Offer information

DSP Architecture junior (Masters Degree

Marvell Technology

Sector / reference area

Electronic

Carrying out the work activity

Pavia

Number of positions available

1

Type of contract

Fixed-term contract

Expected salary

25.000 euro anno

Description

About Marvell

Marvell’s semiconductor solutions are the essential building blocks of the data infrastructure that connects our world. Across enterprise, cloud and AI, automotive, and carrier architectures, our innovative technology is enabling new possibilities.

At Marvell, you can affect the arc of individual lives, lift the trajectory of entire industries, and fuel the transformative potential of tomorrow. For those looking to make their mark on purposeful and enduring innovation, above and beyond fleeting trends, Marvell is a place to thrive, learn, and lead.

Your Team, Your Impact

Marvell’s high-speed PAM4 DSPs are the industry leader in building a PAM4 ecosystem and developing low-power, high-performance solutions for cloud data center infrastructure, service providers, AI networks, enterprises, and 5G.

What You Can Expect

• Understand the requirements of serial links as specified by IEEE and other sources (OIF, MSA, customer requirements).
• Familiarize yourself with various modeling approaches for system design and simulation.
• Work on link budgeting, non-ideality modeling, and system simulation.
• Analyze DSP challenges and opportunities, explore and compare different optimization directions, and generate trade-off curves for performance and cost (complexity/power/area/design time).
• Get introduced to state-of-the-art PHY design.
• Work on high-efficiency DSP design.
• Learn how to model, simulate, and analyze complex systems involving multi-domain aspects (e.g., physical link/analog circuits/digital circuits/software).
• Become an expert in MATLAB and other simulation environments (such as custom C++ simulators).
• Be part of the architecture team.
• Receive supervision throughout all phases of your work from a reference person to facilitate a fast learning experience.
• Participate in meetings, discussions, and brainstorming sessions.
• Collaborate with other teams, including analog and digital designers, to enrich and expand your knowledge.
• Gain exposure to an international environment by interacting with teams from multiple locations worldwide.

Please note, this is a fixed-term agreement.

What We’re Looking For

• Bachelor’s degree in Electrical Engineering, Software Engineering, or related fields.
• Final-year master’s student or recent graduate (within the last 12 months) in Computer Science, Software Engineering, Electronics, Mathematics, Physics, or a similar technical field enrolled at an accredited Italian university.
• Knowledge of Digital Signal Processing.
• Knowledge of Communication Theory.
• Basic knowledge of digital design.
• Basic knowledge of analog design is considered a plus.
• Basic knowledge of CPP and MATLAB is considered a plus.

Candidate requirements

Bachelor’s degree in Electrical Engineering, Software Engineering, or related fields. Final-year master’s student or recent graduate (within the last 12 months) in Computer Science, Software Engineering, Electronics, Mathematics, Physics, or a similar technical field enrolled at an accredited Italian university. Knowledge of Digital Signal Processing. Knowledge of Communication Theory. Basic knowledge of digital design. Basic knowledge of analog design is considered a plus. Basic knowledge of CPP and MATLAB is considered a plus.

Planned activities

Understand the requirements of serial links as specified by IEEE and other sources (OIF, MSA, customer requirements). Familiarize yourself with various modeling approaches for system design and simulation. Work on link budgeting, non-ideality modeling, and system simulation. Analyze DSP challenges and opportunities, explore and compare different optimization directions, and generate trade-off curves for performance and cost (complexity/power/area/design time). Get introduced to state-of-the-art PHY design. Work on high-efficiency DSP design. Learn how to model, simulate, and analyze complex systems involving multi-domain aspects (e.g., physical link/analog circuits/digital circuits/software). Become an expert in MATLAB and other simulation environments (such as custom C++ simulators). Be part of the architecture team. Receive supervision throughout all phases of your work from a reference person to facilitate a fast learning experience. Participate in meetings, discussions, and brainstorming sessions. Collaborate with other teams, including analog and digital designers, to enrich and expand your knowledge. Gain exposure to an international environment by interacting with teams from multiple locations worldwide.