Free Online Parag Parandkar'S Tutorials

RSS  
Oscillator tut 2 working principle LC types

Oscillator tut 2 working principle LC types

21 Pages |614 Views

This tutorial is second in series of tutorials and will illustrate the working principle and working of Oscillators in details. It will also describe ...

Oscillators tutorial 1

Oscillators tutorial 1

674 Views

This introductory tutorial is the first one in the series of tutorials. This will introduce the concept of positive feedback used in the oscillator. I...

Oscillators tutorial 1

Oscillators tutorial 1

25 Pages |659 Views

This introductory tutorial is the first one in the series of tutorials. This will introduce the concept of positive feedback used in the oscillator. I...

EMT Lect - 3 Gradient Divergence Curl Laplacian

EMT Lect - 3 Gradient Divergence Curl Laplacian

70 Pages|12478 Views

This tutorial is third in the series of tutorials on Electromagnetic theory. This discusses in details about the following topics of interest in the f...

EMT Lect -2 Differential elements, Line,Surface and Volume Integral

EMT Lect -2 Differential elements, Line,Surface and Volume Integral

46 Pages |8896 Views

This is second in series of tutorial on Electromagnetic theory. This tutorial discusses in details about the constant co-ordinate surfaces. It also di...

EMT Lect- 1  Vector Alzebra, Vector Calculus Co-ordinate systems

EMT Lect- 1 Vector Alzebra, Vector Calculus Co-ordinate systems

74 Pages|5953 Views

This tutorial is a first lecture in series of lectures on Electromagnetic theory. This introductory lecture introduces Vector alzebra, vector calculus...

Digital Elex Tutorial VIII - Circuit Optimization using K-Map- I

Digital Elex Tutorial VIII - Circuit Optimization using K-Map- I

25 Pages |2966 Views

This is 8th Tutorial in the Tutorial series in digital electronics. This Tutorial introduces circuit level optimization in terms of variables optimiza...

Digital Electronics Tutorial VII : NAND and XOR implementations

Digital Electronics Tutorial VII : NAND and XOR implementations

40 Pages|8308 Views

This Tutorial is VII Tutorial in the digital electronics Tutorial series and discusses the concept of NAND NAND and NOR NOR implementations. It also d...

Digital Electronics Tutorial VI Cannonical and Standard forms

Digital Electronics Tutorial VI Cannonical and Standard forms

35 Pages |4338 Views

This Tutorial is in series with the Tutorials on digital alzebra. This Tutorial will revisited some of the important concepts in designing of boolean ...

Digital Electronics Tutorial V Binary Arithmetic

Digital Electronics Tutorial V Binary Arithmetic

29 Pages|3640 Views

This Tutorial is in continuation of the Tutorial series in digital electronics and elaborates and discusses following topics in details:<br/>How...

Digital Electronics IV Binary codes &amp; Switching logic

Digital Electronics IV Binary codes & Switching logic

37 Pages |5408 Views

This Tutorial is forth in the series of lectures in Digital Electronics.<br/><br/>This covers following topics:<br/>Binary Codes <...

Digital Electronics Lecture – III Boolean Alzebra and logic gates

Digital Electronics Lecture – III Boolean Alzebra and logic gates

38 Pages|5425 Views

This class is third in series of classes on digital electronics.
The contents to be discussed in this class are :
Boolean laws & Properties

Digital Electronics Tutorial  – II  Number System

Digital Electronics Tutorial – II Number System

37 Pages |13675 Views

This Tutorial is second in series of the Digital Electronics Tutorials. This Tutorial covers following core topics:<br/>Introduction to Number S...

Digital Electronics Lecture I Introduction

Digital Electronics Lecture I Introduction

23 Pages|16036 Views

This class is the first in the series of lectures on Digital System Design.&lt;br/&gt; It introduces the subjects with the following headings:...

Network Theorem Superposition

Network Theorem Superposition

19 Pages |4836 Views

This tutorial is in series with the lecture series in circuit analysis. This initiates the conceptual background of network solving by using superposi...

Network theorems Thevenin Norton Source Transformation

Network theorems Thevenin Norton Source Transformation

43 Pages|4616 Views

This is in continuation of lecture series on Circuit / Network analysis and preceeds the course on superposition theorem, which is the begening of net...

Basic Electronics An Introduction

Basic Electronics An Introduction

23 Pages |14860 Views

This is going to be a be a very basic tutorial of circuit components used in Basic Electronics course. Though there are few more basic definitions of ...

Loop analysis or Mesh Analysis

Loop analysis or Mesh Analysis

29 Pages|6441 Views

This is forth in series of the tutorials on circuit analysis. It has been derived by the basic Kirchoffs voltage law. Mesh analysis performs the calcu...

Node voltage method

Node voltage method

39 Pages |7220 Views

This is the third tutorial in the series of leaning circuit analysis. At first the simplest type of circuits called as resistive circuits are taken in...

CMOS VLSI Design Tutorial 1

CMOS VLSI Design Tutorial 1

30 Pages|11450 Views

This is the introductory Tutorial of the subject of CMOS VLSI Design and the emphasis is on to building the basics of the subject. In this tutorial I ...

About Parag Parandkar

  • Parag Parandkar
    Parag Parandkar
  • 97 Followers
  • 8 Members recommend
  • 37 Tutorials added

Profile Summary

Assistant Professor in Electronics at Acropolis Technical Campus, Indore, M.P.
Myself Parag Parandkar, having an overall experience of 15 years 8 months out of which 14 years has been in the academia and 1 year 8 months is spanned in the industrial domain (Assistant Engineer VLSI Designs). I am working as an educator in a top notch Engineering college in Indore, M.P. and also had experience of working in Private and Government Universities of National Repute earlier in my academic tenure so far. I aim to capitalize my hard earned academic and administrative skills for instructor led, web-based and LMS- based programs in wide arenas of Online Tutoring, Training, Documentation, Presentation, Administration, advisory and overall Management.
Subjects Tutored
Digital Electronics With VHDL Verilog Example : up to Bachelors in Engineering problem solving approach
FPGA based Front End Design : up to Bachelors in Engineering problem solving approach
MS Office Word, Excel, Power Point : up to Bachelors
Basic Electronics: up to Bachelors in Engineering problem solving approach.
VLSI VHDL Verilog HDL Tutorial : up to Bachelors in Engineering Illustrative examples
Mathematics: Illustrative Studies up to Bachelors in Engineering Illustrative examples
Physics: Upto class 9th to 12th standard (or equivalent all across the world in IB, IGCSE, ICSE, CBSE, state boards)
Mathematics: Upto class 9th to 12th standard (or equivalent all across the world in IB, IGCSE, ICSE, CBSE, state boards)
I also developed developed curricula of Electronics and Comm. at the University level Taught several online classes in the field of Electronics on the variety of subjects including Network analysis, Digital Logic Design using VHDL and Verilog HDL on skype, Wiziq etc online websites. Designed online objective quizzes on Learning Management Software (LMS) Moodle. Tutoring students belonging from the universities across the globe which
includes, city college of Newyork Elmhurst, USA, Nanyong Technological University Singapure, University of Copenhegan, Denmark, Swedan, University of Pittsburgh, USA, University of California at San Diago, USA, University of Hertfordshire, UK, Manipal University, Manipal, India etc.
Qualifications for the applied role:
Insightful leadership developer having experience in developing curriculum and courses and to transform students into top-performing employees. Entrusted with training and tutoring international students across the globe using e-learning platforms. Skilled at performing need assessment and devising strategic plans to meet those needs. Outperformed as Head of the department in Electronics and Communication Engineering in University, by way of accomplishing complex assignments like successfully organizing the institute for the inspection & compliance visit of statuary bodies viz. UGC and AICTE, at the same time maintaining with the limited budget allocation. Quick, avid learner & adaptive to the new technologies and environment. Possesses excellent vocal and written expression, analytical and problem solving skills. Area of expertise working in the educational domain include: Instruction design: designing course curriculum and plan of execution for the department as a whole, Training facilitation: Conducting faculty development programs to make the faculty members more competent and complacent in the working domain, Organization development: Dynamically worked at variety of senior key roles in the organization so as to evolve as a key stakeholder in the instate growth, Knowledge management: Instituted innovative course curricula to cater the desiring needs of quality man power by the industry in the respective domain. Also inculcated loads of state and national level co-curricular events under the aegis of professional bodies like IETE, ISTE, IEEE etc. to inculcate professional culture among the stakeholders, Staff management: Took part in the staffing process in terms of organizing set of processes for selection, viz. setting of question papers, evaluation, taking interviews etc.