For the given job description <<Key Responsibilities:Create intricate wiring networks and electrical subcomponents for both prototype systems and their seamless integration into fuel cell-powered equipment.Conduct comprehensive tests, diagnoses, and repairs at the level of individual components, subsystems, and the overall system.Collaborate on the generation of electrical schematics and detailed bills of materials.Participate in safety assessments to ensure alignment with safety protocols for prototypes and finalized systems.Interface with engineering teams to ensure compliance with product interface requirements.Ensure system longevity and reliability through effective maintenance planning and execution.Regularly calibrate and fine-tune electrical elements to uphold system precision and stability.Occasional travel to customer and partner locations.Fulfill additional responsibilities as assigned by management.
Requirements:Demonstrate strong mechanical and electrical acumen along with exceptional teamwork capabilities.Minimum of 5 years of practical experience in electrical technician or related roles.Certified to work on high-voltage systems in accordance with NFPA 70E (or equivalent) training.Proficient verbal communication skills, vital for interactions with manufacturing, engineering, and other teams both directly and through digital channels.Proficiency in fabricating electrical harnesses, cables, and devices based on wire schematics.Skilled at debugging and troubleshooting mechanical and electrical systems.An Associate's or Bachelor's degree in Electrical Engineering is preferred.Exhibit passion for innovation, sustainability, and pushing the boundaries of agricultural technologies.Possess adaptability to excel within a dynamic, fast-paced work environment.>> the resume: <<SummaryHighly motivated Sales Associate with extensive customer service and sales experience. Outgoing sales professional with track record of driving increased sales, improving buying experience and elevating company profile with target market.
HighlightsLabVIEW, Virtuoso (Cadence) Design Suite, P LE CS, Cadence Schematic editor, AWR Microwave Office,
   MATLAB/SIMULINK, Code Composer Studio, National Instruments PXI, Texas Instruments VLCT for IC Testing-
   ATE
   Programming Languages: C, C++, Python, Assembly and VHDL
EducationTexas Tech UniversityLubbock,TXExpected inMay, 2014––Master of Science:Electrical Engineering-GPA:GPA: 3.9/4.0Electrical Engineering GPA: 3.9/4.0Jawaharlal Nehru Technological University,Expected inMay, 2012––Bachelor of Technology:Electronics and Communications Engineering-GPA:GPA: 3.7/4.0Electronics and Communications Engineering GPA: 3.7/4.0
Experience-Electrical Design Engineer,,06/2014-PresentWorking on developing next generation intelligent down-hole oil drilling tools.Working on automating Calibration process for Accelerometers and Magnetometers Working on developing automated test systems using LabVIEW and Python.Rockwell Automation, Inc.-Research Assistant,,-Worked on developing high accuracy GPS System and also on finding outliers in large collection of Cotton fiber cross-section scan data.Dartmouth College-Product Engineering Intern,,-www.physitechelectronics.com) Developed Hardware and Software for various Major projects on embedded systems with variety of sensors.Developed Firmware for a Programmer to program AVR Microcontrollers through USB Port Served as the President of The Electronics Club, SNIST, Hyderabad for two years (2010-2012) Electronix Club is a student's organization founded in 2009 in Sreenidhi Institute of Science and Technology, Hyderabad, India by a group of electronics freaks to learn and share the concepts of electronics and prosper in the process Taught classes on basic Analog Circuits, Microcontroller Programming and Sensor interfaces during this period.
SkillsArchitect, basic, C, C++, CAD, Cadence, Calibration, com, Hardware, editor, Electronics, embedded systems, GPS, LabVIEW, MATLAB, Office, Microwave, Composer, Networks, next, oil, Programmer, Programming, prosper, Python, USB, VHDL>>. The result is, 

Fit assessment: Potential Fit