For the given job description <<Our client is a growing Medical Device company located in Parsippany, NJ.
This role requires to be ONSITE 5 DAYS a week in Parsippany NJ Office.
We are searching for a talented Senior Digital Electronic Engineer, digital circuit design and schematics experience using microprocessors.  Experience with tools like DX DesignerAltium etc. Microprocessor C programming experience XilinxAlteraLattice High speed FPGA and SOC and microprocessor like MSP430TM4CNXP IMX family High Speed design tools Layout or Layout guidance for PCB designer. Use of test tools for signal integrity, EMC etc.
Desired Experience: PCB: ( Printed Circuit Board) Design (preferably PAD) Schematic Capture and layout), Circuit Design
BIG PLUS: Work on Microprocessors development (any kind) doing Firmware using "C" programming
Job Description: Implementing embedded controllers using Microcontrollers for various image capture systems Developing firmware utilizing "C" programming (and Assembler) Experience with Capture schematics, PCB layout, routing and (PADs) tools Working closely with the manufacturing team to ensure through documentation and for production of products
Core Requirements: Bachelor's degree in Electrical or Electronics Engineering (or similar) 10 years digital electronic Circuit Design and development Will have some opportunity in implementing embedded controllers via Microcontrollers(ARM) as well FPGA (Xilinx) and high-end (32 bits) microcontrollers and IDE tools (CCS from Ti) Familiarity with Code Composer Studio Demonstrated experience in C Programming>> the resume: <<SummaryA responsible position in the Industry, utilizing my advanced Electrical Engineering background and proven problem solving abilities.
HighlightsAutoCAD, C, C++, MATLAB, VHDL, LabVIEW, Power World, PSpice, ASP Dot, MS Office, HTML, ETAP and EMTP.
Experience12/2011toCurrentProject EngineerAmazon.Com, Inc.|,,IndiaMy key responsibilities: Project Electrical lead in the execution of project management, field engineering, and design tasks for various projects.Interfaced with construction management, contractors, and vendors in the execution of multiple, simultaneous deliverables.Project management activities included management of projects from staging to closeout, scheduling, estimation, definition of budgetary constraints, financial projections, project status and risk analysis reporting, procurement, and project oversight.Performed field surveys for electrical, mechanical and civil requirements.Engineering responsibilities included fulfillment of Electrical requirements, revision of drawings, support of multi-discipline design team, and execution of deliverables.Designing and Installation of complete DG Sets.Development of Transformers, generators, Switchgears, HT/LT panels according to project requirement.Execution of internal Electric works for various sites.01/2009to06/2011Graduate AssistantJefferson Health|,,My major duties included: Analyzing and researching the market to recognize patterns in college recruitment process, creation of a financial model for each semester budgeted at 300K to determine the allocation of funds to each department in the university, orientation leader for 1000 new students, formed a team accountable for maintaining and generating data for 600 on-campus jobs, acted as liaison between departments and new students, guiding them through the admittance process, and coordinator for 10 on campus events per semester.08/2015to09/2015Electrical Design EngineerSensata Technologies|,,IndiaMy major projects and design duties included: Power systems analysis for a hospital's trauma center involving reviewing and approving of electrical layouts, specification of electrical design for two 1000kVA generators and three 750kVA transformers, team collaboration for monitoring generator protection and unit synchronizing systems for various clients and evaluation of power system management for various clients in North India with using "Power World" software to optimize the efficiency of various power plants in the region.01/2006to05/2006Technical InternBae Systems|,,IndiaVLSI design process for various application specific integrated circuits, RTL design, simulation, device fabrication, wafer sorting.PROJECTS Penalty Factor Calculation, NYU-POLY Oversaw the design of an iterative method based on Lagrangian equation to linerize cost function and increase the efficiency of the power plant.Simulated an algorithm between power losses and power generated using MATLAB.Administered the power plant scenario using Power World.Effects of Distributed Generation on Grids, NYU-POLY Partnered with team members to analyze load flow using EMTP.Worked on Gibbs sampling algorithm to determine the distribution generation setting.Examined the voltage steady for Sutton network (grid) after setting of the distributed generators.Developed cost and fault checking's.Designed Single and Two stage Bipolar Junction Transmitter Amplifier, NYU-POLY The amplifier design process was taken through various stages of hand calculations, computer simulation, prototyping and verification.Evaluated the circuit design using Multisim's Spice based simulator.The transistor amplifier circuit was prototyped and tested in the Laboratory.
EducationExpected inJuly 2007totoBachelor of Science|Electrical EngineeringD.A.V Institute of Engineering and Technology,,GPA:Electrical EngineeringExpected inJanuary 2011totoMaster of Science|Electrical EngineeringNYU- Polytechnic Institute,York,GPA:Electrical Engineering Electric Power Systems, Distributed Generation Systems, Communication Networks, Electronic Power Supplies, Power System Economics and Planning, Signals and Systems, RF/Microwave Integrated Circuits.Expected intotoNew York State Board Certified in Power Systems and Electronics          February 2011
Academic Scholarship at NYU Poly 2009-2010.|,,GPA:
SkillsAcademic, ASP, AutoCAD, C, C++, circuit design, clients, Designing, Economics, Electronics, financial, funds, HTML, LabVIEW, market, MATLAB, mechanical, MS Office, works, Microwave, network, Networks, Power Supplies, procurement, Project management, prototyping, PSpice, recruitment, reporting, requirement, researching, risk analysis, scheduling, simulation, specification, systems analysis, VHDL, VLSI>>. The result is, Good Fit

Fit assessment: Good Fit