afiqah akashah

As a recent graduate of Bachelor of Science with Hons in Instrumentation Science from Universiti Putra Malaysia, I am eager to apply my knowledge and skills in the field of electronics and instrumentation. I have a strong interest in developing and testing innovative devices and systems that can improve the quality and efficiency of various applications and industries.

During my six-month research internship at Jeonbuk National University, I gained valuable hands-on experience in fabricating and characterizing a broad-spectrum photodiode, a device that can detect and convert light into electric current. I executed the photolithography process, handled various laboratory instruments and chemicals, collected, and analysed data, and identified trends and process improvements. I also demonstrated effective communication and presentation skills, as I reported and discussed my findings and recommendations with my supervisor and peers.

I am proficient in Arduino IDE, a software platform that enables me to program and control microcontrollers and sensors and create interactive electronic projects. I have used Arduino IDE to design and implement several projects, such as a smart parking system, a fire alarm system, and a temperature and humidity monitor. I enjoy learning new technologies and tools that can enhance my creativity and problem-solving abilities.

I am looking for a challenging and rewarding opportunity to contribute to a company that values innovation, quality, and customer satisfaction. I am confident that I can bring my enthusiasm, passion, and skills to your team and help you achieve your goals and vision.

During my internship as a Research Assistant at the Semiconductor Physics Research Center, Jeonbuk National University in Jeonju, South Korea, I focused on photolithography and semiconductor physics. My primary project involved fabricating a wide-spectrum photodiode using thin film technology. The process encompassed various steps such as wafer cleaning, photo-resist coating, edge-bead removal, baking, etching, and developing, all executed through photolithography.

I engaged in thorough characterization of the fabricated devices, understanding their performance and properties. My role also entailed precise handling and calibration of laboratory instruments and chemicals to ensure accurate results. In addition, I actively collected and analyzed data, spotting trends and implementing process enhancements to boost overall efficiency and productivity.

For my internship project, I worked on GaN-based 2D/3D Hybrid Heterojunction Photodiodes utilizing PtSe2/PtTe2 2D Layered Transition Metal Dichalcogenides. This undertaking involved both fabricating and characterizing high-performance photodiodes to assess their electrical properties, switching behaviors, as well as responsivity and detectivity levels.

In summary, my internship experience was centered around photolithography and semiconductor research, where I not only learned hands-on techniques but also contributed to cutting-edge projects aimed at advancing the field of photodiode technology.

The Bachelor of Science in Instrumentation Science is a 4-year program that covers a comprehensive range of subjects related to instrumentation, electronics, and technology. The program includes courses in electronics, electromagnetism, modern physics, optics, sensors, measurement systems, microprocessors, optoelectronics, thermodynamics, computer interfacing, and more. It aims to provide students with a strong foundation in various aspects of instrumentation and measurement technology.

The curriculum covers both theoretical knowledge and practical skills, enabling students to design, operate, and troubleshoot complex instrumentation systems. The program culminates in a final year project, where students undertake an in-depth project related to their field of study. One such project focused on developing a Pressure Detection Sensing System utilizing Cobalt Magnetorheological Elastomer (MRE) for assistive device applications.

Throughout the program, students gain hands-on experience through activities like designing electronic equipment, working with microcontrollers, and utilizing computer programming for interfacing and control purposes. Quality management and innovation aspects are also integrated into the curriculum, preparing students to contribute effectively in scientific and technological environments.

The final year project involved creating a test rig circuit to validate MRE samples, utilizing Arduino Uno R3, Arduino IDE, and various sensors. This project showcased practical application and problem-solving skills, emphasizing the integration of technology into real-world scenarios.
 

Overall, the Bachelor of Science in Instrumentation Science program provides students with a well-rounded education in instrumentation and technology, equipping them with the knowledge and skills needed to excel in various industries involving measurement, electronics, and innovation.