About the role

Aplyr's Quick Take

This is an intern position focused on supporting hardware application engineering, primarily working with customers to implement Cadence's emulation and prototyping systems. You'll be involved in both pre-sales and post-sales activities, collaborating with account teams and R&D to address technical challenges and enhance customer solutions.

Good fit

Ideal candidates are electrical engineering students with 1-2 semesters left, who have some experience in verification environments and a solid understanding of hardware protocols. A collaborative attitude and strong communication skills are essential for success in this customer-facing role.

Worth noting

This role is part-time, requiring 2-3 days a week, which may appeal to students looking for flexible work while completing their studies. The emphasis on both technical support and customer interaction could be a unique opportunity for those interested in a blend of engineering and client engagement.

At Cadence, we hire and develop leaders and innovators who want to make an impact on the world of technology.

As a member of the Field Applications Engineering (AE) team, you will collaborate with leading semiconductors and system companies to deploy Cadence’s industry-leading Palladium acceleration/emulation platform and FPGA prototyping systems.

This customer-facing role includes both pre-sales and post-sales responsibilities. You will work closely with account teams to deliver innovative solutions to complex challenges, while also partnering with R&D to ensure successful deployment and support.

Key Responsibilities

Build technical credibility and strong relationships with customers; serve as their primary technical contact.
Provide deep technical support in collaboration with R&D to enable advanced acceleration/emulation flows and secure design wins.
Advocate on customer needs and collaborate with R&D and Marketing to develop competitive, creative technical solutions.
Analyze the competitive landscape and continuously work to differentiate Cadence’s offerings.

Requirements:

Student position with Availability for 2-3 days a week (or more)
Electrical engineer student with 1-2 semesters left.
Experience developing verification environments using SystemVerilog (advantage).
Familiarity with eRM, OVM, or UVM methodologies (advantage).
Knowledge of protocols such as JTAG, UART, PCIe, AXI, DDR (advantage).
Experience in hardware acceleration, in-circuit emulation, or FPGA prototyping (highly desirable).
Strong English communication skills—both verbal and written.
Team-oriented mindset, mature work attitude, and sound judgment under pressure.

We’re doing work that matters. Help us solve what others can’t.

Aplyr's read

Cadence Design Systems excels in electronic design automation, attracting professionals passionate about integrated circuits and system-on-chip innovations.
Synthesized from recent postings & public sources

What's promising

•Cadence is a leader in electronic design automation, providing cutting-edge tools for semiconductor design.
•The company offers diverse career paths, from digital verification to automotive solutions engineering.
•Cadence's global presence provides opportunities for international collaboration and growth.

What to watch

•The niche focus on EDA may limit opportunities for those seeking broader tech roles.
•High competition in the semiconductor industry could impact job stability and growth.
•Frequent technical updates require continuous learning, which may be challenging for some employees.

Why Cadence Design Systems

•Cadence's software is integral to designing advanced integrated circuits and systems on chips.
•The company has a strong reputation for innovation in electronic design automation.
•Cadence's partnerships with leading tech firms enhance its influence in the semiconductor industry.

Aplyr’s read is generated by AI from public sources. Was it useful?

About Cadence Design Systems

Cadence Design Systems

cadence.com

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Cadence Design Systems provides electronic design automation (EDA) software and engineering services for the design of integrated circuits, systems on chips, and printed circuit boards.