Careers

Responsibilities

1. Overall responsibility for supporting Satixfy customers, pre-sale and post-sale
2. Build a capable and proactive team of application engineers
3. Run by himself and through his team demos, customer trainings and other pre-sale activities
4. Manage delivery to customers, version control on each release to customers and prepare supporting documentation
5. Responsible of customers successful design and usage of Satixfy products
6. Supporting the customers building their system out of Satixfy ASICs and modules
7. Follow up and monitor customer progress developing and evaluating Satixfy products, drive internal teams to supply solutions to any issue raising with the customer

Requirements

1. About 5 years of experience in HW, SW or chip design development
2. About 3 years in customer services, application or FAE positions
3. Managerial capabilities
4. Experience with complex communication or networking systems involving combined HW and embedded SW
5. Excelling verbal and written communication skills in English
6. BSc in Computer science/ Electrical engineering from known university
7. Experience with RF systems, antennas and RF test equipment – Advantage
8. Experience in the telecom domain – Advantage.

SatixFy has engaged with a leading customer who is building a cutting-edge Low Earth Orbit satellite constellation. As part of this engagement, SatixFy is building a state-of-the-art landing station / feeder link product to connect the satellite network with the internet cloud.

The LS includes Control and data processing HW, SW as well as Phy and Radio HW and FW, to construct a full communication system supporting DVB-S2X as well as other Radio and IP communication protocols.

This is a new product for SatixFy and is going to be written from scratch, based on existing high-end satellite communication technology. This is an opportunity to embark on a interesting and challenging adventure into the world of satellite communication which is undergoing a major disruptive revolution.

 Responsibilities

Reporting to the LS System validation TL, the candidate will have the following responsibilities:

• Landing station system validation activity including Phy, HW and SW validation.
• Study system architecture and system requirements and take part in a test plan to address these requirements in collaboration with system engineering and other teams.
• Define and write automatic test plans and test procedures for new systems and features.
• Build test setups for fully automated regression as well as for manual tests.
• Take active part, hands-on in team execution: integration and feature/product enabling, bring up and debug activities, regression automation test of satellite systems.
• Record, investigate and analyze defects.
•   Investigation of root cause of test case failures and providing corrective action in conjunction with development teams.
• Support Test Management tools and continuous integration methodologies.
•   Data analysis and post processing of data collected.
•   Compilation of regular Test execution summary report with metrics.

Job Requirements – including work experience and education

• Bachelor/Master’s Degree in Electronic/Computer Science Engineering
• > 5 years of system validation experience.
• Proven experience in lab work and validation of complex HW/SW/embedded designs.
• Experience of testing Telecommunication or Satellite Systems.
• Experience in testing IP networking systems (routers, network processors), Knowledge in IP communication protocols and complex networks performance.
• Proven experience in program language in an automation test environment (C/C++/Python etc.)
• Multidisciplinary and systematic system view, Knowledge in Embedded systems.
• Experience in planning, estimating and development of system tests.
• Experience in development of automation in validation environments –
• Experience in RF– an advantage.
• Knowledge of operation of RF test equipment such as Spectrum Analysers, VNAs, Sig. Gens, power meters, high speed sampling scopes, etc
• Defect Tracking and Knowledge Management software (Atlassian JIRA and Confluence preferred)
• Self-learning capabilities, adapt to changes and study new technical fields.
• Independent, self-motivated, team player and multitasking capabilities.
• Effective teamwork, collaboration, and mission leadership skills.
• Excellent Interpersonal skills.
• The work is in the Rehovot Science Park site.

SatixFy has engaged with a leading customer who is building a cutting-edge Low Earth Orbit satellite constellation. As part of this engagement, SatixFy is building a state-of-the-art landing station / feeder link product to connect the satellite network with the internet cloud.

The LS includes Control and data processing HW, SW as well as Phy and Radio HW and FW, to construct a full communication system supporting DVB-S2X as well as other Radio and IP communication protocols.

This is a new product for SatixFy and is going to be written from scratch, based on existing high-end satellite communication technology. This is an opportunity to embark on a interesting and challenging adventure into the world of satellite communication which is undergoing a major disruptive revolution.

Responsibilities

Reporting to the Director of Validation, the candidate will have the following responsibilities:

• Leading the Landing station system validation activity including Phy, HW and SW validation.
• Study system architecture and system requirements and build a comprehensive test plan to address these requirements in collaboration with system engineering and other teams.
• Define and write automatic test plans and test procedures for new systems and features.
• Build , manage and monitor team work plans.
• Build test setups for fully automated regression as well as for manual tests.
• Take active part, hands-on in team execution: integration and feature/product enabling, bring up and debug activities, regression automation test of satellite systems.
• Record, investigate and analyze defects.
•   Investigation of root cause of test case failures and providing corrective action in conjunction with development teams.
• Support Test Management tools and continuous integration methodologies.
•   Data analysis and post processing of data collected.
•   Compilation of regular Test execution summary report with metrics.

Job Requirements – including work experience and education

• Bachelor/Master’s Degree in Electronic/Computer Science Engineering
• > 10 years of system validation experience, with at least 4 years of team management.
• Proven experience in lab work and validation of complex HW/SW/embedded designs.
• Experience of testing Telecommunication or Satellite Systems.
• Experience in testing IP networking systems (routers, network processors), Knowledge in IP communication protocols and complex networks performance.
• Proven experience in program language in an automation test environment (C/C++/Python etc.)
• Multidisciplinary and systematic system view, Knowledge in Embedded systems.
• Experience in planning, estimating and development of system tests.
• Experience in development of automation in validation environments –
• Experience in RF– an advantage.
• Knowledge of operation of RF test equipment such as Spectrum Analysers, VNAs, Sig. Gens, power meters, high speed sampling scopes, etc
• Defect Tracking and Knowledge Management software (Atlassian JIRA and Confluence preferred)
• Self-learning capabilities, adapt to changes and study new technical fields.
• Independent, self-motivated, team player and multitasking capabilities.
• Effective teamwork, collaboration, and mission leadership skills.
• Excellent Interpersonal skills.
• The work is in the Rehovot Science Park site.

SatixFy is a leading provider of ASIC’s for communication satellites as well as ground and airborne terminals.

Located in Israel, UK, Bulgaria, and US, SatixFy is a technology leader in satellite communication.

You will be responsible for ensuring the quality and functionality of our silicon chips throughout the entire product lifecycle, from initial design to mass production.

You will be part of VLSI department and work closely with design engineers, manufacturing teams, and quality teams to develop and implement test strategies, methodologies, and equipment to verify and validate the performance and reliability of silicon chips.

Your primary focus will be on developing efficient test programs, conducting thorough analysis, troubleshooting any issues, and implementing solutions to improve chip performance and yield.

Job description

• Test Program Development: Design and develop test programs and methodologies for silicon chips using automated test equipment (ATE) such as wafer sorters and final test.
• Test Strategy Planning: Collaborate with design and manufacturing teams to define test requirements, develop test plans and establish test strategies to ensure comprehensive chip testing.
• Test Implementation: Implement test programs on ATE platforms, including test pattern generation, debugging, and optimization to meet quality and performance targets.
• Data Analysis: Analyze test data and results to identify patterns, trends, and anomalies, and provide recommendations for improving chip performance, yield, and reliability.
• Failure Analysis: Investigate and troubleshoot test failures, diagnose root causes, and work with cross-functional teams to implement corrective actions to address issues.
• Yield Enhancement: Develop and implement yield enhancement strategies and methodologies to maximize silicon chip yield and minimize manufacturing defects.
• Documentation and Reporting: Prepare test plans, reports, and documentation to communicate test methodologies, results, and recommendations to stakeholders.
• Compliance and Standards: Ensure compliance with industry standards, regulatory requirements, and quality management systems (e.g., ISO 9001, AS9100) in all aspects of silicon chip qualification activities.

Requirements 

• Bachelor’s or Master’s degree in Electrical Engineering, or related field.
• Strong understanding of semiconductor manufacturing processes, IC design principles, and test methodologies.
• Experience with ATE platforms such as Advantest, Teradyne, or LTX-Credence, and familiarity with test equipment interfaces and protocols.
• Experience in mixed signal chips, including test programs for high-speed ADC/DAC/Serdes and large digital blocks
• Experience with reliability testing methodologies, accelerated life testing (ALT), thermal cycling, humidity testing, and failure analysis techniques.
• Knowledge of quality management systems, industry standards (e.g., JEDEC, IPC), and reliability standards (e.g., MIL-STD-883, IPC-9701) for semiconductor products.
• Effective communication and collaboration skills to work with cross-functional teams and third parties.
• Ability to prioritize tasks, manage multiple projects simultaneously, and work in a fast-paced environment.
• Proficiency in scripting languages such as Python, TCL, Perl.

Job Description:

• Be part of a dynamic and motivated multi-national Physical Design team, taking part in developing a state of the art Satellite SoC through the full life cycle: design to production. The chips include complex digital and analog modules. Some of the products are part of the next generation radiation hardened satellite modems. You will have access to best in class EDA design tools and will be working in leading edge process technologies.
• Physical implementation of complex SoC, VLSI devices and Test Chips, integrating custom designs and 3rd party IP (Hard, Soft, IO, CPUs, DSPs, etc)
• Full block level timing closure and manufacturing checks signoff including power planning and analysis
• Working alongside the Logic Design RTL team to develop timing constraints for implementation at block and chip level
• Insertion of DFT test structures and chip level integration, capture and simulation

Requirements:

• At least B.Sc. in Electrical Engineering, Computer Science, or related field from a major academic institute.
• COT/ASIC physical design flow covering: Synthesis, Floorplanning, Place and Route (P&R), Clock Tree Synthesis (CTS), Parasitic Extraction, Static Timing Analysis (STA) and Timing Closure, Physical Verification, Power Analysis, Formal Verification, DFT/DFM and ATPG insertion/pattern generation
• Deep sub-micron (28nm or below) process technologies
• Industry standard design processes for deep sub-micron designs
• Problem-solving and analytical skills
• Practical use of scripting languages Tcl/Python/Perl etc
• Experience of at least one of the following EDA tool flows: Cadence or Synopsys
• Communicating with other design teams, 3rd party IP and library suppliers and EDA tool vendors to improve scripts and tool flow
• Managing/Interfacing to sub-contract design service providers

Over 3 billion people are still not connected to the internet, mostly due to geographical challenges. The satellite communication industry is about to go through major changes in the coming years: performance boost, significant increase in the number of satellites and much more. SatixFy is taking an active part in this revolution with cutting-edge chip-set technologies. The company develops satellite communication technology radically reducing the cost, size, weight while increasing performance of IoT & user-terminals, payloads and gateway.

We are looking for a strong technology leader to manage a team of SW embedded engineers in the development of Linux device drivers, firmware, and applications to successful delivery of high-quality software projects in the field of Satellite communication.

Job Description:

• Lead, mentor and guide the team members. Promote a positive work environment and resolve conflicts.
• Manage the team performance, resources, and timelines.
• Provide technical guidance, support team members, conduct code reviews and coordinate with other teams.
• Set clear goals and expectations for the team members and set priorities aligned to project objectives.
• Break down project requirements to actionable tasks and distribute among team members.
• Maintain an active involvement in hand-on coding, debugging, and troubleshooting.

Requirements:

• Bachelor’s or Master’s degree in computer science, software engineering, or a related field.
• 5+ years of proven experience in Linux Kernel Embedded SW development.
• At least 1 year of proven experience as a technology leader.
• Proactive, independent, with a solution-focused and positive attitude.
• Excellent problem-solving and decision-making skills.
• Excellent communication skills – both written and verbal in Hebrew and English

Over 3 billion people are still not connected to the internet, mostly due to geographical challenges. The satellite communication industry is about to go through major changes in the coming years: performance boost, significant increase in the number of satellites and much more. SatixFy is taking an active part in this revolution with cutting-edge chip-set technologies. The company develops satellite communication technology radically reducing the cost, size, weight while increasing performance of IoT & user-terminals, payloads and gateway.

Job Description:

• Take part in a core team developing Embedded Linux SW for a cutting-edge satellite technology Modem SOC.
• Cooperate with SW architects, VLSI engineers, board designers and validation engineers to deliver high performance and top standard satellite communication products.
• Develop Linux device drivers, user space applications for Linux operating systems as well as Firmware.
• Involve in all aspects of the SW development lifecycle, from design to development for our current and future products.
• Engage in collaborative efforts to create next-gen embedded systems, harnessing the forefront of innovative satellite communication technologies for our unique SOCs and products.

Requirements:

• At least B.Sc. in Electrical Engineering, Computer Science, or related field.
• 2+ years of experience in embedded Linux kernel and developing drivers – Mandatory.
• 4+ years of experience in embedded development – Mandatory.
• Background in networking and network protocols – Advantage.
• Experience in embedded Linux BSP and board bring up –Advantage.
• Experience with DPDK – Advantage.
• Self-learning capabilities – adapt to changes and study new technical fields.
• Effective teamwork and collaboration skills.

SatixFy is a leading Provider of ASIC’s, SW, Multibeam electronically steered antennas and complete systems for communication satellites as well as ground and airborne terminals. Located in Israel, UK, Bulgaria, and US, SatixFy is a technology leader in satellite communication.

We are seeking a highly skilled Program Manager to lead multi-disciplinary R&D projects encompassing ASIC (Application-Specific Integrated Circuit) design, hardware (HW) development, and software (SW) development. The ideal candidate will have a strong background in managing complex projects, extensive experience in the aerospace and defense industry, particularly with ESA (European Space Agency) programs, and a proven track record of successfully delivering projects on time and within budget. The role will involve close collaboration with cross-functional teams, including engineers, scientists, and stakeholders, to drive innovation and deliver cutting-edge solutions for space applications.

Job description

As a senior program manager, you will work closely with the engineering manager and lead cross functional engineering efforts delivering cutting edge systems for the satellite communication market. You will work with industry experts and teams, coordinating work done in house and at external vendors.

 Project management – from inception to completion, including project planning, execution, monitoring, and reporting. Develop and maintain project schedules, budgets, and resource allocations to ensure project milestones are achieved within defined timelines and budget constraints. Consolidate plans of different engineering departments, external vendors and suppliers.

Cross-functional Collaboration – Collaborate closely with cross-functional teams, including ASIC designers, hardware engineers, software developers, and other stakeholders, to drive project success. Foster a collaborative and inclusive work environment to facilitate communication, knowledge sharing, and problem-solving across disciplines.

Customer Engagement – Serve as the primary point of contact for customers, including ESA and other external stakeholders, throughout the project lifecycle. Engage with customers to understand their requirements, expectations, and feedback, and provide regular updates on project progress, milestones, and deliverables. Prepare and deliver presentations, reports, and technical briefings to communicate project status, achievements, and recommendations to customers and stakeholders.

Risk Management – Identify, assess, and mitigate project risks and uncertainties to minimize the impact on project outcomes. Proactively identify potential roadblocks, dependencies, and resource constraints and develop contingency plans and mitigation strategies to address them effectively.

Requirements

• Proven track record of leading complex technology projects in the field of HW or SW design
• 10+ years of experience in program management
• Demonstrated experience with ESA programs and familiarity with ESA standards, processes, and procedures highly desirable.
• Background in Satellite industry / Aviation industry / Networking industry – an advantage
• R&D background – an advantage.
• BSc/Master in engineering or MBA.
• Strong time-management skills, organizational skills, problem solving and escalation skills.
• Clear and concise communication skill.
• Team player.
• Ability to work in high demanding and dynamic environment.

Role Overview

Software Engineer for the design, development, integration of satellite comms Aero Terminals.  Working in a fast paced environment with complex, real-time systems across the full life-cycle.

Responsibilities

Reporting to the local team leader, the candidate will have the following responsibilities:

• Design, develop and test modules based on high level architecture specifications
• Work with multiple stakeholder to analyse complex integration issues
• Maintain code quality standards using industry-recognised tools
• Support automation tools and continuous integration methodologies
• Take ownership of issues and engage with customers and suppliers as appropriate
• Produce documentation at all levels of lifecycle (concept, design, training material etc.)
• Travel to customer sites and remote offices for product bring-up/support where necessary

Job Requirements – including work experience and education

• 3 or more years C++ commercial expertise
• Experience of full lifecycle user-space software development on an Embedded Linux platform
• Experience with Linux system programming – sockets, IPC etc.
• Experience with multi-threaded application design
• Experience with development over ARM processors
• Experience with development related to communication systems
• Linux configuration and deployment, including use of VMs
• Linux kernel expertise is not essential, but good to have
• Version Control e.g. GIT and/or SVN or similar
• Expertise using scripting languages, preferably Python
• Familiar with test environments, preferably GTest and PyTest
• Familiarity with process automation tools e.g. JIRA, GitLab, Jenkins

SatixFy is a leading Provider of ASIC’s, SW, Multibeam electronically steered antennas and complete systems for communication satellites as well as ground and airborne terminals. Located in Israel, UK, Bulgaria, and US, SatixFy is a technology leader in satellite communication.

Responsibilities

Reporting to the Chip Validation Team Leader, the employee will have the following responsibilities:

• Validation of SatixFy Chipsets verifying functional and performance metrics.
• Development and ownership of chip and system test plan with collaboration of development and test teams.
• Investigation of root cause of test case failures and providing corrective action in conjunction with development teams.
• Execution, development and planning of Chip & System tests and Contribute to the evolution of product quality for SatixFy ESMA silicon products.
• Support Test Management tools and continuous integration methodologies;
• Data analysis and post processing of data collected.
• Compilation of regular Test execution summary report with metrics.

Job Requirements – including work experience and education

• Bachelor/Master’s Degree in Electronic/Computer Science Engineering
• Experience of testing Telecommunication or Satellite Systems.
• Experience of Chip and system testing, especially with Analog, RF and high speed communication blocks.
• Proven experience in program language in an automation test environment (C/C++/Python etc.)
• Experience in planning, estimating and development of system tests.
• Defect Tracking and Knowledge Management software (Atlassian JIRA and Confluence preferred)
• Knowledge of testing Methodologies
• Knowledge of operation of RF test equipment such as Spectrum Analysers, VNAs, Sig. Gens, power meters , high speed sampling scopes, etc
• Excellent Interpersonal skills.
• Knowledge on RF fundamentals and communications theory.
• Experience of test management software.
• Independent, self-motivated, team player and multitasking capabilities.
• Ability to work in a fast-paced and changing environment.

SatixFy is a leading provider of ASIC’s for communication satellites as well as ground and airborne terminals.

Located in Israel, UK, Bulgaria, and US, SatixFy is a technology leader in satellite communication.

You will be responsible for ensuring the quality and functionality of our silicon chips throughout the entire product lifecycle, from initial design to mass production.

You will be part of VLSI department and work closely with design engineers, manufacturing teams, and quality teams to develop and implement test strategies, methodologies, and equipment to verify and validate the performance and reliability of silicon chips.

Your primary focus will be on developing efficient test programs, conducting thorough analysis, troubleshooting any issues, and implementing solutions to improve chip performance and yield.

Job description

• Test Program Development: Design and develop test programs and methodologies for silicon chips using automated test equipment (ATE) such as wafer sorters and final test.
• Test Strategy Planning: Collaborate with design and manufacturing teams to define test requirements, develop test plans and establish test strategies to ensure comprehensive chip testing.
• Test Implementation: Implement test programs on ATE platforms, including test pattern generation, debugging, and optimization to meet quality and performance targets.
• Data Analysis: Analyze test data and results to identify patterns, trends, and anomalies, and provide recommendations for improving chip performance, yield, and reliability.
• Failure Analysis: Investigate and troubleshoot test failures, diagnose root causes, and work with cross-functional teams to implement corrective actions to address issues.
• Yield Enhancement: Develop and implement yield enhancement strategies and methodologies to maximize silicon chip yield and minimize manufacturing defects.
• Documentation and Reporting: Prepare test plans, reports, and documentation to communicate test methodologies, results, and recommendations to stakeholders.
• Compliance and Standards: Ensure compliance with industry standards, regulatory requirements, and quality management systems (e.g., ISO 9001, AS9100) in all aspects of silicon chip qualification activities.

Requirements 

• Bachelor’s or Master’s degree in Electrical Engineering, or related field.
• Strong understanding of semiconductor manufacturing processes, IC design principles, and test methodologies.
• Experience with ATE platforms such as Advantest, Teradyne, or LTX-Credence, and familiarity with test equipment interfaces and protocols.
• Experience in mixed signal chips, including test programs for high-speed ADC/DAC/Serdes and large digital blocks
• Experience with reliability testing methodologies, accelerated life testing (ALT), thermal cycling, humidity testing, and failure analysis techniques.
• Knowledge of quality management systems, industry standards (e.g., JEDEC, IPC), and reliability standards (e.g., MIL-STD-883, IPC-9701) for semiconductor products.
• Effective communication and collaboration skills to work with cross-functional teams and third parties.
• Ability to prioritize tasks, manage multiple projects simultaneously, and work in a fast-paced environment.
• Proficiency in scripting languages such as Python, TCL, Perl.

Responsibilities

Reporting to the team leader, the candidate will have the following responsibilities:

• Develop & maintain existing SatixFy Beamforming Embedded Software products.
• Timely delivery of software to a variety of product lines integrating with customer projects
• Maintain code quality standards using industry recognised tools;
• Contribute to evolution of the design and product roadmap;
• Support automation tools and continuous integration methodologies;
• Take ownership of issues on SatixFy products and engage with customers as appropriate;
• Produce documentation at all levels of lifecycle (concept, design, training material etc.);

Job Requirements – including work experience and education

• Experience of full lifecycle embedded software development.
• C/C++ embedded SW engineering experience, preferably on ARM or similar processor;
• Experience working with embedded Linux embedded (kernel and user-space development and debugging, Yocto, Buildroot, low level drivers);
• Communication interfaces; Ethernet, SPI, I2C, UART, USB;
• Low level Device Driver experience and ability to develop integrate and test;
• Python/Perl scripting knowledge;
• Version Control experience For example GIT, SVN.
• Excellent Interpersonal skills.
• Knowledge on RF fundamentals and communications theory desirable but not essential.
• Independent, self-motivated, team player and multitasking capabilities.
• Ability to work in a fast-paced and changing environment.

Job Description:

Be part of a dynamic and motivated multi-national Physical Design team, taking part in developing a state of the art Satellite SoC through the full life cycle: design to production. The chips include complex digital and analog modules. Some of the products are part of the next generation radiation hardened satellite modems. You will have access to best in class EDA design tools and will be working in leading edge process technologies.

• Physical implementation of complex SoC, VLSI devices and Test Chips, integrating custom designs and 3rd party IP (Hard, Soft, IO, CPUs, DSPs, etc)
• Full block level timing closure and manufacturing checks signoff including power planning and analysis
• Working alongside the Logic Design RTL team to develop timing constraints for implementation at block and chip level
• Insertion of DFT test structures and chip level integration, capture and simulation
• Jointly with management, build your career development and growth opportunities.

Required Skills:

• COT/ASIC physical design flow covering: Synthesis, Floorplanning, Place and Route (P&R), Clock Tree Synthesis (CTS), Parasitic Extraction, Static Timing Analysis (STA) and Timing Closure, Physical Verification, Power Analysis, Formal Verification, DFT/DFM and ATPG insertion/pattern generation
• Deep sub-micron (28nm or below) process technologies
• Industry standard design processes for deep sub-micron designs
• Problem-solving and analytical skills
• Practical use of scripting languages Tcl/Python/Perl etc
• Experience of at least one of the following EDA tool flows: Cadence or Synopsys
• Communicating with other design teams, 3rd party IP and library suppliers and EDA tool vendors to improve scripts and tool flow
• Managing/Interfacing to sub-contract design service providers

Education:

At least Bachelor of Science in Electrical Engineering, Computer Science, or related field from a major academic institute.