Personal Professional Development Essay Example | Topics and Well Written Essays - 4500 words

Personal Professional Development - Essay Example Correspondingly, my linguistic skills have enhanced my abilities to handle the linguistic labours. With enhanced experiences and skills, I am able to handle difficult issues that are likely to arise during my course of operation. My previous experiences gained from different courses in my career and educational life has enhanced my qualities to learn from operations and work with team. Psychometric test enhances the ability to measures my skills and even provides me with a guided framework to identify my major weaknesses. The scores attained from the psychometric tests have assisted in identifying my skill sets and develop the same. Furthermore, the psychometric tests that I have undergone have enhanced my skills to work out my weaknesses and develop my ability to meet with the changing needs of the present professional environment (Jenkins, 2001). The psychometric analysis of the tests I have undergone reflects that I have a high score on the index. This even reflects that I have a greater accuracy towards understanding a problem. The verbal score I have achieved is 97 percentile, which depicts that I have a good communication skill. In addition, the verbal score signifies that I have the ability to communicate effectively as compared to others. With the overall assessments of the different tests, I have identified to possess satisfactory level of innovativeness. I can think critically and develop my abilities to meet with a given problem in an efficient manner. I can even effectively develop an accurate understanding of the different problems by justifying the factors related to the problems witnessed. Furthermore, with an increased ability to efficiently handle and develop well-presented communication ability, I am able to develop a better interpersonal relationship and even prevent situations of conflicts. The added advantage that I have obtained from the test is my literacy rate that is even likely to enhance my ability to cater

MSc Product Design Analysis Assignment Example | Topics and Well Written Essays - 3250 words

MSc Product Design Analysis - Assignment Example 1441). In its broadest sense, remote control systems also include those systems that rely on the use of extended physical control links (i.e., using a physical link such as cables or wires and other similar conductors). More typically, however, the phrase is used to refer to wireless connections. There are four important kinds of remote control systems in common use: radio control, infrared remote control, remote-handling equipment, and telemetry (Cavendish, 2006). Radio control technology Radio control is the most common type of remote control, and at times the two terms are used interchangeably. As the term implies, this is a way of directing the operation of one or several devices from some distance away, through the use of radio waves. There are single-channel and multichannel control equipment. Single channel equipment are designed to control only one function, while multichannel equipment can control several functions (Cavendish, 2006). The single-channel radio control is compr ised of a transmitter, a relay, and an actuator or escapement. The transmitter is the device that sends a constant-frequency radio signal when its keying switch is moved. The signal is detected by the receiver and then amplified, triggering the relay which activates the actuator. It is the actuator that executes the single function command which the operator desires to be done. Because the single channel control can only operate one function, it is rather limited and operates basically by switching the function on and off (Cavendish, 2006). The multichannel radio control system, on the other hand, is designed to handle more than one function. Early models used tone transmitters that produced up to 12 ultrasonic tones; today, however, multichannel RC systems use digital pulsing systems which are more reliable and precise and therefore provide for finer control than tone transmitters. When the transmitter is switched on, it produces a series of pulses continuously. The message is enco ded in the spaces between pulses; the signal containing the pulses is received and amplified by the receiver, after which it is passed on to a decoder (Cavendish, 2006). Infrared remote control On the other hand, infrared remote control is probably the most familiar because it is widely used in a home setting, for operating electrical entertainment systems and similar devices. Infrared RC uses pulses of invisible infrared light as the medium of control; unlike radio control, it is important that infrared transmitters have a line-of-sight path to the sensor on the device being controlled. One characteristic of infrared is that it may bounce off walls, but not penetrate them (Cavendish, 2006). Upon depressing a button on an infrared remote-control handset, a microchip in it activates a signal to which the button relates. The signal is amplified by transistors and sent to a light-emitting diode (LED) that translates the signal to infrared light. The LED is located at the handsetâ€℠¢s front, so the light that is generated is sent to the device where a sensor detects it and prompts the desired action (Cavendish, 2006). Other forms of remote control devices There are devices that are