7 Productive Lessons an Engineer can Learn and implement from an Ant


Productivity is never an accident. It is always the result of a commitment to excellence, intelligent planning, and focused effort
– Paul J. Meyer


Ants are unarguably the most industrious creatures. Their complex social structures have inspired many studies and filled reams of research material. Those ants are hard-working, patient and organized, we all know.


What an Engineer can Learn?

  1.   Focus:  Don't deviate from your end goal. Take small steps and avoid multi-tasking
  2.  Team-work: Alone we can do so little, together we can do so much.
  3.  Develop a Routine: Follow a routine to become more efficient
  4.  Communication: Instant two-way communication helps in quick problem-solving
  5.  Stay Positive: Look ahead-stay positive and do all you can to build a great future.
  6.  Set deadline: Set a deadline for task completion & use it as a focal point to stay on a track
  7.  Division of work: Everybody should know their roles and responsibilities.
How an Engineer can Implement?

  1.  Team-work: Many research and studies have been conducted to learn how ants work together to accomplish a task. An algorithm could be developed to mimic the ant cognitive function and implement it on a flee of robots to complete a task.
  2.    Communication:  A flee of robots can be trained to communicate with each other
  3.    Division of work: A flee of robots could be trained to understand their roles and responsibility and division of work.





Comments

Post a Comment

Popular posts from this blog

FPGA In Layman''S Terms

Image
FPGA is an Integrated Circuit which can be reconfigured again and again to perform different tasks as desired. For example, an FPGA can be configured to function as a processor, and then it can be reconfigured to function as a Graphics Processing Unit (GPU), or hardware video encoder, or something else. The point is that FPGA can theoretically be programmed to function as any other Digital Integrated Circuit. Think of FPGA as a breadboard for Digital Circuits. All the gates and flip-flops are present on the FPGA, and there are wires going through the complete chip. Circuits are made by connecting these wires to the relevant gates or flip-flops as per intended design. Instead of connecting the gates/flip-flops using a physical wire as in a breadboard, FPGAs has programmable interconnects that can be rewired programmatically. There are dedicated wires/routes for clock signals and only a selected number of FPGA pins are allowed to drive those global clock routing wires. FPGA Vs Microcontr...
Read more

BOARD BRING-UP

Board bring-up is the process of checking and validating a PCB assembly for the first time. The aim is to make sure that the board has been manufactured and assembled correctly and that all of the subsections of the design work as intended. This can be a nervous time for an electronics designer as it is a key proof point that many weeks or months of work has been successful. Note that bring-up is not the same as validating an entire product or system – it is usually limited to validating the hardware. Writing firmware will likely be a part of the process, but only to the extent required to ensure the processor, its peripherals and external circuitry connected to them are working as expected. Board Bring-up process. 1. Visual Inspection: Print out assembly drawing with all the components and test points to have a quick reference during validation. All the components are placed correctly. All the PINs 1 are placed correctly. There are no visible short circuits between PADS. Are pads sold...
Read more

High Speed Digital Design Considerations

Image
The four main consideration of today’s high-speed design:                                                                                                                                                            Ref(1) We need to consider signal integrity , which includes parameters such as Overshoot and Ringing. Need to look at crosstalk which is about EMI coupling between traces on PCB board Timing is about calculating the flight time EMI and radiation  These parameters are related to each other and aff...
Read more