MASOOD AHMAD MAHAMMAD 93.6 percentile in GATE
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I have completed a Ph.D. from JNTUH Hyderabad from the department of ECE. My area of research is low power VLSI. My self qualified in GATE 93.6 percentile in 2003.I have 19 years of experience in teaching.I have 10 years of online teaching. I will help you in assignments exam preparation,quiz,lab preparation. My aim is to provide top quality services to the students online.I work in a university as full time assistant professor.My main subjects of interest are Electronics,electrical and few computer subjects.
my areas of interest are as follows
VLSI,Low power VLSI,Computer Architecture and organization,Digital electronics
Control engineering,Advanced control engineering,Microelectronics,Network analysis
Signals and systems,Digital signal processing,Linear circuits,Digital IC design.I am good in tools like MATLAB,LTSPICE,PSPICE,XILINX,CADENCE,LOGICLY,LOGISIM,
XCIRCUIT,LaTeX,Sptran 6 board,Analog discovery board 2.
I cam help in choosing a topic for the project and topics for the research.I can prepare a paper for the publication.
Most trusted tutor for university students .To ensure proper service approach at least 24 hours before your deadline.My mode teaching is online and I use skype and Idroo for the online teaching.
Payment accepted through paypal
This is for your information and necessary support

list of certifications from Coursera
Teach online certification from "The University of New south wales" by Coursera
https://coursera.org/share/349fed87bb7ef31bd73385d587410ae2
University Teaching certification from "The University of Hong Kong" by Coursera
https://coursera.org/share/d0d377f5333889fbabe5e1b1e2dbb9be

I have handled different subjects from different Universities. The list of subjects handled so far as follows
EEE 4343 Introduction to digital electronics (FIU)
EEL 4304 electronics (FIU)
EE 356 circuits lab
EECE202 linear circuit analysis2( American university of middle east)
EE282L Circuits lab1
EE458 communication engg(Florida International University)
EE430 advaned electronics( San Diego State University)
EE 330 emginneering electronics (SDSU)
EEE3221 Advanced digital electronics (Lawrence Technological University)
EE201 linear circuit analysis1(AUM)
EEL 4304L electronics Lab
EEE3303 Electronics lab1 (FIU)
ECGR3132 electronics
EECE 3650 Electronics 1(University of Massachusetts Lowell)
EGEE 406 Design application with microcontroller and FPGA( California State University)
EE469 digital signal processing principles ( University of Strathclyde Glassgow)
COMPE 572 VLSI circuit design (SDSU)
EEL 3110L circuit lab (FIU)
EEL 3712L Logic design Lab(FIU)
CDA 3201 Introduction to logic design ( Florida Atlantic University)
EEL 3135 signals and systems (FIU)
EEE4510 Introduction to digital signal processing (FIU)
ELEC 372 VLSI
EE420 control engineering (SDSU)
EE271 An introduction to verilog and digital components
EE210 Electric circuit Analysis (SDSU)
ENG 105 design of logic systems ( singapore university of social sciences)
ECEN 3714 network analysis (Oklahoma state University)
CSE 471 Microcontroller interfacing and data acquisition( yanbu state university)
TEN20503 electronics II MSU(management and science university malasiya)
ECE 311 electronics lab Clemson university
IG 2407 Digital data acquisition Uk University(paris)
EEE203 signals and systems
ET-131 Transforming ideas to Innovations
ECE312 electronics

Subjects

  • Electronics and Communication Engineering Beginner-Expert

  • Control Engineering Beginner-Expert

  • Xilinx Vivado Beginner-Expert

  • Digital IC design Beginner-Expert

  • CMOS VLSI Beginner-Expert

  • Electronic circuits Beginner-Expert

  • Signals & Systems Beginner-Expert

  • Electronics projects using multisim 14.2 full version Beginner-Expert

  • B.Tech Electronics and Communication Engineering

  • Verilog HDL and VHDL Beginner-Expert

  • Electronic Circuit Simulation (Any Software) Beginner-Expert

  • Computer architecture and design Beginner-Expert

  • Advanced digital system design Beginner-Expert

  • Arduino programming and building projects Beginner-Expert

  • Research and Publication Masters/Postgraduate-Doctorate/PhD

  • Project design Beginner-Expert

  • Low Power VLSI Projects Beginner-Expert

  • Ph.D Thesis

  • IoT projects Beginner-Expert

  • MATLAB & Simulink Beginner-Expert

Experience

  • associate professor (Jun, 2010–Present) at DEEMED TO BE UNIVERSITY Hyderabad
    Teaching
  • assistant professor (Jun, 2005–Present) at Deemed to be UNIVERSITY, Hyderabad
    I am working as an associate professor

Education

  • Coursera,https://coursera.org/share/d0d377f5333889fbabe5e1b1e2dbb9be (Aug, 2020–Aug, 2020) from UNiversity Teaching–scored 92
  • AI for Everyone,https://coursera.org/share/552e20d0b40249a26105e66da91680d2 (Aug, 2020–Aug, 2020) from Stanford University - Coursera–scored 100
  • Introduction to semiconductor devices2, https://coursera.org/share/b04a997240bf3a9a342827ae6e816e70 (Aug, 2020–Aug, 2020) from Coursera–scored 100
  • Introduction to electronics,https://coursera.org/share/6ae4c2c309e9fd7acc7a853605eedf5d (Aug, 2020–Aug, 2020) from Coursera–scored 100
  • Teach online (Jan, 2020–now) from https://coursera.org/share/349fed87bb7ef31bd73385d587410ae2–scored 87
  • Ph.D (Nov, 2011–Nov, 2020) from jntuh hyderabad campus
  • VLSI (Jun, 2011–now) from jntuh hyderabad campus
  • Master of Engineering (Jul, 2003–Jul, 2005) from ANDHRA uNIVERSITY
  • B E (Jun, 1998–Jul, 2002) from VTU, Belgaum, KA

Fee details

    ₹2,250–7,500/hour (US$26.03–86.78/hour)

    1-hour exam preparation help 100 dollars
    2 -hours exam preparation help 150 dollars
    Charges are negotiable based on the work.
    The charges are purely based on the work involved will get decided after the discussions.

Courses offered

  • Verilog HDL

    • US$200
    • Duration: 8 Weeks
    • Delivery mode: Online
    • Group size: 41 or more
    • Instruction language: English
    • Certificate provided: Yes
    Basic Concepts: Lexical conventions, data types, system tasks and compiler directives. Modules and Ports: Modules, ports, hierarchical names. Gate-Level Modeling: Gate types, gate delays.
    Dataflow Modeling: Continuous assignments, delays, expressions, operators, and
    operands, operator types, examples.
    Behavioral Modeling: Structured procedures, procedural assignments, timing controls, conditional statements, multiway branching, loops, sequential and parallel blocks, generate blocks, examples.
    Design examples: Difference between tasks and functions Timing and Delays: Types of delay models, path delay modeling, timing checks, delay back annotation, BCD to 7-Segment Display Decoder, BCD Adder,32-Bit Adders, Traffic Light Controller, Shift-and-Add Multiplier, Array Multiplier.
    The above examples are synthesized on basy3 board

  • VHDL

    • US$200
    • Duration: 8 Weeks
    • Delivery mode: Online
    • Group size: 41 or more
    • Instruction language: English
    • Certificate provided: Yes
    Computer-aided design, hardware description languages, VHDL description of combinational circuits, VHDL modules, sequential statements and VHDL
    processes, modeling flip-flops using VHDL processes, processes using wait statements, two types of VHDL delays: Transport and inertial delays, compilation, simulation, and synthesis of VHDL code, VHDL data types and operators, simple synthesis examples, VHDL models for multiplexers, VHDL libraries, modeling registers and counters using VHDL processes, behavioral and structural VHDL, variables, signals, and constants, assert and report statements.

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