Principal ASIC Design Engineer

Posted 2 Days Ago
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Bangalore, Bengaluru Urban, Karnataka, IND
In-Office
Expert/Leader
Software
The Role
Leads microarchitecture and RTL design for DSP modules, including filters, modulators, demodulators, and custom blocks. Integrates DSP subsystems into SoC platforms and develops ASIC solutions meeting power, performance, and area targets. Performs design verification using SystemVerilog, UVM, Python, or C, along with synthesis and static timing analysis. Collaborates across disciplines to solve complex digital communications and semiconductor design challenges.
Summary Generated by Built In
Responsibilities

MaxLinear is seeking a Principal ASIC Design Engineer to join our Digital ASIC Design group. The Digital ASIC team delivers innovative and scalable ASIC solutions addressing complex challenges in the optical and wireless communications domain.


In this senior technical role, you will lead the micro-architecture, and RTL design of Digital Signal Processing (DSP) modules such as filters, modulators/demodulators, and custom DSP blocks. You will also lead the integration of DSP subsystems into larger SoC platforms.


This position requires a strong understanding of digital communication systems, solid fundamentals in digital design and CMOS logic, and hands‑on experience with industry‑standard design and verification methodologies. Proficiency with modern ASIC design and verification tools is essential, and low‑power design experience ishighly desirable.


The ideal candidate is a curious, highly motivated engineer with a relentless drive to learn, innovate, and solve complex problems. You bring a “never give up” attitude and thrive when tackling technically demanding challenges. You value collaboration across disciplines and leverage the differences in skill sets with cross-domain teams to contribute to collective problem-solving. You aspire to make a lasting technical impact while continuously raising the bar for design quality and engineering excellence.

Qualifications
  • BE/M.Tech in Electronics Engineering
  • 15+ years of experience in Digital ASIC implementation at subsystem level or chip level including RTL design skills using Verilog, System Verilog or VHDL
  • Strong analytical and problem-solving skills
  • Proved expertise in translating engineering requirements to working ASIC solutions meeting PPA
  • Strong fundamentals and proven expertise in digital logic design, CMOS technology and ASIC design methodology
  • Strong fundamentals in basic circuit design, device physics
  • Strong fundamentals in programming, CPU architecture and SOC systems
  • Specialization in Digital Signal Processing or Communication systems
  • Passion for learning and engineering great solutions
  • Block level verification using SV, UVM, Python or C using industry standard tools
  • Basic knowledge and ability to synthesize and perform STA with industry standard tools either for ASIC or FPGA
  • Proven written and verbal communication skills that demonstrate clarity of thought and conviction
  • Working knowledge of one or more scripting languages and ability to use them to automate/accelerate design and analysis tasks
Company Overview

MaxLinear is a global, NASDAQ-traded company (MXL) where the entrepreneurial spirit is alive and well. We are a fabless system-on-chip product company, striving to improve the world’s communication networks for everyone through our highly integrated radio-frequency (RF), analog, digital, and mixed-signal semiconductor solutions for access and connectivity, wired and wireless infrastructure, and industrial and multi-market applications.


We hire the best people in the industry and engage them in some of the most exciting opportunities that connect the world we live in today. Our growth has come from innovative, bold approaches to solving some of the world’s most challenging communication technology problems in the most efficient and effective manner.


MaxLinear began by developing the world’s first high-performance TV tuner chip using standard CMOS process technology. Others said we couldn’t achieve the extremely high-performance requirements using CMOS, but we proved them wrong and achieved enduring global market leadership with our designs. Since then, we’ve developed a full line of products that drive 4G and 5G infrastructure; enable data center, metro and long-haul optical interconnects; bring 10Gbit to the home; power the IoT revolution; and enable robust and reliable communication in harsh industrial environments. Over the years, we’ve expanded through organic growth and through several acquisitions that have perfectly complemented our existing portfolio and enabled us to deliver complete end-to-end solutions in our target markets. One such example was the acquisition of Intel’s Home Gateway Platform Division that added Wi-Fi, Ethernet, and Broadband Gateway Processor SoC technology to our connected home portfolio creating a complete and scalable platform of connectivity and access solutions to fully address our customers’ needs.


Our headquarters are in Carlsbad, near San Diego, California. We also have major design centers in Irvine and San Jose, California; Valencia, Spain; Bangalore, India; Munich, Germany; Israel; and Singapore.


We have approximately 1,200 employees, a substantial majority of whom have engineering degrees and include masters and Ph.D. graduates from many of the premiere universities around the world. Our employees thrive on innovation, outstanding execution, outside-the-box thinking, nimbleness, and collaboration. Together, we form a high-energy business team that is focused on building the best and most innovative products on the market.

Skills Required

  • BE or M.Tech degree in Electronics Engineering
  • 15+ years of experience in digital ASIC implementation at subsystem or chip level
  • RTL design experience using Verilog, SystemVerilog, or VHDL
  • Strong analytical and problem-solving skills
  • Expertise translating engineering requirements into ASIC solutions meeting PPA targets
  • Strong fundamentals and expertise in digital logic design, CMOS technology, and ASIC design methodology
  • Fundamentals in basic circuit design and device physics
  • Fundamentals in programming, CPU architecture, and SoC systems
  • Specialization in digital signal processing or communication systems
  • Block-level verification using SystemVerilog, UVM, Python, or C with industry-standard tools
  • Ability to synthesize and perform static timing analysis using industry-standard ASIC or FPGA tools
  • Written and verbal communication skills demonstrating clarity of thought and conviction
  • Working knowledge of one or more scripting languages and ability to automate design and analysis tasks
  • Low-power design experience
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The Company
HQ: Carlsbad, CA
1,442 Employees
Year Founded: 2003

What We Do

As a global market innovator, MaxLinear (NASDAQ:MXL) partners with leading customers worldwide to shape the future of networking and communications technology that drive smarter, faster networks. We make multi-gig connectivity a reality through our digital, analog, radio frequency (RF) and mixed signal integrated circuits and software system solutions. Whether fiber, wireless or broadband infrastructure, data centers, inside your home or industrial IoT, MaxLinear products maximize speed and efficiency while lowering power consumption of networks. As a fabless system-on-chip (SOC) product company, MaxLinear began in 2003 by developing the world’s first high-performance TV tuner chip using standard CMOS process technology. Others said we couldn’t achieve the extremely high-performance requirements using CMOS, but we proved them wrong and achieved enduring global market leadership with our designs. We continue with the “can-do” attitude and innovations that lead in markets for access and connectivity, wired and wireless infrastructure, data center connectivity, and industrial and multi-market applications. Our products are at the heart of technologies around you, driving faster and more intelligent networks. We have solutions that drive 4G and 5G infrastructure; enable data center, metro and long-haul optical interconnects; bring 10Gbit to the home; power the IoT revolution; and enable robust and reliable communication in harsh industrial environments.

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