functional simulation to system synthesis.• Identified design limitations and research gap during various stages/phases of the entire development flow. • Proposed appropriate solutions to the identified limitations and explored the holistic view of system design.• Developed an optimal and rapid design methodology for embedded systems from concept to the silicon. • Introduced a taxonomy for an effective classification of various system level design methods and techniques. • Evaluated the tools, methods and techniques, developed by other project partners, for video applications:  Leaf Engineering Italy: Captured video applications for algorithmic exploration and validation Politecnico di Milano Italy: Decomposed sequential specifications into parallel tasks Imperial College United Kingdom: Partitioned various video applications into hardware and software Delft University Netherland: Performed HW/SW co-simulation on a reconfigurable architecture Show less

• Conducted research and development activities along with a proactive project management approach. • Leader of the project team responsible for the development of Automatic Test Equipment (ATE).• Worked closely with system engineers, manufacturing engineers and production test laboratories. • Developed testing plans at different levels of verification and validation.• Implemented the developed test plans in a fast moving production environment.• Executed test plans for PCB… Show more • Conducted research and development activities along with a proactive project management approach. • Leader of the project team responsible for the development of Automatic Test Equipment (ATE).• Worked closely with system engineers, manufacturing engineers and production test laboratories. • Developed testing plans at different levels of verification and validation.• Implemented the developed test plans in a fast moving production environment.• Executed test plans for PCB (Printed Circuit Board) level testing, LRU (Line Replaceable Unit) level testing, Full functional testing of an assembled system (System Level Testing) and Flight Line Testing. • Efficiently performed root-cause analysis of test failures and communicated recommended actions. • Successfully deployed a reusable test equipment and diagnostic system to identify faults. • Ensured the product reliability after executing a comprehensive verification and validation plan.• Designed analog and digital hardware, consisting of general purpose I/O board serial communication board, interfacing circuitry for a single board computer system. • Created a modular automation software, providing an interface with the hardware of ATEs.• Developed a Ground Control Station for Aerial Vehicles Show less