Position: DSP Engineer
Company: P-Product, Inc.
Category: C++
Experience required: 2y
English level: pre
Published: 2023-07-01T00:00:00+03:00

Необхідні навички

Key Responsibilities:
• DSP algorithm optimization for a low-level programming language (С, intrinsics, assembler)
• Porting float-point to fixed-point implementation
• Testing and verification of DSP solution in a simulator or emulator (on the board)

Required Skills:
• Strong C language skills
• Pre-intermediate level of the English language (documentation, emailing and verbal communication)

Required Knowledge:
• DSP theory: Filters, FFT, division, sqrt, re-sampler, etc.
• Approximation: log, exp, sin, cos, etc.
• Linear Algebra

Буде плюсом

Will Be a Plus:
• Practical knowledge of DSP platforms
• С++, intrinsics, assembler languages
• Eclipse
• Batch files
• MS Visual Studio
• MS VS code
• MATLAB: DSP System Toolbox, Linear Algebra
• Python
• GitHub
• Shell
• Audio files format
• Linux (Ubuntu)

Пропонуємо

We offer:
• Competitive compensation
• Full accounting assistance and support
• Regular annual vacation is 20 working days off
• 100% paid sick leave upon provision of the relevant document(s)
• Holidays are provided according to the residence country Law
• Improvement of the English language knowledge with our teacher
• Smart and useful presents for our employees and their kids
• Great atmosphere, creative corporate parties, and true individual approach.

Обов’язки

Key Responsibilities:
• DSP algorithm optimization for low-level programming language (С, intrinsics, assembler)
• Porting float-point to fixed-point implementation
• Testing and verification of DSP solution in a simulator or emulator (on the board)

Про проєкт

We are looking for a software engineer to work with different audio DSP algorithms, port them to fixed-point implementation, design test benches for project verification, communicate with customers and discuss solutions, design functions for a DSP library for float and fixed-point implementation.