Arm is expanding its technical operations in Austin, Texas, seeking a new wave of engineering talent to refine the foundational tools used in semiconductor design. The company has opened applications for a Graduate Design Tooling Engineer in Austin at Arm, a role that sits at the critical intersection of hardware architecture and software automation.
This position is not a traditional logic design role; rather, it is focused on the “tooling” that enables design. Joining the Arm System IP team, the successful candidate will work alongside logic design and architecture teams to develop innovative methodologies for rendering scalable Register Transfer Level (RTL) code and creating testbenches designed to accelerate simulation speeds.
The initiative is part of a broader effort to drive efficiency across Arm’s entire interconnect product portfolio. By automating the way hardware is described and verified, Arm aims to reduce the friction between an architectural concept and a physical chip implementation, ensuring that their intellectual property (IP) can be deployed at scale across diverse computing environments.
The Technical Mandate: Bridging Architecture and Automation
At its core, the role focuses on the development of custom solutions that ensure RTL aligns precisely with strict architecture requirements. In the world of chip design, RTL is the blueprint that describes how data flows between registers. When these designs become massive, manual updates become impossible, necessitating the “tooling” and automation this role provides.
The engineer will be expected to implement new methodologies using industry-standard Electronic Design Automation (EDA) tools. This involves a heavy reliance on scripting and software development to create flexible systems that the broader design team can leverage to iterate faster. The goal is to move away from static design processes toward a more fluid, automated pipeline.
Collaboration is a central pillar of the role. The graduate engineer will not work in a vacuum but will instead interface with several peer teams, including implementation, performance, verification and project management. This cross-functional approach ensures that the tools developed actually solve the pain points experienced by the engineers who use them daily.
Candidate Profile and Academic Requirements
Arm is targeting students who are currently on track to complete their degrees by August 2026. While the company is primarily looking for candidates with a Bachelor’s, Master’s, or PhD in Electrical or Computer Engineering, they have indicated a willingness to consider alternative degrees if the applicant possesses meaningful, demonstrable experience in the field.
The baseline technical requirements are rigorous. Candidates must demonstrate a deep interest in computer architecture and a firm grasp of logic design fundamentals. Proficiency in scripting languages—specifically Python, Perl, or Ruby—is mandatory, as is a working competence with Unix/Linux environments, shells, and Makefiles.
To stand out in a competitive applicant pool, Arm is looking for specific advanced competencies. Experience with high-speed interfaces, such as the AMBA CHI (Coherent Hub Interface), is highly valued. The company is prioritizing candidates who have navigated the PPA (Power, Performance, and Area) optimization cycle in complex VLSI design projects.
| Core Requirement | Preferred “Standout” Skill |
|---|---|
| Python, Perl, or Ruby scripting | AMBA CHI or equivalent interfaces |
| Unix/Linux & Makefile proficiency | Complex VLSI PPA optimization |
| Logic design fundamentals | Cache coherence & MMU knowledge |
| EDA tool understanding | Virtualization & transaction ordering |
Compensation and the Graduate Experience
The financial package for the role is competitive, with a listed salary range between $119,400 and $161,600 per year, depending on the candidate’s experience and degree level. Beyond the base salary, Arm has structured the role to provide a clear trajectory for professional growth.
Unlike many entry-level positions that follow a yearly review cycle, this role includes both mid-year and year-conclude reviews. This structure is designed to recognize the rapid pace at which new graduates often progress in highly technical environments. The company also emphasizes a culture of peer-to-peer learning through its “Grad-teach-Grads” workshops and a dedicated Graduate Committee.
One of the primary highlights of the program is the Global Graduate Conference (GGC). This annual event allows new hires to connect with executive leadership and technical specialists from around the world, fostering a network that often leads to long-term leadership roles within the company.
Operational Context in Austin
The role is based in Austin, a city that has evolved into a premier global hub for semiconductor design, often referred to as “Silicon Hills.” Arm utilizes a hybrid working model in this location, empowering individual teams to determine their own balance of face-to-face collaboration and remote flexibility based on the specific needs of the project.
The company has also emphasized its commitment to accessibility and inclusivity. For candidates requiring adjustments during the recruitment process, Arm provides a dedicated channel for accommodation requests to ensure the hiring process is equitable.
Because Arm reviews applications on a first-come, first-served basis, the window for competitive entry is effectively open now for those graduating by the summer of 2026.
The next phase for interested candidates is the initial application submission via the official Arm careers portal. Once submitted, candidates will enter a review process that prioritizes early applicants and those with demonstrated project experience in computer architecture and RTL automation.
Do you have experience with AMBA CHI or VLSI design? Share your thoughts on the current state of semiconductor tooling in the comments below.
