### Who We Are

## We periodically conduct free lectures online to give you tips and tricks for effective study techniques.

Stay tuned for upcoming lecture series.

Electrical and Computer

**Analytic Geometry:**

Straight Line

Conics

Circle

Parabola

Hyperbola

Distance Formula

**Algebra and Trigonometry:**

Equations and Roots

Trigonometry

**Complex Numbers:**

Theory of Complex Numbers

Different Forms

Algebraic Operations

De Moiver's Theorem

Roots of Complex Numbers

**Discrete Mathematics:**

Terminology and Symbols

Matrix of Relation

Digraph

**Calculus:**

Limits

Derivatives

Applications of Derivatives

Partial Derivatives

Indefinite Integration

Definite Integration

**Ordinary Differential Equations:**

First Order DE

Higher Order Homogeneous

Nonhomogeneous DE

Laplace Transform

**Linear Algebra:**

Matrices

Determinants

**Vector Analysis:**

Vectors

Dot and Cross Products

Gradient

Divergence

Curl

**Probability Distributions:**

Probability Concepts

Binomial Distribution

Normal Distribution

Student's t- Distribution

Chi-squared Distribution

**Measures of Central Tendencies and Dispersions:**

Mean

Median

Mode

Standard Deviation and Variance

**Expected Value:**

PDF and CDF

Expected Value- Continuous

Expected Value- Discrete

**Codes of Ethics:**

NCEES Model Law

Professional and Technical Societies

Ethical and legal Considerations

**Public Health, Safety, and Welfare:**

Issues arising from safety of public due to engineering decision-making

**Intellectual Property:**

Copyright

Trade Secrets

Patents

Trademarks

**Time Value of Money:**

DCF Factors

NPV

Inflation

**Cost Estimation:**

Cost Types

**Risk Identification:**

Risk Terminology

Types of Risks

Risk Assessment

**Economic Analyses:**

Cost-benefit Analysis

Breakeven Analysis

Minimum Cost

Overhead life cycle

**Semiconductor Materials:**

Tunneling

Diffusion/Drift Current

Energy Bands

Doping Bands

P-N Theory

**Electrical Properties:**

Conductivity

Resistivity

Permittivity

Permeability

Noise

**Thermal Properties:**

Conductivity

Expansion

**KCL, KVL:**

Kirchhoff's Current Law

Kirchhoff's Voltage Law

**Equivalent Circuits:**

Series Circuits

Parallel Circuits

**Thevenin and Norton Theorems:**

Thevenin Theorem
Norton Theorem

**Node and Loop Analysis:**

Node Analysis

Mesh Analysis

Supermesh

**Waveform Analysis:**

RMS

Average

Frequency

Phase

Wavelength

**Phasors:**

Pure R, L, C

Combined R,L,C

**Impedance:**

Power Triangle

Power Factor

Power Factor Correction

**Frequency/Transient Response:**

Inductor Circuits

Capacitor Circuits

RLC Circuits

**Resonance:**

Series Respnance

Parallel Resonance

Bandwidth

Q-Factor

**Laplace Transforms:**

Properties of Laplace Transform

First Shifting Theorem

Second Shifting Theorem

Inverse Laplace Transform

**Transfer Functions:**

Open Loop Transfer Functions

Closed Loop Trnsfer Functions

**Sampling:**

Aliasing

Nyquist Theorem

**Analog Filters:**

Classification of Analog Filters

**Digital Filters:**

Difference Eqn

Z-transforms

**Discrete Devices:**

Diodes

Transistors

Thyristors

**Amplifiers:**

**OPAMP:**

Ideal OPAMP

Nonideal OPAMP

**Instrumentation:**

LVDT

RTD

Thermocouple

Strain Gage

Wheatstone Bridge

Piezoelectric Transducers

Pressure Sensors

pH Sensor

**Power Electronics:**

Rectifiers

Inverters

Converters

**Power Theory:**

Power Factor

Single and Three Phase

Voltage Regulation

**Transmission and Distribution:**

Real/Reactive Losses

Efficiency

Voltage Drop

Delta/Wye Connections

**Transformers:**

Principle and Construction of Transformer

Single-phase and Three-phase

Reflected Impedance

Losses in Transformer

**Motors and Generators:**

Synchronous Motors

Induction Motors

DC Motors

**Electrostatics/Magnetostatics:**

Spatial Relationships

Vector Analysis

**Electrodynamics:**

Maxwell Equations

Wave Propagation

**Transmission Lines:**

High Frequency

**Block Diagrams:**

Reduction Techniques

**Bode Plots:**

**Stability and Response:**

Terminology

First Order System

Second Order System

Routh Hurwitz Criterion

**Controller Performance:**

Steady State Errors

Controller Performance

**MODEM Concepts:**

AM

FM

PCM

**Fourier Transforms/Fourier Series:**

Fourier Transforms

Fourier Series

**Multiplexing:**

Time Division (TDM)

Frequency Division (FDM)

Code Division (CDM)

**Digital Communications:**

**Routing and Switching:**

**Network Topologies:**

Mesh

Ring

Star

**Network Types:**

LAN

WAN

Internet

**Network Models:**

OSI

TCP/IP

**Intrusion Detection/Prevention:**

Firewalls

Endpoint Detection

Network Detection

**Security:**

Port Scanning

Network Vulnerability Testing

Web Vulnerability Testing

Penetration Testing

Security Triad

**Number Systems:**

Binary/Octal/Hexadecimal

Conversion from/to Decimal

Fractions

BCD/Grey Code

**Boolean Logic:**

Boolean Operations

De Morgan's Theorems

**Logic Gates/Circuits:**

NOT OR and AND Gates

NOR and NAND Gates

EXOR and EXNOR Gates

**Logic Minimization:**

SOP

POS

Karnaugh Maps

**Flip-flops/Counters:**

S-R Flip Flop

J-K Flip Flop

D Flip-Flop

**PLD/Gate Arrays:**

PROM

Programmable Array Logic

Programmable Logic Array

**State Machine Design:**

**Timing:**

Timing Diagrams

Asynchronous Inputs

Race Conditions

**Microprocessors:**

Terminology

8085 Architecture

8085 Instructions

8086 Microprocessor

**Memory Tech/Systems:**

**Interfacing:**

**Algorithms:**

Sorting

Searching

Complexity

Big-O

**Data Structures:**

Lists

Trees

Vectors

Structures

Arrays

**Software Implementation:**

Iteration

Conditionals

Recursion

Control Flow

Scripting

Testing

Stay tuned for upcoming lecture series.