Patzcuaro activities

Email : evan.dissanayake@gmail.com  

Personal Statement

My name is Evan Dissanayake. I am currently a Professional Engineer working at Burns Engineering . I received my Bachelors and Masters Degrees from Drexel University in Electrical and Computer Engineering. I have conducted projects in every major sector of Electrical and Computer Engineering from Electronics to Telecommunication, Systems, Robotics, Power, Computer Networking, and Computer Architecture. I have also created models and conducted projects in the field of Business and Economics.

My passion for engineering runs back to when I was a kid and built simple electronic circuits such as the Robo circuit and the Knight Rider circuit for fun. Going further I decided to take courses in Electronics in my high school, and was the only student to obtain the highest merit in the National Electronics exam. With this achievement, and the passion I had for technology I decided to pursue a Degree in Electrical and Computer Engineering at Drexel University. I enjoyed every class I took and have improved my technical and analytical skills to a great extent. During my career at Drexel I have completed three insightful internships, served as a Teaching Instructor for the department of Physics and Mathematics, conducted research as a Research Assistant and held many Leadership positions in various organizations. My internships were in the Power & Utility industry where I worked closely with junior and senior engineers and assisted them in conducting power flow studies to ensure the Electric Grid was reliable and efficient. I was a research assistant under Dr Kapil Dandekar and worked in simulating and building circuitry for an Ultra-wideband impulse radio. I presented my research in the 2010 NCHC (National Collegiate Honors Council) conference. As an Orientation Leader for the International Students and scholars Services and a Mentor for Drexel Universities Honors College I provide guidance and mentorship for incoming freshman students to help make their Drexel experience more enriching and enjoyable. For my senior design project I built a robot arm that can play chess with a human interactively under the mentorship of Dr Pramod Abichandani with three other classmates. Furthermore, I completed a Masters Thesis Power and Robotics under the mentorship of Dr Youngmoo Kim, where I built a mathematical model to predict the power consumption of the HUBO 2+ Humanoid robot, build a battery super capacitor hybrid and implement Dynamic Power Management to improve Power Efficiency.

I am currently working at Burns Engineering as a Professional Electrical Engineer for the Rail Road and Transit Group. I am well versed in the field of Electrical and Computer Engineering and have valuable experience through my internships, leadership positions at Drexel University and my work experience at Burns Engineering. I am a highly motivated individual, a quick learner, enjoy challenging tasks and possess the ability to work independently and within a team environment. Given a task I assure maximum results in a minimum amount of time. I possess strong peoples skills and am an effective leader who loves leading teams and providing guidance and mentorship. I am a result oriented person who would go above and beyond putting my heart, mind and soul to ensure whatever I am entrusted with is done in an effective and timely fashion.

Education

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Master of Science in Electrical Engineering               GPA : 3.80

Master of Science in Computer Engineering               GPA : 3.77

Bachelor of Science in Electrical Engineering


Skills

  • Programming Languages:   Java, Python, VHDL
  • Web Design:                               HTML, XHTML, CSS
  • Operating Systems:                Windows, UNIX
  • CAD:                                              AutoCAD, AutoDesk Inventor, Google SketchUp, Micro Station
  • Microcontrollers:                    PSOC, Arduino
  • Power Engineering:                PSSE, EMS
  • Circuit Simulations:              ADS, PSPICE, Cadence Virtuoso
  • Computer Networking:         OSI Model, Wireshark
  • Other:                                           Lego NXT, Maple, MATLAB, Simulink, CorelDraw, Visio, MS Office Suite, VLSI


  • Projects

    Masters Thesis

  • Power Management Hubo:Built a mathematical model to predict the power consumption of the HUBO 2+ Humanoid robot, designed and developed a battery super capacitor hybrid and implemented Dynamic Power Management to improve Power Efficiency

    Senior Design

  • Chess Playing Robot Arm: Designed and built a robot arm enable of playing chess autonomously by integrating Artificial Intelligence and sensor input from a web camera Video

  •                                             test test

    Freshman Design

  • Retractable Ethernet Cable: Designed smaller ethernet device at request of Computer Science Department and examined circuitry of current device and methods of improving efficiency and reliability

  •                                            test

    Programing

  • Battleship Game in Java:Planned, executed and tested a feature rich multiplayer game in java, where the player guesses enemies         location, shoots and destroys them

  •                                             test


  • Cancer Detection Robot:Developed a time efficient algorithm and programmed a robot using NXT Lego Mindstorms to detect and destroy cancerous cells

  •                                             test test

    Computer Architecture

  • CPU Design in MIPS 32:Designed and implemented a singlecycle and a multicycle central processing unit using MIPS-32 architecture to execute advanced computing instructions and to manipulate data on RAM

  •                                                 test

  • GPU Power Estimation:Derived an appropriate model for GPU power savings based upon counter and current measurements

  •                                             test test

    VLSI Design

  • Digital Circuit Design:Designed Digital circuits such as NAND Gates, And Gates, OR Gates, D Fliflops and MicroProcessors using Cadence Virtuoso and Dc and Icc compiler

  •                                                 test test

    Computer Networking

  • Queuing Systems Project:Analyzed and simulated network packet arrival and departure rates into a 1-input, 1-ouput router with an infinite queue under several probability distributions using MATLAB

  •                                                  test test

    Power Engineering

  • Solar Energy System Project:Designed a photo voltaic system by evaluating the characteristics of the equipment used to power both an AC and DC load with maximum efficiency and minimum cost  Design

  •                                             test test


  • Renewable Energy Systems Project: Analyzed the most economical and environmental friendly solution to power an off grid house in Michigan which consist of AC and DC loads using various renewable energy sources by performing simulations in Homer

  •                                             test test

    Telecommunications Engineering

  • Ulta-wideband Impulse Radio: Build and simulated circuitry of a Transcever and Reciever using Advanced Design Systems(ADS) and equipment available

  •                                             test test

    Electronics Engineering

  • Data Acquisition system Project: Designed and debugged a digital recording circuit which accepts analog information, converts it to digital form, saves it to a RAM, converts it back to analog form and outputs it across a load

  •                                             test

    Business and Economics

  • Wastewater Treatment Model: Performed an economic analysis to determine the most cost effective option to satisfy an anticipated increase in residential demand for wastewater treatment in Pittsburg Pennsylvania

  •                                             test

  • Telecommunications Risk Management Portfolio: Created investment strategies for telecommunications market leaders like AT&T and Verizon to maximize expected returns and minimize financial risks on $10 million investments over a one year period

  •                                             test test