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We are looking for an experienced hardware engineer to join our ATE team and take part in the design and development of test equipment for advanced multidisciplinary systems. The role includes hardware board design, integration of various technologies (analog, digital, audio, RF, optics), working with microcontrollers and lab equipment, supporting production and testing processes, and writing test specifications.

Our Company is where we transform vision into reality. It's where ideas become technologies, and cutting-edge technologies become solutions for animal care and management. We support farmers by providing real-time actionable information to help them manage their herds. It provides pet owners with smart devices and data that give them a better understanding of their pets’ activity and health needs, enriching relationships. It helps conservationists safeguard natural environments and wildlife. Leveraging decades of Technological Research & Development experience across many markets, technologies, and species, along with development environments and Quality Assurance procedures, we're always inventing new ways to look after the health and well-being of animals. Our decades of experience keep us ahead of the curve by leveraging advanced Technological Solutions from enhancing the precious bond between people and their pets, to advancing animal healthcare and wildlife preservation Role Overview We are seeking a highly skilled and motivated Tech Lead ATE Engineer to join our Automatic Test Equipment (ATE) team. This role is critical in supporting and maintaining production line ATE systems, driving continuous improvement, and ensuring seamless integration of testing solutions across multiple product lines. You will lead technical projects, coordinate cross-functional teams, and oversee the implementation of advanced testing infrastructure. Key Responsibilities

* Lead the design, development, integration, and maintenance of ATE systems across multiple projects and production lines.
* Manage ATE projects end-to-end, including requirements gathering, design reviews, gate approvals, scheduling, and presentations.
* Oversee tester bring-up, integration of mechanical, electronic, embedded, and software components.
* Coordinate activities with hardware, software, embedded, mechanical teams, and external subcontractors.
* Define and manage tester BOMs, documentation, and transfer processes to production and other manufacturing sites.
* Provide Tier 2 support for ATE systems in production, including troubleshooting, calibration, and yield improvement.
* Implement and manage ATE Azure DevOps pipelines for code, sequence, and tester review, execution, and monitoring.
* Manage ATE servers, platforms, and site infrastructure to ensure high availability and performance.
* Develop and maintain database analysis tools (e.g., Snowflake) for test data analytics and reporting.
* Ensure all relevant documentation is created, verified, and maintained according to company standards.
* Mentor and guide ATE engineers and technicians, fostering a collaborative and high-performance team environment.
* Drive continuous improvement initiatives in ATE processes, tools, and methodologies.
Why Join Us?

* Be part of a global leader in animal health intelligence technology.
* Work in a dynamic, innovative R&D environment.
* Lead cutting-edge projects impacting production quality and efficiency.
* Collaborate with multidisciplinary teams and grow your leadership skills.

Required Configuration Control Engineer
Join us Were Expanding Our Engineering Team!
A global leader in the development and production of advanced satellite communication systems, is growing its Engineering Department. Our innovative solutions serve the aerospace, defense, and commercial sectors, providing reliable connectivity across air, sea, and land platforms. We are looking for a skilled and detail-oriented Configuration Control engineer to help drive excellence in product lifecycle management across our multidisciplinary engineering environment.
Manage product configuration throughout the entire lifecycle, including hardware, software, and engineering documentation.
Establish and maintain complex Bills of Materials (BOMs), covering mechanical, electronic, and software subsystems.
Lead Engineering Change processes (ECR/ECO), including documentation control and version management.
Utilize PLM, PDM, and ERP systems to manage releases, revisions, and engineering changes.
Implement and maintain configuration control processes in compliance with internal procedures and industry standards.
Oversee the documentation and management of engineering drawings, technical specifications, and related materials.
Coordinate change implementation with cross-functional teams: engineering (system, mechanical, hardware, software), manufacturing, quality, and logistics.
Deliver training sessions and certifications related to configuration management processes and tools.
Support internal and external audits, including those conducted by customers and regulatory bodies.

We are looking for a dynamic and hands-on Global Production Manager to lead the operations of our manufacturing facility, specializing in high-reliability hardware for communication satellites. This role is primarily focused on managing day-to-day production, developing high-performing teams, and optimizing processes to ensure quality, efficiency, and scalability.
The ideal candidate will also play a key role in developing and initiating global manufacturing facilities and operations.
Key Responsibilities:
Facility Leadership:
Oversee all production activities at the companys site, ensuring alignment with project timelines, quality standards, and safety protocols.
Lead, mentor, and develop a multidisciplinary production team, fostering a culture of accountability, collaboration, and continuous improvement.
Implement and enforce best practices in manufacturing, assembly, and testing of satellite hardware components.
Process Optimization & Quality:
Optimize processes to improve throughput, reduce waste, and ensure product quality while adhering to aerospace standards such as AS9100 and ISO 9001.
Collaborate with engineering and R&D to transition designs from prototype to production.
Operational Readiness for Global Expansion:
Develop scalable production systems and documentation to support future multi-site manufacturing.
Contribute to the strategic planning of global production capabilities, including site selection, process standardization, and technology transfer frameworks.
Cross-Functional Collaboration:
Work closely with supply chain, procurement, and logistics teams to ensure timely availability of materials and components.
Performance Monitoring & Reporting:
Track and report on key performance indicators (KPIs) such as yield, cycle time, downtime, and cost efficiency.
Identify and resolve production bottlenecks and quality issues proactively.

Required Senior Mechanical Engineer
Responsibilities:
Design of new, and support of existing airborne, marine and stationary pedestals to meet with environmental requirements.
Produce designs meeting performance, cost and manufacturability goals
Create fabrication and assembly drawings as well as related documentation
Support prototype assembly, assist in integration and test.

Required Technical Manager and System Engineer for Precision Tracking
Responsibilities:
Overall responsibility for precision tracking technical project management at R&D including planning and monitoring of all R&D activities, planning and monitoring of project R&D budget (material and hours), lead of technical activities with the customer including design reviews, acceptance testing and system assimilation.
Overall responsibility of the system level architecture of complex systems
Overall responsibility for System, Software and Hardware level specifications and requirements.
Overall responsibility and active participation in the Integration and Proof of Design phases.
Overall responsibility for electrical connectivity design between LRUs.

Required Quality Engineer
Department: QA
Reporting to: Operation QA Team leader
General Description:
Quality Engineer is responsible for identifying, analyzing, and correcting failures in products and processes. This role involves close collaboration with Development, Engineering, Production, and Customer service teams to ensure product and service quality.
Responsibilities:
FRACAS Management
Conduct failure analysis for products and processes.
Recommend and implement corrective actions to resolve identified failure modes.
Develop and implement quality control processes for continuous improvement.
Collaborate with cross-functional teams (e.g., design, manufacturing, quality) to understand the issues.
Prepare failure analysis reports and present findings to management.
Follow up on the effectiveness of corrective actions and make adjustments as necessary.
Participate in internal and external Quality audits.
Support the approval processes for new products.
Maintain detailed reports of failure investigations, findings, and corrective actions taken.
Identify opportunities for process or design improvements based on failure trends.
Analyzing Quality trends: Quality Yield , KPIs , CoPQ (Costs of Poor Quality), Customers Rating, RMA, ,Quarterly data analysis for QBR
Investigate and analyze product failures, identifying root causes using techniques such as root cause analysis (RCA), fault tree analysis (FTA), or failure mode and effect analysis (FMEA).

Required Program QA Engineer
Department: QA
Reporting to: Director of Quality
Responsibilities:
Review of Contract ,Customer SOW and SPEC requirements to ensure compliance of design and production.
Approve gates review at R&D
PLCM (Project Life Cycle Management) process control, full partnership in project management during the development, testing, production, customer delivery and customer support phases throughout the product life
Identifying regulatory Gaps in new and carrent projects
Perform Internal and External Audits
QA presence in R&D process (capacity) and ability to prevent errors in design
Follow up after R&D corrective and preventive actions and Improvement Plans
Transfer products from development to NPI and serial production (QA activities)
Review and approval ECO / MCO / ATP/ATR, Waiver relate to R&D , ENG
Writing QA procedures
FRACAS Management
Quality Assurance Program Plan (QAPP) and the Quality Allocation Tasks for the program.
Customer complince relate to NPI , Pre production , design errors
Perform Quarterly data analysis for QBR.