Position under active recruitment: Research and Development of Ocean-Energy Technology

Reading the movements of the ocean to pioneer sustainable power generation

We are pursuing technology to convert natural energy, such as waves and tidal currents, into electricity. From developing AI-based wave analysis and forecasting models to conducting real-sea demonstration experiments, we connect data with real-world applications to unlock the potential of next-generation energy.

What are the key points of ocean-energy technology?

Pioneering Next-Generation Energy with Waves and Data

■R&D of highly efficient wave-power generation technology utilizing real-sea and simulation data

■Development of AI- and IoT-based wave monitoring and forecasting systems

■Advancement toward demonstration and commercialization through ocean experiments and institutional collaboration

Recruitment overview

Details of work

Depending on your experience and abilities, you will be in charge of one or more of the following.

Focusing on wave-power generation, research and development of ocean-energy technology
Evaluation of wave-power generation utilizing data from real sea areas and simulations
Development of wave-condition monitoring and forecasting models using AI, IoT, sensor networks, etc.
Planning and promotion of joint research with other research institutions (universities, companies, etc.) as well as collection and utilization of ocean data
Demonstration experiments based on research results and proposals and considerations for future commercialization
Autonomously launching and advancing research in the ocean-energy field as the company's first dedicated specialist

Required knowledge, skills, abilities, and experience

Expertise and research experience in ocean-energy technologies (especially wave-power generation)
Skills in analyzing and utilizing ocean data concerning waves, wave energy, tidal currents, etc.
Understanding the fundamental engineering of energy systems and power-generation facilities
Ability to drive projects—from problem identification and research planning to data collection and demonstration—autonomously even when working independently

Desirable knowledge, skills, abilities, and experience

Experience in designing and operating IoT-sensor technology and marine-monitoring equipment
Experience in building energy models utilizing AI, machine learning, and simulations
Experience in participating in marine experiments and offshore demonstration projects
Ability to coordinate with external parties to acquire and negotiate for the data and knowledge required for research

Qualities we are looking for

Someone with a strong intellectual curiosity and motivation to generate ideas for solving technological challenges while proactively investigating and utilizing the latest technologies
Someone who can tackle complex challenges proactively in collaboration with members from different specialized fields
Someone who can communicate smoothly with people both internally and externally in a flexible and cooperative way

Location

Musashino R&D Center (3-9-11 Midori-cho, Musashino-shi, Tokyo 180-8585)

Message

Established in July 2020, the NTT Space Environment and Energy Research Laboratory conducts research across a broad spectrum of environment and energy fields, including space-related technologies.
Our group aims to create a sustainable society with no environmental impact by implementing breakthrough innovations for next-generation energy technology . We look forward to applications from those who want to join us in creating that society with our own hands.

Pioneering the Next Generation of Clean Energy through the Power of Waves and Data

Covering about 70% of the Earth's surface, the oceans are a vast treasury of energy. We are focusing on the power of waves and advancing research and development of "data-driven wave-power-generation technology" that utilizes AI, IoT, and simulation technologies. Our goal is to create a new system that generates electricity stably—while coexisting with nature—through observations in real sea areas and wave-condition forecasting by utilizing digital twins.

These initiatives have the potential to create a sustainable and low-environmental-impact energy supply in a manner that contributes to the development of coastal areas, remote islands, and even offshore communities. Join us in exploring the new possibilities for energy born from the fusion of waves and data in the uncharted field of the ocean.