Shinji Kaneko

I am a data scientist and a chemical/energy engineer. I have completed a master’s degree in IT for Energy at Technical University of Berlin.
I received a B. Eng. in chemical and biological engineering from National Institute of Technology, Ube College in Japan.

I am open and keen to learn new technologies to improve quality of life! I research energy using data analysis and machine learning algorithms.

M.Sc. in Information Technology for Energy

2018 - 2020 · Technical University of Berlin, Germany

Thesis: The forecast and impact of day-ahead electricity price in Germany.

        Word Cloud of Thesis:

B. Eng. in Advanced Course of Chemical and Biological Engineering

2016 - 2018 · National Institute of Technology, Ube College, Japan

Assoc. Eng. in Chemical and Biological Engineering

2008 - 2013 · National Institute of Technology, Ube College, Japan

Introduction to Amazon Web Services (AWS)

       Coursera Project Network

Machine Learning

      Stanford University on Coursera

Analyzing Data with Python

      IBM on edX

SQL for Data Science

      IBM on edX

• Machine/Deep Learning
• Renewable Energy
• Smart Grid
• Bioinformatics
• Robotics

2020. K. SHIGENO, S. KANEKO, et al. Low-Temperature Sintering of Gahnite Ceramic Using Cu-Nb- O Additive and Evaluation of Dielectric and Thermal Properties. Journal of Electronic Materials, Vol.49, pp.6046–6054.

2019. K. SHIGENO, T. ASAKAWA, Y. KURAOKA, S. KANEKO and H. FUJIMORI. Low tempera- ture Sintering Mechanism, Dielectric, and Thermal Properties of CuO − TiO2 − Nb2O5 containing Al2O3 Ceramics Featuring Superior Thermal Conductivity”. Transactions of the Materials Research Society of Japan, Vol.44, Number 5, pp.203-210.

2017. S. KANEKO, K. SHIGENO, et al. Improvement in Dielectric Properties of Low Temperature Sintered Alumina Containing a Small Quantity of Cu-Nb-O Additive by Substitution of Titanium Dioxide. JSPM International Conference on Powder and Powder Metallurgy 60th Anniversary (JSPMIC2017).

2016. S. KANEKO, K. SHIGENO, et al. Solid-State-Activated-Sintering of Alumina Containing a Small Quantity of Cu-Ti-Nb-O Additive. 19th student meeting of the Society of Chemical En- gineers, Japan, O24, Osaka University.

2013. S. KANEKO, K. MIYOSHI and K. FUKUCHI. Measurement and correlation of infinite dilution activity coefficient for alcohols in ethylene glycol. 15th student meeting of the Society of Chemical Engineers, Japan, I01, The University of Kitakyushu.

Research Internship

Mar. 2017 · Harbin Institute of Technology, China

Identifying cheap syntheses of Medetomidine, which can prevent erosion of metals.

Research Internship

Aug. - Sep. 2016 · Nanuang Polytechnic, Singapore

Determining a process in which waste cooking oil converts into bio-diesel.
Designing a pilot plant based on the process.

Chemical and plant engineer

Apr. 2013 - Oct. 2015 · Nippon Shokubai Co., Ltd., Japan

Operating 4 of the chemical company’s plants for 6 months.
Designing, building and implementing a new chemical plant for 2 years.