joleen tan

On February 18, 2021, helicopter Ingenuity, landed on Jezero Crater, Mars, along with rover, Perseverance (Gohd, 2021). Ingenuity is the first aircraft to have flown on Mars. According to Mimi Aung, Ingenuity’s project manager at NASA, Ingenuity had been fully tested on Earth before the Mars mission. Ingenuity’s main responsibility was not research, but to test and prove that flight is possible on Mars. It is a small helicopter equipped with carbon-fiber rotors that measure 1.2 meters across. Its blades can spin up to 2500 revolutions per minute. Ingenuity faced several challenges during its mission, such as attempting flight in Mars' thin atmosphere and dealing with wind and dust storms as well as getting enough energy for survival. Ingenuity succeeded the first three flights, flying to higher altitudes and for longer durations subsequently. However, on its fourth flight attempt, Ingenuity failed to shift to "flight mode" due to software issues, which was fixed with

Ingenuity is the first spacecraft to have flown on Mars. It is equipped with fast spinning blades, carbon-fiber rotors, and weigh only 1.8kg to help it take flight on Mars. Furthermore, Ingenuity is equipped with solar panels to help recharge its battery on Mars and has antennas installed to help it communicate with Perseverance. Ingenuity was designed to test the possibility of flight on Mars (NASA, 2021). Ingenuity’s job was to prove that flight is possible in the thin Martian atmosphere (Wall, M., 9 September 2022). Ingenuity was originally designed for only 5 flights (Witze, A., September 2022) and has surpassed everybody’s expectations by flying for the 32 nd  time on September 17, 2022. As Ingenuity performed better than expected during the flight test, scientists decided to push Ingenuity’s limits and let it assist Perseverance in gathering data and specimen on signs of life on Mars. While Perseverance is busy collecting rock samples and looking for signs of life, Ingenuity is h

On February 18, 2021, helicopter Ingenuity, landed on Jezero Crater, Mars, along with rover, Perseverance (Gohd, 2021). Ingenuity is the first aircraft to have flown on Mars. According to Mimi Aung, Ingenuity’s project manager at NASA, Ingenuity had been fully tested on Earth before the Mars mission. Ingenuity’s main responsibility was not research, but to test and prove that flight is possible on Mars. It is a small helicopter equipped with carbon-fiber rotors that measure 1.2 meters across. Its blades can spin up to 2500 revolutions per minute. Ingenuity faced several challenges during its mission, such as attempting flight in Mars' thin atmosphere and dealing with wind and dust storms as well as getting enough energy for survival. Ingenuity succeeded the first three flights, flying to higher altitudes and for longer durations subsequently. However, on its fourth flight attempt, Ingenuity failed to shift to "flight mode" due to software issues, which was fixed with

On February 18, 2021, NASA’s Mars helicopter, Ingenuity, along with their rover, Perseverance, successfully landed in Jezero Crater, Mars (Gohd, 2021). Ingenuity is the first aircraft to have flown on Mars. According to Mimi Aung, Ingenuity’s project manager at NASA, it had been fully tested on Earth before it took off for its Mars mission. Ingenuity was not designed to help with research on Mars. Its main responsibility is to test flight on Mars and prove that flight is possible on Mars. Ingenuity faced several challenges on its mission on Mars, such as attempting flight in Mars' thin atmosphere and dealing with wind and dust storms as well as receiving enough energy through its solar panels to power itself. Ingenuity succeeded with the first three flights, flying each subsequent flight to higher altitudes and for longer durations. However, on its fourth flight attempt, the helicopter failed to shift to "flight mode", which resulted in a delay of the fourth flight. As

Dear Professor Brad, I am writing to formally introduce myself to you. My name is Joleen Tan, and I am a first-year robotics systems engineering student from the Singapore Institute of Technology. I recently graduated from Temasek Polytechnic with a diploma in Cybersecurity and Digital Forensics.   I have always enjoyed building things from scratch even until now, where I enjoy activities such as knitting, embroidering, and building Lego sets. This passion made me decide to take the leap of faith from IT to engineering as I want to be able to make something with my hands and watch it come to life. Additionally, with the increase in demand for automation, I am confident that I will be able to secure a job that lines with my passion after graduation with this degree.   My strength in communication lies in knowing when to speak and when to listen. During conversations, I am able to provide a listening ear while throwing in necessary inputs. Furthermore, with my knack for being engag

After reading the article, I learnt the importance of critical thinking and effective communication. I learnt that the lack of these 2 skills will result in miscommunication, which can cause the company a huge amount of financial loss. Such losses could be avoided if companies focused on critical thinking and effective communication trainings, which would prevent miscommunication in the workplace. Critical thinking is also known as the force behind effective communication. Critical thinking allows us to organize our thoughts and put them together before we decide to relay the message to our colleagues and peers. As a result, critical thinking prevents vagueness and miscommunication in communication. Critical thinking also gives more credibility to our words as they are not spoken under influence of our emotions. In my opinion, leaders in the workplace need to know the importance of critical thinking and set an example for their colleagues to follow. However, it is everyone’s respon