Nigel Chua's

The DTG3 is an underwater drone for inspections and surveys that is incredibly quick to install and trustworthy(DTG3, n.d.). It can come with numerous attachments, enhancing this remotely operated vehicle (ROV). The ROV's revolutionary pitch system allows the users to move the imaging sonar, grabber, and camera head, with the aid of professional engineering and gravity, enabling the user to scan areas or adjust the location of their addons without activating thrusters( DTG3, n.d. ). The ROV is built with durable materials and a cutting-edge magnetically coupled thruster design to endure the harsh maritime environment. To control, integrate, communicate, and improve the experience, the DTG3 runs on the Deep Trekker BRIDGE intelligent platform( DTG3, n.d. ). Deep Trekker BRIDGE utilizes cutting-edge technology to offer consumers solutions that are simple and easy to use. The ROV would be controlled by a durable Deep Trekker handheld controller that comes with a seven-inch LCD. The co

The DTG3 is an underwater drone for inspections and surveys that is incredibly quick to install and trustworth y (n.d.) . It can come with numerous attachments, enhancing this remotely operated vehicle (ROV). The ROV's revolutionary pitch system allows the users to move the imaging sonar, grabber, and camera head, with the aid of professional engineering and gravity, enabling the user to scan areas or adjust the location of their addons without activating thrusters (n.d.) . The ROV is built with durable materials and a cutting-edge magnetically coupled thruster design to endure the harsh maritime environment. To control, integrate, communicate, and improve the experience, the DTG3 runs on the Deep Trekker BRIDGE intelligent platform (n.d.) . Deep Trekker BRIDGE utilizes cutting-edge technology to offer consumers solutions that are simple and easy to use. The ROV would be controlled by a durable Deep Trekker handheld controller that comes with a seven-inch LCD. The controller uses t

  The DTG3 is an underwater drone for inspections and surveys that is incredibly quick to install and trustworth y (n.d.) . It can come with numerous attachments, enhancing this remotely operated vehicle (ROV). The ROV's revolutionary pitch system allows the users to move the imaging sonar, grabber, and camera head, with the aid of professional engineering and gravity, enabling the user to scan areas or adjust the location of their addons without activating thrusters (n.d.) . The ROV is built with durable materials and a cutting-edge magnetically coupled thruster design to endure the harsh maritime environment. To control, integrate, communicate, and improve the experience, the DTG3 runs on the Deep Trekker BRIDGE intelligent platform (n.d.) . Deep Trekker BRIDGE utilizes cutting-edge technology to offer consumers solutions that are simple and easy to use. The ROV would be controlled by a durable Deep Trekker handheld controller that comes with a seven-inch LCD. The controller uses

 Dear Professor Brad, I am writing this letter as a self-introduction to you. My name is Chua Wei Jie, Nigel and I am a student at the Singapore Institute of Technology (SIT) pursuing my degree in robotics system engineering. In 2020, I graduated from Ngee Ann Polytechnic with a diploma in electronic and computer engineering. Thereafter, I went ahead to complete my National Service where I served my first year as an intelligence trooper. However, due to a service injury, my role was switched to an administrative support assistant in my second year. During the course of my study at Ngee Ann Polytechnic, I was taught many critical technical skills, which includes soldering, programming, and troubleshooting electronics. I had the opportunity to apply these skills on a project assigned by my internship company in my final year. In addition to this, I also had prior experience working as a part-time technician in a business that specializes in troubleshooting electronics. With these exposur

I believe that having the ability to communicate effectively and think critically will be crucial for me as a leader in the workplace in the future. Poor communication among my coworkers will result in misunderstandings of one another. Since I need to communicate with my team frequently as a leader, I should be among those with the best communication abilities. My lack of communication will result in poor decisions being made. To ensure that my coworkers are performing well and the workload is not too much, I would also need to get to know them as individuals and communicate with them frequently. Team members and I will get along better as a result, and we will work better as a team. Good communication typically results in improved critical thinking abilities. The team will be able to brainstorm more quickly and spend less time on a problem by using critical thinking.