MOHIT LOKHANDE

**** **** ***** ******, ******, Ontario, K7P 0B5

1-613-***-**** actl6d@r.postjobfree.com

Profile:

Proficient in designing digital logic circuits, analog electronic circuits, and Printed Circuit Board (PCB)

Designed electronic circuits involving filters, amplifiers, differential pairs, feedback circuits, phase lock loops, oscillators, generators, modulators, timers, micro-controllers, solar panels and others while meeting the parameters of CMR, noise, gain, bandwidth, slew rate

Languages: C/C++/C#, Java, Assembly (Intel 80x86)

Operating Systems: Windows, LINUX (Ubuntu)

Software Applications: Matlab, Simulink, Advanced Design System (ADS), AutoCAD, Orcad PSpice, OrCAD Capture, IntelliCad, Express-Schematic, Express-PCB, Eagle PCB, Pro-E, JCreator, JBuilder, Eclipse (Object Oriented Programing – GUI, Java), vb.net Microsoft Visual Studio, Maple, Bloodshed DevC, MSOffice

Education: Bachelor of Engineering, Electrical Engineering September2009-November 2015 Carleton University Ottawa, Ontario, Canada

Professional Experience:

Electrical Engineer (EIT), Carleton University September 2014- August 2015 5 GHz Wireless Lan Physical Layer - Phase Locked Synthesizer Ottawa, Ontario, Canada

Designed Mixer, VCO and low-pass filter using ADS (Advanced Design System), LTSpice, Matlab and Simulink

Designed feedback loop circuit to synthesize and get optimal frequency

Implemented low-pass filter to clear out all the noise and give signal more stability

Designed Printed Circuit Board layer for Mixer, VCO and filter using CAD software -PCB-EXPRES, EAGLE

Assembled Printed Circuit Board of Mixer, VCO and filter as Lan Physical Layer

Tested Mixer, Voltage Controlled Oscillator and Low-pass filter as Wireless Lan Physical Layer

Engineer Research Assistant, Carleton University September 2012 - August 2014 Object-Oriented Software Development-Imperative Programming Ottawa, Ontario, Canada

Designed and implemented small-scale programs as communities of collaborating objects, using a dynamically-typed or statically-typed programming language (Java)

Implemented small-scale programs as communities of interacting (collaborating) objects

Applied lightweight, modern techniques commonly used during object-oriented software development

Applied memory management and object lifetimes: static allocation, automatic allocation in stack frames and dynamic allocation from the heap(C/C

Implemented data structures using arrays, linked lists. Collections: lists, stacks, queue

Management Assistant, Raven’s Cricket Club September 2012 - August 2014 Project Management, Carleton University Ottawa, Ontario, Canada

Provided Assisting and project support to the President

Ensured that relevant management information is captured and analysed

Planned the event well in advance and handling project finances

Identified analyzed, prioritized, mitigated and communicated project risks

Leaded and Organized a team and kept in close contact with key project members and decision makers

Involved in interpreting performance data and translate this into practical improvement

Electrical Designer, Bombardier Transportation Inc. April 2011 - September 2011 Project: Kuala Lumpur Kingston, Ontario, Canada

Designed and set the functions for touch screen interface

Placed buttons and key useful features for user friendly interface

Featured safety Instructions and steps taken in terms of Emergency

Tested buttons, features and functions for control panel interface

Debugged test failures with hardware and software teams

Software Test Analyst, Bombardier Transportation Inc. April 2010 - September 2010 Project: LIM Technology for Traction Control Kingston, Ontario, Canada

Performed analyses using LIMSIM Interface

Simulated the tested results with each variable changing

Researched the cause of the breaking point on Trust Vs. Velocity curve on Linear Induction Motors

Responsible for test planning, test execution and reporting

Troubleshoot test issues, debugged tests on the new technology

Academic Projects:

Digital Signal Processing

Discrete time signal and system representation: time domain, z-transform, frequency domain. Sampling theorem.

Digital filters: design, response, implementation, computer-aided design. Spectral analysis: the discrete Fourier transform and the FFT. Applications of digital signal processing.

Simulation and Modeling

Implimented the basic background for modeling and computer simulation of systems

Emphased on the design of simulation experiments and the correct interpretation of the associated statistical results.

The project included a brief overview of simulation languages(C, Java, Matlab, Simulink) and design of experiments and variance reduction techniques.

Relevant Courses:

Software -Testing & Development Microprocessor Systems Radar &Navigation Automatic Control Systems Communication Links Communication Theory

Activities:

IEEE, Aiesec, Robtics Club, Sports, Music and Yoga

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