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We are seeking a skilled Physicist/Electro-Optical Engineer to join our CTO team, which drives next-generation inertial sensing technology. Our work spans Silicon Photonics, optics, and electro-optics, enhancing performance with advanced algorithms. Team members engage in all development phases, from research to implementation, in a dynamic, multi-disciplinary setting



Job Description:

Lead sensor development at the system level.
Apply physical modeling, simulations, and analysis to assess tool-related physical effects.
Oversee all aspects of light sources, optical fibers, optical modules, and sensors.
Conduct laboratory experiments for feasibility studies, root cause analysis, and design validation.

We are looking for a JavaScript Algorithm Engineer.
You will be joining a team of highly professional and innovative engineers and scientists that are driven by passion for the domain and the mission of the company. We value scientific and engineering excellence, are committed to creating high impact products that reach our customers and work in collaboration with each other in an egoless environment.
Your Impact:
Research, design and implement new detection algorithms for web accessibility issues and improve existing ones.
Ensure all research is well documented and reproducible.
Build and enhance tools that enable data collection, labeling and analysis at scale for research purposes.
Integrate new models and algorithms into existing products.
Build interfaces for projects in the POC phase to enable demonstration and the collection of feedback from internal users and select design partners.

we are a rapidly growing startup company, developing the next-generation smart-infrastructure solution based on novel fiber-sensing technology (smart roads, smart cities, perimeters, and grid monitoring, etc.). The company offers an award-winning disruptive solution; a sensor free approach to smart infrastructure. The company is VC backed and in the revenues stage.
Combining pioneering technology in optical fiber sensing with state-of-the-art machine learning, we help prevent environmental disasters, protect human lives, and keep critical energy and transportation backbones running smoothly.
The Chief Scientist at our company is the companys top expert on physics, fiber sensing, and scientific innovation. This role shapes our companys core technologyfrom hardware and sensing architecture to research leadership and IP strategy. It combines deep technical expertise in DAS with hands-on leadership across science, engineering, and innovation.
The Physics Team Leader will report to the VP R&D.
What Youll Do:
Own and lead the development of our next-generation fiber-sensing systems, driving innovation from concept through production.
Manage and grow a multidisciplinary team of physicists, providing technical mentorship and day-to-day leadership.
Oversee cross-functional hardware development, including: optical system design and
integration, electrical board design, thermal design of enclosures and components.
Serve as our companys subject matter expert in fiber sensing in general and DAS in particular and in geophysics and seismology.
Lead scientific research and collaboration, including academic partnerships and publications in those fields.
Lead our companys IP and patent strategy and build its IP Portfolio, including drafting and managing patent applications.
Lead system-level architecture decisions, integrating optical, mechanical, electrical, and computational elements to deliver reliable, high-performance systems.
Collaborate closely with algorithm, software, and field engineering teams to ensure smooth integration and deployment of hardware in real-world environments.

We are looking for a highly motivated and professional senior physicist to lead and perform research and development at the interface of physics and medicine, in the rapidly developing field of TTFields.

Our physics group is leading an effort to develop a new field of research: Tumor Treating Fields (TTFields) dosimetry and treatment planning, and currently specializes in numerical simulations, biophysics research, experimental research, advanced algorithms, and numerical/clinical data analysis.

ESSENTIAL DUTIES AND RESPONSIBILITIES:
Conduct research into the distribution of TTFields within the body using both electromagnetic and heat transfer simulations
Develop algorithms and infrastructure to support simulations and analysis of simulation results and clinical data.
Participate and support team efforts to develop the next generations of devices and treatment planning platforms for TTFields therapy.
Participate in research and development collaborations with internal groups of engineers and scientists, and with external researchers from academia.
Present results at internal meetings, seminars, and external scientific conferences; contribute to writing scientific papers and patent applications.

This is a full-time position, located at our R&D center, Haifa, Israel.

Who We Are: We are a global leader in network security and visibility, serving top-tier customers worldwide. We are a fast-growing company at the forefront of cybersecurity innovation. We embrace Agile methodologies and pride ourselves on being fast, diverse, and dynamic. We are true team players who go the extra mile to succeed. If you're looking to grow professionally and personally while making a real impact, we invite you to join us.
What Youll Do As a DPI Protocols Researcher, you will be responsible for researching, developing, and maintaining DPI (Deep Packet Inspection) signatures and algorithms across Allots product suite.
Your responsibilities will include:
* Researching and developing identification algorithms for encrypted internet traffic.
* Investigating anonymizers, obfuscation techniques, and fraudulent applications.
* Developing automation tools and scripts to support research and analysis.
* Exploring new DPI technologies and adopting best practices for identifying encrypted traffic.
* Analyzing IoT and mobile traffic patterns to build accurate application signatures.
Region (Website):
Israel (N/A)

Prisma-Photonics is a rapidly growing startup company, developing the next-generation smart-infrastructure solution based on novel fiber-sensing technology (smart roads, smart cities, perimeters, and grid monitoring, etc.). The company offers an award-winning disruptive solution; a “sensor free” approach to smart infrastructure. The company is VC backed and in the revenues stage. Combining pioneering technology in optical fiber sensing with state-of-the-art machine learning, we help prevent environmental disasters, protect human lives, and keep critical energy and transportation backbones running smoothly. The Chief Scientist at Prisma is the company’s top expert on physics, fiber sensing, and scientific innovation . This role shapes Prisma’s core technology—from hardware and sensing architecture to research leadership and IP strategy. It combines deep technical expertise in DAS with hands-on leadership across science, engineering, and innovation. The Physics Team Leader will report to the VP R&D.

What You’ll Do:

* Own and lead the development of our next-generation fiber-sensing systems , driving innovation from concept through production. Manage and grow a multidisciplinary team of physicists , providing technical mentorship and day-to-day leadership.
* Oversee cross-functional hardware development , including: optical system design and
* integration, electrical board design, thermal design of enclosures and components.
* Serve as Prisma’s subject matter expert in fiber sensing in general and DAS in particular and in geophysics and seismology
* Lead scientific research and collaboration , including academic partnerships and publications in those fields.
* Lead Prisma’s IP and patent strategy and build its IP Portfolio , including drafting and managing patent applications.
* Lead system-level architecture decisions, integrating optical, mechanical, electrical, and computational elements to deliver reliable, high-performance systems. Collaborate closely with algorithm, software, and field engineering teams to ensure smooth integration and deployment of hardware in real-world environments.

What You Bring::

* Advanced degree (Ph.D. – strong preference) in Experimental Physics, Electrical Engineering, or a related field.
* 5+ years of hands-on experience in lasers, optical communication, fiber lasers, or complex electro-optical systems.
* Proven experience in leading high-performing technical team and delivering successful hardware projects to production.
* Deep understanding of physical system design and integration, especially optical systems.
* Track record of delivering production-grade hardware, including enclosures and computing components.
* Strong interdisciplinary mindset—able to navigate physics, engineering, and software.
* Creative, problem solver with a practical, execution-oriented approach.
* Excellent communication skills.
* Passion for working in a fast-paced, collaborative startup environment.

Required Chief Scientist
Description:
A rapidly growing startup company, developing the next-generation smart-infrastructure solution based on novel fiber-sensing technology (smart roads, smart cities, perimeters, and grid monitoring, etc.). The company offers an award-winning disruptive solution; a sensor free approach to smart infrastructure. The company is VC backed and in the revenues stage.
Combining pioneering technology in optical fiber sensing with state-of-the-art machine learning, we help prevent environmental disasters, protect human lives, and keep critical energy and transportation backbones running smoothly.
The Chief Scientist is the companys top expert on physics, fiber sensing, and scientific innovation. This role shapes our core technologyfrom hardware and sensing architecture to research leadership and IP strategy. It combines deep technical expertise in DAS with hands-on leadership across science, engineering, and innovation.
The Physics Team Leader will report to the VP R&D.
What Youll Do:
Own and lead the development of our next-generation fiber-sensing systems, driving innovation from concept through production.
Manage and grow a multidisciplinary team of physicists, providing technical mentorship and day-to-day leadership.
Oversee cross-functional hardware development, including: optical system design and
integration, electrical board design, thermal design of enclosures and components.
Serve as our subject matter expert in fiber sensing in general and DAS in particular and in geophysics and seismology.
Lead scientific research and collaboration, including academic partnerships and publications in those fields.
Lead our IP and patent strategy and build its IP Portfolio, including drafting and managing patent applications.
Lead system-level architecture decisions, integrating optical, mechanical, electrical, and computational elements to deliver reliable, high-performance systems.
Collaborate closely with algorithm, software, and field engineering teams to ensure smooth integration and deployment of hardware in real-world environments.

we are looking to solve difficult problems, smartly and simply, by thinking out of the box, leveraging the knowledge and know-how of the team members, and working as a team to create Magic. Our Company culture is characterized by accountability for our ethics, and for being fair to every employee, customer, supplier, and partner. We believe we must work hard and have fun on the way to success. We are looking for a Photonics Design Engineer (Active Devices) with proven, hands-on experience designing, simulating, and measuring active silicon-photonics components (e.g., modulators, phase shifters, photodiodes)


Responsibilities:
Design and model active Silicon Photonics devices; own specs, compact models, and layout intent. Drive design for manufacturability: analyze performance across process/voltage/temperature corners and wafer variability; run Monte-Carlo/tolerance studies. Build scripted, parametric simulation flows (sweeps/optimization) and extract figures of merit (EO S21, VL, responsivity, dark current, bandwidth, IL). Plan and execute lab/wafer-level measurements; close the model-to-silicon loop by comparing data to simulations and updating models. Collaborate with process, TEST, and packaging teams on masks, runsets, and DFT/DFM reviews.

Do you want to join an international team within an innovative fast-paced medical device company? Grab the opportunity and make good use of your Mathematical and programming skills and affinity to medical device
Key Responsibilities:
You will deal with imaging, 3D modeling, surface reconstruction, image processing and high-performance computing.
You will understand the products and the customer needs.
You will research and analyze the underlying problems using real data.
Design and test algorithms in C++ and Python.
Implement algorithms in C++, and integrate them into the application.
Work closely with other members of the algorithms team and members of other groups such as physics and electronics
Participate in design reviews and code review of co-developers.

we are developing state-of-the-art LiDAR sensors and advanced perception software for the automotive industry. We are looking for a Senior System Engineer to join our fast-paced, innovative team developing LiDAR systems for autonomous vehicles. We are looking for a talented hands-on individual contributor and feature owner, to lead multi-disciplinary systems development and integration, from KPI and data analysis and algorithm prototyping to customer delivery.
Responsibilities
Lead system engineering activities across the LiDAR development lifecycle, from concept through validation and integration into vehicle platforms.
System-level testing, characterization and modeling.
Develop FW algorithms, calibration methods and post processing solutions to complex challenges.
Integrate multi-disciplinary sub-systems, including electro-optics, electronics, firmware, mechanics, software, etc.
Contribute to requirements definition, system design, and design reviews with cross-functional teams.
Develop Python/MATLAB-based simulations, prototypes, and automation tools for rapid proof-of-concept and laboratory equipment control.
Communicate technical results and lead development processes according to Automotive SPICE standards.

we are developing state-of-the-art LiDAR sensors and advanced perception software for the automotive industry. We are looking for a System Engineer to join our fast-paced, innovative team developing LiDAR systems for autonomous vehicles. We are looking for a talented hands-on individual contributor, to lead multi-disciplinary system calibration and test equipment development and integration.
Responsibilities
Lead the design, development, and implementation of automated calibration and final test stations for multidisciplinary systems (opto-mechanics, HW, SW).
Architect scalable calibration processes and algorithms, with a focus on optimizing cycle time and production efficiency.
Develop high-quality, Python code for system automation, data analysis, and algorithms.
Drive the hands-on bring-up and debugging of complex, multi-disciplinary hardware setups.
Plan and execute system integration experiments, results analysis and validation to guide further development.

Do you want to take part in accelerating the networking solution across our company's product portfolio? We are looking for a Technical Program Manager to drive the definition and execution of multidisciplinary CPO (Co-Packaged Optics) technology programs. We want you to partner with internal development, test, and production teams, lead subcontractors and vendors to deliver groundbreaking co-packaged optics solutions.
What youll be doing:
Lead a multi-functional team that defines, develop, validate and deploy multiple production platforms
Work with our company partners to deploy HW/SW platforms at multiple sites and resolve issues in collaboration with the development teams
Report program status to senior management, identify critical-path and bottle-necks, define, and lead execution to ensure delivery on scope/schedule/budget
Lead multi-functional task forces to resolve ad-hoc issues locally and at remote sites
Develop, implement and utilize methodologies and project management processes to accelerate decision making.

We are looking for a curious and innovative Applied R&D Engineer to join our multidisciplinary team, solving complex challenges in electrochemical and fluid systems.

Youll play a key role in developing new concepts, not just testing existing ones. Your work will span from building physical models to designing experiments that reveal system behavior and performance limits.

Key Responsibilities:
Design and execute experiments to study multiphase flow, heat/mass transfer, and electrochemical behavior in complex systems.
Develop physical models to predict system performance, failure modes, and optimization opportunities.
Integrate experimental data with modeling to extract quantitative insights and validate theoretical predictions.
Collaborate with cross-functional teams to translate insights into hardware and process innovations.