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The primary purpose of the position is to work closely with customers, and sales team to manage the technical engagement that supports sales campaigns and drive the adoption of software tools.

Responsibilities -

To develop close relationships with customers to be able to assess their technical requirements and the options/ability for Calibre solutions to develop and implement technical sales plans. This may be through proactive telephone contact, delivery of presentations and demonstrations, articulating product value statements, and engagement in technical benchmarks and evaluations.
To drive products into customer projects to ensure adoption by creating methodology and flows; this may include infrastructure and integration into a customers environment and the identification of pilot projects for tool use and the debugging and bring-up of new methodologies and flows.
To uncover or qualify new opportunities, the technical viability of a lead and communicate the opportunity clearly to the sales team. Use this information to establish success criteria for technical engagements that effectively position of strength.
To provide technical leadership on all aspects of a sales campaign with the aim of contributing to account/area technical business plans.
To share, in a proactive manner, account, evaluation, competitor, technology and other useful information with peers, sales teams, management and product divisions to help us to compete more effectively.
To actively participate in out-bound marketing such as trade shows, workshops, seminars, webcasts.

We are looking for a FPGA Designer.

We are looking for a Verification Engineer.

We are seeking for an experienced Design Engineer.

We are seeking an experienced Electronics Engineer to contribute to our High Speed Board Design team.

Responsibilities:

Circuit Design: Create and optimize electronic circuits for high-speed applications.
End-to-End Development: Manage the entire development lifecycle, from planning to customer delivery.
Interface Expertise: Work with high-speed interfaces like JESD204, ETH-10Gbps, and PCIE3/4.
FPGA/SOC Design: Implement FPGA/SOC vehicles using INTEL or XILINX technologies.
Memory Components: Develop fast DDR3/4/LP memory components.
Mixed-Signal Skills: Handle integrated digital and analog components (A2D/D2A).
SI/PI Simulations: Validate designs through signal and power integrity simulations.
Bring-Up Testing: Conduct hardware and software Bring-Up tests.
Documentation: Write characterization documents and technical documentation.
Collaboration: Thrive in a multidisciplinary team environment.

We are seeking an experienced Electronics Engineer to contribute to our High Speed Board Design team.

Responsibilities:

Circuit Design: Create and optimize electronic circuits for high-speed applications.
End-to-End Development: Manage the entire development lifecycle, from planning to customer delivery.
Interface Expertise: Work with high-speed interfaces like JESD204, ETH-10Gbps, and PCIE3/4.
FPGA/SOC Design: Implement FPGA/SOC vehicles using INTEL or XILINX technologies.
Memory Components: Develop fast DDR3/4/LP memory components.
Mixed-Signal Skills: Handle integrated digital and analog components (A2D/D2A).
SI/PI Simulations: Validate designs through signal and power integrity simulations.
Bring-Up Testing: Conduct hardware and software Bring-Up tests.
Documentation: Write characterization documents and technical documentation.
Collaboration: Thrive in a multidisciplinary team environment.

As an FPGA Engineer, you will play a pivotal role in the development of cutting-edge electronic warfare systems. From the initial configuration stage to seamless integration into the system as part of a product, you will be a key driver of success.

Responsibilities:

Utilize Intel and Xilinx technologies for FPGA development.
Drive the entire development lifecycle, from configuration to system integration.
Collaborate closely with multidisciplinary teams to ensure product excellence.

we are Seeking an experienced High speed Board Design for real-time systems!

As a High-Speed Board Design Engineer, youll play a pivotal role in shaping the future of our electronic systems. Your expertise will drive the development of high-speed interfaces, ensuring seamless integration and optimal performance. If youre ready to make an impact, read on!

Responsibilities:

Circuit Design: Create and optimize electronic circuits, from initial concept to final delivery.
High-Speed Interfaces: Dive into the world of high-speed interfaces, including JESD204, ETH-10Gbps, and ETH-25Gbps.
FPGA/SOC Expertise: Leverage your experience in designing FPGA/SOC vehicles from leading manufacturers like Intel and Xilinx.
Memory Components: Design fast DDR3/4/LP memory components that meet stringent performance requirements.
Digital and Analog Integration: Work with integrated digital and analog components, including A2D and D2A converters.
SI/PI Simulations: Perform signal integrity and power integrity simulations to ensure robust designs.
Bring-Up Testing: Proven experience in performing Bring-UP tests for hardware and software integrated cards.
Thoroughness and Responsibility: Pay meticulous attention to detail and take ownership of your work.
Systemic Vision: Understand the big picture and collaborate effectively in a multidisciplinary environment.

As a Validation Engineer, youll play a crucial role in ensuring that our electronic systems meet the highest standards of performance and functionality. Youll collaborate with cross-functional teams, participate in design considerations, and verify the correct operation of our modules. Your work will directly impact the success of our products and drive our commitment to excellence.

Responsibilities:

Design Verification Tests: Plan and execute rigorous tests for electronic cards and systems, integrating hardware, firmware, and software components.
Optimal Performance: Verify that our modules function correctly and perform optimally, while also exploring innovative work methodologies.
Systemic Vision: Apply your holistic understanding of systems to identify critical links and ensure seamless integration.
Collaboration: Work closely with engineers, designers, and other stakeholders to align efforts and achieve project goals.

Hardware Testing Engineer Responsibilities: Coordinate electronic engineering and technical teams in designing testing equipment and conducting software/systems testing.

Direct activities related to instrument development, procurement, installation, and calibration for recording TEST data.
Collaborate with scientific and technical staff to troubleshoot testing issues.
Analyze TEST data and prepare technical reports for engineering teams and management.
Utilize computer software/hardware for testing electronic products/systems.
Resolve TEST yield issues through root cause analysis and corrective actions.
Support equipment verification and integration in production

we are looking for you an FPGA Verification Engineer to join our growing team.

Job Description

Design and implement verification plans for IP level, chip level, and board level environments
Develop RTL Test Benches in UVM or System Verilog
Develop self-checking test benches and unit tests for high speed digital systems
Develop Built-In-Test (BIT) and support of debug and system integration activities
Develop scripts using Tcl or Python for regression testing
Develop BFMs and IP for reuse in multiple projects

Our mission is to bridge the gaps between discovery, diagnosis, and treatment with medical imaging innovations to help our customers deliver precise, personalized care through cutting-edge applications that change lives.
We do this through our powerful multidisciplinary team spans a broad variety of skills and capabilities - product managers, SW/HW/systems/mechanical engineers, physicists and clinical experts, sourcing, regulatory affairs, business leaders.
Responsibilities
Duties include (but are not limited to):
Hands on developing of digital logic (FPGAs and CPLDs).
Analytic discipline approach for FPGA research and development phases, including simulations and verification.
Knowledge with full development cycle of FPGA design