#Mit brass rat paperweight pro
#Mit brass rat paperweight software
#Mit brass rat paperweight Bluetooth

System Architect and Designer Cambridge, MA (2015)Дesigned a mass distributed system of unreliable sensors and communication nodesДeveloped communication protocols over 802.11 and Bluetooth 4.David Dobkin '70 collects old popsicle sticks, credit cards, and lids from Snapple bottles. Massachusetts Institute of Technology Facilities Implemented parsers for frequency-shift keying, amplitude-shift keying, and phase-shift keyingД«ased on the Intel 8051 microcontroller and Cypress PSoC 5 programmed in assembly and C

#Mit brass rat paperweight software

Hardware and Software Developer Cambridge, MA (2015)Д¬reated a RFID and NFC (125kHz - 13.56MHz) reader, writer, sniffer, emulator, cloner

Microcomputer Project Laboratory Key Card Cloner Implemented control loops, FFT, and data acquisition/logging in FPGA and real time applicationsД¬onducted theoretical and experimental predictive failure analysisД«uilt and flew prototype drones and instrumentations to test designs and collect flight data Hardware and Software Developer Seattle, WA (2015)Дeveloped scalable propulsion system test equipment to perform automated testing and to gather reliability data (MTTF/MTBF) Used an iterative ideation, build, and test process to developВ ideas from sketchmodels to manufacturable alpha prototypes Worked with a team of 20 engineers and 10 consultants to develope new productsД¬onducted market research and user testing to identify problems that matter Leveraged Spark, Hadoop, and Amazon Web Services to create scalable programs that can handle high data throughputД¬reated graph databases in Neo4j and Titan for machine learning algorithms Software Engineer San Francisco, CA (2016)Дeveloped a Big Data and Machine Learning workflow for newsfeed curation Lead the development of stabilized camera systems for autonomous unmanned aircraft systems (UAS)Дeveloped autonomousВ unmanned aircraftВ systems (UAS) including: thermal management, mechatronicВ systems,В aerodynamics, simulation, controls, planning, subject tracking, prototyping, manufacturing, reliability testing Subteam Lead Redwood City, CA (2018-Present) Soldering, Circuit Boards, Conventional/CNC Mill and Lathe, 3D Printer, Water Jet, Laser Cutter, Plasma Cutter, Oxy Acetylene Cutting, GTAW, GMAW, SMAW, Drills, Saws, Aluminum, Wood, Steel, Stainless Steel, Hot/Cold Glass, Foam, Composites, Plastics, Elastomers, Injection Molding, Overmolding, Level 1 NIMS Certification in Axial Operations, Forging, Casting, Tempering, Heat Treating Maintenance, Body Work, Restoration, Modification, Mechanical, Paint Preparation, Painting, Engine Rebuilding/Tuning, Transmission Rebuilding, Carburetors, Suspensions, Space Frames, Chassis, Custom Mechanical Components, Assembly

#Mit brass rat paperweight pro

Windows and Linux Server/Workstation/Network Security, VMWare Workstation, Matlab, Mathematica,В Linux, UNIX, Photoshop, Final Cut pro, CAD (Sketchup, Autodesk, Solidworks, Catia, Pro E, Creo), Topology Optimization, CAM (Mastercam, Surfcam, HSMWorks), CFD (Xfoil, AVL, Flow Simulation, Simscale), MBD (MSC Adams, WinGeo, CarSim), assembly, C/C++, Julia, Java, Basic, RS274D, Python, Arduino, Scala, Spark,В html, php, kml, Android, Amazon Web Services, Titan, Neo4j, Unreal Engine, Unity Engine,В Raspberry Pi, Git, Wordpress, HDL (Bluespec Verilog, JSIM, BSIM, TSIM, LT Spice IV), BaseCamp, Asana, Microcontrollers, RFID/NFC, Bluetooth,В PSoC, LabVIEW, RTOS, FPGA, NI cRIO/DAQ, 802.11 AD Relevant Coursework: Introduction to Visual Arts, Language and Technology,В Communicating with Mobile Technology, Introduction to Video Game Theory, Introduction to Game Design Methods HASS Concentration in Comparitive Media Studies and Video Game Design Relevant Coursework: Introduction to EECS I & II, Probabilistic Systems Analysis, Toy Product Design, Signals and Systems, Computation Structures, Software Construction, Algorithms, Communication with Mobile Technology, Artificial Intelligence, Design and Analysis of Algorithms, Video Game Theory, Microelectronic Devices and Circuits, Automata, Computability, & Complexity, Game Design Methods, Computer Systems Engineering, Microcomputer Project Laboratory, Performance Engineering of Software Systems, Constructive Computer Architecture, Computer Networks, Distributed Algorithms, Computer System Security, Parallel Computing in Electrical Engineering and Computer Science Relevant Coursework: Unified Engineering I-IV, Projects in Aeronautics and Astronautics, Flight Vehicle Development, Principles ofВ Automatic Control, Dynamics, Aerodynamics, Aerodynamics of Viscous Fluids, Aerospace Propulsion, Feedback Control Systems, Flight Vehicle Aerodynamics, Principles of Autonomy and Decision Making, Product Engineering Process in Aeronautical and Astronautical Engineering

Massachusetts Institute of Technology Cambridge, MA (2012-2016)