John Deere - Moline , IL since Sep 2012
Senior Electrical Engineer - Power electronics and Electrical Drive Systems
Navistar - Greater Chicago Area Mar 2009 - Sep 2012
Product Development Team Lead
hybridtechnologies Inc - Mooresville , NC Jan 2008 - Feb 2009
Senior Electrical Engineer
Temple University Aug 2006 - Dec 2007
Engineering Lab Instructor
INDIAN RAILWAYS Feb 2003 - Jun 2006
Electrical Engineering Intern
Education:
Temple University 2006 - 2007
MS, Electrical Engineering
Jawaharlal Nehru Technological University 2002 - 2006
B.tech, Engineering
Skills:
Engineering Product Development Electronics Electrical Engineering Fmea Management Testing Manufacturing Project Management Electric Vehicles Power Electronics Engineering Management Cross Functional Team Leadership Leadership Apqp Systems Engineering Business Development Entrepreneurship Automotive C Six Sigma Power Converters Automotive Electrical Systems New Business Development Microcontrollers Automotive Engineering Product Design Project Engineering Automotive Electronics Embedded C Analog Circuit Design Problem Solving Verilog Power Generation Validation Startup Development 8D Problem Solving Led Lighting Digital Signal Processors Vector Canalyzer Electric Drives Locomotive Vhdl Mips Automotive Lighting Electrical Controls Motor Control Technology Commercialization Java Fmvss
Interests:
Science and Technology Children Economic Empowerment
Languages:
Hindi Telugu English
Certifications:
Prpc J1939 Workshop Pega Systems Vector Academy
Senior Power Electronics And Electrical Drive Systems Engineer
Senior Electrical Engineer - Power electronics and Electrical Drive Systems at John Deere
Location:
Moline, Illinois
Industry:
Electrical/Electronic Manufacturing
Work:
John Deere - Moline , IL since Sep 2012
Senior Electrical Engineer - Power electronics and Electrical Drive Systems
Navistar - Greater Chicago Area Mar 2009 - Sep 2012
Product Development Team Lead
hybridtechnologies Inc - Mooresville , NC Jan 2008 - Feb 2009
Senior Electrical Engineer
Temple University Aug 2006 - Dec 2007
Engineering Lab Instructor
INDIAN RAILWAYS Feb 2003 - Jun 2006
Electrical Engineering Intern
Education:
Temple University 2006 - 2007
MS, Electrical Engineering
Jawaharlal Nehru Technological University 2002 - 2006
B.tech, Engineering
Skills:
Power Electronics LED lighting Product Development Project Engineering C Java C++ Embedded C Microcontrollers Verilog VHDL MIPS Analog Design Digital Hardware Design DSP Automotive Electronics Automotive Engineering Automotive Lighting ECE Regulations FMVSS CONTRAN regulations ISO validation requirements SAE validation requirements APQP QS9000 Systems Engineering Electrical Controls Motor Control Power Converters Electric Drives Power Generation Electric Vehicles Locomotive Automotive Electrical Systems Problem Solving 8D Problem Solving Global 8D Pyxis FMEA Validation Analog Circuit Design
Honor & Awards:
• First prize in technical quiz at “KENFINITY 05” a National level technical symposium at Nizam College of Engineering.
• First prize in paper presentation on VLSI at “KENFINITY 05” a National level technical symposium at Nizam College of engineering.
• First prize in technical quiz at “NAVA CHAITANYA 2004” a National level technical symposium at Chaitanya Bharathi Institute of Technology, Osmania University.
• First prize in paper presentation on topic NANO TECHNOLOGY at “NAVA CHAITANYA 2004” at Chaitanya Bharathi institute of technology.
• Won first prize in technical quiz at NIPUNA a national level technical symposium at Osmania University.
• Runners up in TATA CRUCIBLE a national level business quiz.
Pranay Kumar Bajjuri - Allen TX, US John Jacob - Fort Wayne IN, US
Assignee:
International Truck Intellectual Property Company, LLC - Lisle IL
International Classification:
B60L 1/00
US Classification:
307 91
Abstract:
The loads of a vehicle electrical system are connected to a power distribution bus through a first or through first and second latching relays. A set of vehicle mandatory loads are connected to an output side of the first latching relay to be cut off from the power distribution bus upon opening of the first latching relay. A set of vehicle optional loads are connected to an output side of the second latching relay to be cut off from the power distribution bus upon opening of the first latching relay or the second latching relay. Opening and closing of the first and second latching relays depends of the values for the measured current and measured voltage. Among factors relating to opening and closing of the first and second latching relays are measured voltage exceeding a voltage high threshold, in which case the first latching relay opens, measured voltage falling below a low voltage threshold in which case the second latching relay opens while the first latching relay remains closed and a positive current transient exceeding a minimum threshold, which opens the first latching relay.
Battery Management System For Restricted Idle Vehicles
Pranay Kumar Bajjuri - Allen TX, US John Jacob - Fort Wayne IN, US
Assignee:
International Truck Intellectual Property Company, LLC - Lisle IL
International Classification:
B60L 11/18 H02J 7/00
US Classification:
320104, 320109
Abstract:
A vehicle electrical power system includes a generator which generates power for application to loads and to chassis and batteries for storage. A starter motor for an engine is energized primarily from the battery. A contactor between the batteries has a closed state in which power can flow between the batteries and an open state which interrupts power flow between the batteries and from the generator to the cranking battery. A controller enables periodic stopping and starting of the engine is responsive to a battery state of charge for at least one of the batteries for operating the engine to maintain a minimum battery state of charge. The contactor may have a limited closed state in which power flow between the batteries is surge limited. Power flow is surge limited through the connector responsive to a voltage difference between the batteries.
Pranay Kumar Bajjuri - Fort Wayne IN, US John Jacob - Fort Wayne IN, US
Assignee:
International Truck Intellectual Property Company, LLC - Warrenville IL
International Classification:
B60Q 1/56 B60Q 1/26
US Classification:
362497, 362487
Abstract:
A lighting assembly has a first array of lamp elements to a first side of a central zone and a second array of lamp elements to a second side of the central zone. Each array has at least one low intensity lamp element operable to cause the lighting assembly to present a low intensity brightness to an observer viewing the lighting assembly and at least one high intensity lamp element operable to cause the lighting assembly to present a high intensity brightness to an observer viewing the lighting assembly, and an electrical connector through which electric current is fed to operate the lamp elements.
Planter Row Unit With Load Sensing Depth Stop Assembly
- Moline IL, US Michael E. Frasier - Iowa City IA, US Pranay Bajjuri - Bettendorf IA, US Matt Bartelson - Bettendorf IA, US
International Classification:
A01C 7/20 A01C 7/08
Abstract:
A row unit for a seeding machine includes a frame supporting a gauge wheel and a seed meter. A depth stop assembly includes a stop setting an upward travel limit of the gauge wheel with respect to the frame, and a handle that is lockable and releasable to move the stop to select among seeding depths. A downforce actuator is operable to generate downforce to be applied through a gauge wheel arm and the gauge wheel to the soil. A downforce sensor is incorporated into the depth stop assembly and movable therewith. The depth stop assembly includes a multi-piece body having a first piece receiving the handle, and a second piece defining a pivot. The first piece of the multi-piece body includes a handle-receiving receptacle portion, a fastening portion for fastening to the second body piece adjacent the pivot, and a portion therebetween forming a housing of the downforce sensor.
- Moline IL, US Matt D. Bartelson - Bettendorf IA, US Quintin D. Rigert - Port Byron IL, US Grant J. Wonderlich - Milan IL, US Matthew L. Spencer - Bettendorf IA, US Pranay K. Bajjuri - Bettendorf IA, US
International Classification:
A01B 71/06 A01C 19/02 H02M 3/155
Abstract:
A towed agricultural machine includes a converter, configured to convert a first voltage potential generated by a generator to a second voltage potential. The second voltage potential powers a component of the towed agricultural machine. Further, the towed agricultural machine also includes a switch that senses the absence of the second voltage potential from the converter and switches to powering the subcomponent with a second voltage potential received from a source external to the towed agricultural machine.