Deivesh's Blog

  Tesla’s Autopilot system, which incorporates features such as Full Self-Driving (FSD),  A dvanced D river A ssistance S ystem (ADAS) and Traffic-Aware Cruise Control (TACC), h ave several limitations that can make it dangerous for drivers. However, these features effectively alleviate the overall workload of the driver if utilized appropriately.     I t is important to note that these features are not intended to replace the presence of the driver entirely.   With that in mind, Autopilot and FSD c apabilit ies are intended for use with a fully attentive driver who has their hands on the wheel and is prepared to take over at any moment (Tesla, n.d.) . This means that drivers must remain vigilant and ready to always take control of the vehicle.   ADAS utilizes its eight external cameras and radar sensors to detect lane markings, other vehicles, and objects on the road . Thus, enabling the vehicle to steer, brake, and accelerate automatically with minimal input from the drive

The electrifying technology behind Electric Vehicles (EVs), specifically Tesla models, have driven the transition towards solutions for automated transportation. In the area of vehicle automation, the Autopilot system, developed by Tesla, leads the charge for the future of cars and transportation by merging cutting-edge hardware with advanced software. Autopilot is an advanced driver assistance system (ADAS) that enhances safety and convenience when driving. At its core, Autopilot employs 8 external cameras, ultrasonic sensors, radar, and a powerful onboard computer to perceive and interpret the surrounding environment. Its key features include Traffic-Aware Cruise Control (TACC) that adjusts the cruising speed of the vehicle to match surrounding traffic, Autosteer to assist in steering on vehicular roads, and Navigate on Autopilot to enable automated lane changes and highway interchanges. In addition to these driving-assist features, Autopilot also includes several advanced safety tec

 

  Dear Professor Blackstone,     I hope this letter find you well. My name is Deivesh , and I am a new student in your Critical Thinking and Communication class this semester . I am writing this letter to introduce myself and express my eager ness to learn from you and my fellow classmates.   I am majoring in Mechanical Engineering, and I have a keen interest in finding out how things like cars and planes work , as well as learning how they are made. I love to tinker with simple household appliances such as a standing fan or vacuum cleaner, which enables me to better understand how they work with so many integrated parts. This propelled me to pursue a degree in engineering, as it will elevate my engineering knowledge and e quip me with strong analytical skills that will aid me in my future career as an automation engineer.     I feel that a key communication strength that I possess, is the ability to explain complex terms to my audience simple enough that one with no pri or knowledg