Sunday, May 08, 2016

Mechatronics a Montage of All Engineering

I once knew a dogbert, i will not name him. Yet his words resonated as true again and again. Once when someone asked him .. "Where the highest value can be created, in an engineered product?". He reveled a profound secret, that is only discussed in whispers in the backrooms of high-tech upstarts. I will attempt to phrase it in a more concise manner.

"When the raw materials transform into an Engineered product, the highest engineering value is both in the manufacturing process machinery and the manufactured product; If and only if, that product has mechanical, electrical, electronic and computing elements in its composition." - This was Mechatronics?

In essence it appeared to be a CNC machine, but not exactly, CNC too and much more. Robotics is a pinnacle of this collage. Then an Intelligent Embedded Control System with sensors, switches, tachos, drives and motor a part of Mechatronics. Looks like control engineering, a sub-section of mechatronics too. Control engineering is also an independent science. Can't leave out Intelligent machinery and Complex Gadgets.

Without chemical, component and materials engineering all the above cannot materialize. They create the inputs and technologies to the systems above.

Finally two examples for Mechatronic Marvels - One the Lone Martian called Rover (like Wall-E) and the Ultra Busy HardDisk HDD in your own Computer.

Mechatronics a Montage of All Engineering

Related Sciences

Systems Engineering - Managing and Integrating a Large Engineered System Solution. Includes Process, Project, Time, Work-flow, Co-ordination and Communication. (Means .. many Crimson Ties and a lot of Meetings ;-)

Mems - Micro, Electronic/Electrical, Mechanical Systems. Start Reading in detail about it, but never skip Lunch. -
  1. Mechatronics Tutorial Information
  2. Mechatronics - National Instruments
  3. Mechatronics Resources
  4. Mechatronic Tips
  5. Mechatronics - Sun Equipment Corporation
  6. Institute of Robotics and Mechatronics
  7. University of Wisconsin - Madison : Mechatronics Lab

Contents

Basic Electronics
Basics of Electronics
Product Production
Work Discipline
Testing Points
Learning Electronics
Electronics Theory

Production Notes
Prototype Fabrication
Electrical Circuits
Electromechanical


Library
Scots Guide Electronics
Engineering - Wikibooks
Design Lab - Jim Svoboda
DC Circuits UOG
Socratic Electronics
Blobz Guide Electric Circuits


Product Design
Product Development
Constant Current Source
Good Voltage Regulators
Insulation Resistance
Digital Insulation Tester
DN Schematic PCB 04
DN Product Design 07


Hobby Circuits
VU Meter Circuits
LED brightness control
555 Incredible Chip
Process Control
liquid level measurement
Thermocouples and RTD
Design ADC Interface uC
Thermocouple Amplifier
IA Instrumentation 02
Temperature on DMM
Optical Proximity Switch
Analog Mux - Data Acquisition


Test Measurement
Instrumentation Automation
NI Test and Measurement
DMM Digital Multi Meter
Oscilloscope in T&M
IA Automation 01
Build Instruments
Tektronix T&M Equipment
Educators Corner – Agilent


Power Electronics
UPS Background
Transformer Connections
DN Power Electronics 03
DN Power Electronics 02
Half Bridge Convertor SG3525


Embedded
Interfacing Microcontrollers
Embedded Process Control
80C31 8052 Microcontroller
Microprocessors and uC
Embedded Systems Design

Components
Good Voltage Regulators
Relays and Contactors
Potentiometers Trimpots
Prototype Boards Types
Types of Capacitors
Types of Switches
Resistors How they Work
Coils Transformers SMPS
Mains Transformers Types
DN Components Selection 05

Tutor Gadgets
Count-Up Timer
Digital Logic Gates
Electronics Tutors

History
Teaching Instruments
Charles Proteus Steinmetz
Muntzing a Circuit Design
Teralab Electronics projects
Historical Instruments


Tables, Charts, Videos
Binary and Hex
Resistor Color Code
Ohms Law
Giga, Tera, Pico, Nano
High Resistance Materials

Analog
School - Analog Design
DN Analog Basics 06
DN Op-Amps 01
TI Semiconductors