COMPANY:

Manufacturer of motorcycles, marine products such as boats and outboard motors, and other motorized products.

A master’s student majoring in sensing and imaging systems at the University of Edinburgh, Scotland. The bachelor’s degree majored in electronic information science at Sun Yat-sen University in China. Started studying Japanese by herself when she was a university student, and obtained N1 after studying abroad at Yokohama National University for half a year. The master’s research is yet to be completed, but it will be conducted in connection with the bachelor’s FYP theme “Vertical Nanoneedle Array Intracellular Delivery Technology and Assay Technology”. She also has programming experience, so she is expected to play an active role in a wide range of industries.

Profile

COUNTRY / REGION

China
SEX
Female
UNIVERSITY
The University of Edinburgh
SPECIALIZATION
Electrical
ACADEMIC LEVEL
Masters

MESSAGE

My job search in Japan with ASIA to JAPAN

I first learned about ASIA to JAPAN through a WeChat subscription account on WeChat. After reading the success stories of predecessors, I was eager to give it a try, so I decided to sign up. When I was filling out the application form, I recalled many of my achievements and regrets from my college days as the application form guided me. Such a review is necessary at the point of transition from student to a social worker. The application form is similar to the Entry Sheet of many Japanese companies, but it is really efficient to have one form with multiple entries. In addition to the entry sheet, we also need to record a PR video for the official talent pool for companies to select.

After waiting for a while, I received 4 interview invitations from companies. It’s worth mentioning that YAMAHA Motor’s written test even allows you to choose your language, so it’s really a humane and international company! Before each round of interviews, ASIA to JAPAN held an Orientation and a Mentor interview, the former of which was a brief introduction to the company, and the latter of which was a “precise job coaching class”. I remember Mr. Okumura’s speech was very clear and insightful, and he guided me from speech logic to language expressions, which benefited me a lot! Finally, while completing the last few final exams of my student career, I was able to complete all the interviews in a very exciting way and got the offer of my choice.

The job search under the epidemic was not easy. Unlike before, I completed the entire written interview and meeting online from the other side of the world. Even though there was a time difference of 8 hours with Japan, communication and interviews were challenging, but ASIA to JAPAN staff were very warm and friendly, not only in terms of cultural and language differences, information on companies applying for jobs, interview skills to provide me with a lot of help, and after the interview was over, they would also promptly follow up to congratulate or comfort. They were all like big sisters and brothers! With their help and witness, I am going to enter a new journey.

Job hunting is a two-way process, but all choices are based on understanding. ASIA to JAPAN provides a platform for job seekers and companies to get to know each other, as well as simplifying the complicated process for new students to join the company and making communication efficient. Today, Japanese companies still have a high demand for foreign workers and are becoming more welcome of staff diversity, making it a good place to work. If you are thinking of working in Japan and are worried about finding a job, try ASIA to JAPAN and you will definitely get something out of it.

FINAL YEAR PROJECT

Summary of Final Year Project (Postgraduate)

シミュレーションから実験への架け橋として機能する、外因性物質と細胞内環境の間のバイオインターフェースは、細胞生物学と細胞療法の重要なポイントとなっている。従来の細胞内送達およびアッセイ技術は、細胞膜を化学的または物理的に破壊することによって物質移動の目的を達成したが、細胞毒性、反復操作の困難さ、生体分子および標的細胞の種類の制限などの障害などの障害がある。ユニークなナノ材料である垂直ナノニードルアレイは、その小さな直径、高いアスペクト比、および高い表面体積比により、この分野で明確な利点を示し、細胞内ドラッグデリバリーおよびセンシングのための普遍的でシンプルかつ効率的なプラットフォームを提供できる。さらに、垂直ナノニードルアレイは、マイクロ流体デバイスと統合され、従来の細胞内送達およびアッセイ技術と組み合わされて、その性能を改善するための先駆的なアイデアを提供する。

この論文はまずいくつかの従来の技術をカバーし、次に垂直ナノニードルアレイの製造および利用に焦点を合わせて、細胞内送達およびアッセイ技術の未来の研究および設計に貢献できると幸い。

PR VIDEO

Read More

Malaysia
Computer Science
Universiti Putra Malaysia
Myanmar
Computer Technology
University of Computer Studies, Yangon
India
Computer Science
Savitribai Phule Pune University
India
Computer Science
Savitribai Phule Pune University