לוח משרות דרושים סטודנטים - הנדסת חשמל / אלקטרוניקה בחיפה

We are looking for a student to join the physics group in our R&D center, Haifa, Israel.

The physics group is leading an effort to develop a new field of research: Tumor Treating Fields (TTFields) dosimetry and treatment planning.

As a student, you will support the research activities of the group.

ESSENTIAL DUTIES AND RESPONSIBILITIES:

Perform numerical simulations of TTFields interaction with the human body.
Help to develop algorithms and codes to support simulation infrastructure.
Participate in the analysis of simulation results.

Do you want to work with top Security researchers to impact this research field?
You will work with brilliant professionals and have the opportunity to work in a dynamic, interesting and challenging environment.
We are offering a variety of summer internships for MSC and PHD students from CS/CE/EE faculties.
Summer Internship last 3 months during the summer (July-September, flexible), in which the students work full time on a research in one of our fields.
Topics for research this summer:
Applying machine learning algorithms on FHE data
The project aims to provide ML algorithms and other commonly used algorithms on top of fully homomorphic encryption with optimal performance and accuracy
Detection of Advanced Threats
Participate in R&D projects where cutting-edge security technology is developed for detection of cyber attacks and protecting computer systems and applications against advanced cyber threats .
Our labs projects address several of the key use cases related to enterprise protection, including detection of fraudulent bank transactions, authentication and verification of employee and user identity, and security cloud infrastructures.

As a Control Engineer student, you will be part of a team developing and deploying cutting-edge control algorithms, mathematical models, and state estimation techniques for Autonomous Vehicle Control. The position is designed to offer hands-on experience in solving complex problems and optimizing solutions for real-world autonomous driving applications. Responsibilities: Development and Deployment:
* Assist in the design and implementation of state-of-the-art control algorithms for autonomous driving.
* Contribute to the development of mathematical models to simulate and assess vehicle performance in real-world scenarios.
* Support the creation and refinement of state estimation algorithms using inertial sensors.
* Engage in the optimization of solutions to complex autonomous driving challenges. Collaboration and Learning:
* Work closely with senior engineers across multiple disciplines, including perception, system integration, and machine learning, to ensure the seamless integration of algorithms.
* Participate in system-level testing and experiments to validate algorithm performance.