FPGA Development Tools Engineer
Altera
FPGA Development Tools Engineer
Altera
FPGA and SoC provider with software
Altera develops world-class Field Programmable Gate Array (FPGA) technology which comprises both the FPGA hardware itself and the associated software components, including tools for High-Level Design (HLD) entry.
The two major Altera HLD tools are DSP Builder (based on MATLAB/Simulink) and HLS which are built on a common HLD compiler stack. The HLD compiler generates highly-optimised FPGA RTL including automatic device mapping and pipelining. DSP Builder and HLS users can therefore focus on the architecture of their design without needing to spend time writing and re-writing RTL.
Altera is looking for engineers to join our teams. As a member of the UK DSP Builder team within the HLD group, you will be responsible for:
developing and supporting DSP Builder
designing and implementing improvements in the HLD compiler stack.
Your work will include:
analysis of bottlenecks in user designs and the corresponding implementation of compiler optimizations
comprehensive benchmarking of the FPGA-targeted generated hardware. As optimization is a global problem, the work may involve a mix of compiler software development and digital hardware design.
UK Altera office is in Marlow, 40 minutes from central London and Oxford.
Masters Degree or five years commercial experience in Computer Science, Software Engineering, Computer Engineering, Electrical Engineering or related fields
Strong software skills using C/C++, including working knowledge of efficient data structures and algorithms
Technical knowledge and appreciation of digital hardware design concepts
Good problem solving skills
Good interpersonal and communication skills
Preferred Qualifications
Experience with digital hardware design using Verilog/VHDL and related design flows
Experience in developing optimizing compilers
Experience with FPGAs
Altera designs and manufactures FPGAs and SoCs, along with software tools for hardware design and deployment. Customers can configure these programmable chips after fabrication to fit specific applications, helping them reach market faster and optimize performance. The company differentiates itself by offering a broad configurable silicon platform and a dedicated design software suite as an independent provider after its separation from Intel. Its goal is to deliver high-performance, adaptable processing solutions for industries like automotive, aerospace, communications, AI, cloud, and edge computing.
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