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Arm Careers

British semiconductor IP company whose energy-efficient processor designs are licensed to chipmakers worldwide, with major design centers in India.

arm.com

About the company

Legal name

Arm Holdings plc

CEO

Rene Haas

Founded

12 November 1990

Headquarters

Cambridge, England, UK

Industry

Semiconductors (chip design and IP licensing)

Employees

9,584

Revenue (FY26)

US$4.92 billion (year ended 31 March 2026)

Market Cap

US$309.45 billion

Listed on

NASDAQ: ARM (majority-owned by SoftBank Group, about 87%)

Website

arm.com

Arm Holdings plc is a British semiconductor and software design company headquartered in Cambridge, England. It designs the energy-efficient CPU architecture and processor IP that most of the world's smartphones use, and it licenses that intellectual property to chipmakers rather than manufacturing chips itself. The company was founded in November 1990 and is majority-owned by Japan's SoftBank Group, which held about 87% of the shares after Arm returned to public markets on the Nasdaq (ticker ARM) in September 2023.

For the fiscal year ended 31 March 2026, Arm reported record revenue of $4.92 billion, its third straight year of growth above 20%, driven by adoption across smartphones, edge AI, and data centers. The company is led by CEO Rene Haas, who has held the role since February 2022, with Jason Child as Chief Financial Officer and SoftBank founder Masayoshi Son serving as Chairman of the board.

Arm has a large engineering presence in India. Its local entity, Arm Embedded Technologies Private Limited, was incorporated in Bangalore in October 2002. Arm runs its third-largest global office in Bengaluru at Bagmane Constellation Tech Park and a second India design center in Noida within the Embassy Tech Campus, Sector 144. These sites focus on product development, IP and system design, and software work.

Key People

Rene Haas

Chief Executive Officer

Jason Child

Chief Financial Officer

Masayoshi Son

Chairman of the Board

Ami Badani

Chief Marketing Officer

Interview process at Arm

(19 interview reports)

Interview experience

Favorable

Interview difficulty

Medium

Interview process length

About a week to a month

Overall experience

PoorExcellent
EasyDifficult

Interview process length

About a day or two21%
About a week36%
About a month42%
More than one month0%

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Arm Interview Questions & Answers

Q: Write code for reversing a string using pointers (live coding task).

A: Use two pointers, one at the start and one at the end, then swap the characters they point to and move both inward until they meet. This reverses the string in place with no extra buffer.

Answer by AI
  • Set a left pointer at index 0 and a right pointer at the last character, then swap while left is less than right.
  • Do the swap in place so memory stays O(1); the time complexity is O(n).
  • Talk through edge cases out loud: empty string, single character, and null-terminated C strings.

Q: Implement bitmask operations (live coding task).

A: Use bitwise AND to test a bit, OR to set it, AND with a complement to clear it, and XOR to toggle it. Shift a 1 into position with the left shift operator to target a specific bit.

Answer by AI
  • Set bit i with value | (1 << i), clear it with value & ~(1 << i), toggle it with value ^ (1 << i).
  • Check bit i with (value >> i) & 1 or value & (1 << i).
  • Mention why masks matter at Arm: register and hardware flag manipulation is common in low-level and embedded code.

Q: Explain OOP concepts: inheritance, polymorphism, and encapsulation.

A: Encapsulation bundles data with the methods that act on it and hides internal state. Inheritance lets a class reuse and extend another. Polymorphism lets one interface work across different types, resolved at compile time or run time.

Answer by AI
  • Give a one-line definition of each, then a small concrete example for each so the idea lands.
  • Distinguish compile-time polymorphism (overloading) from run-time polymorphism (virtual functions and overriding).
  • Tie it back to design: encapsulation protects invariants, inheritance and polymorphism keep code extensible.

Q: Why is a pipeline in a processor used?

A: Pipelining splits instruction execution into stages so multiple instructions run at once, one in each stage. This raises instruction throughput and clock efficiency without making a single instruction faster.

Answer by AI
  • Explain the classic stages: fetch, decode, execute, memory, write-back, each handling a different instruction per cycle.
  • The win is throughput, not latency: more instructions complete per unit time.
  • Mention hazards (data, control, structural) and how forwarding, stalls, and branch prediction handle them.

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Arm Salaries in India (Updated 2026)

Software Engineer

Indeed reported average

₹19,36,704/yr

7 Salaries submitted

Senior Software Engineer

Indeed reported average

₹14,71,189/yr

3 Salaries submitted

Verification Engineer

Indeed reported average

₹16,40,623/yr

6 Salaries submitted

Engineer

Indeed reported average

₹16,48,259/yr

9 Salaries submitted

Intern

Indeed reported average

₹37,407/month

9 Salaries submitted

Senior Engineer

Indeed reported average

₹19,62,724/yr

3 Salaries submitted

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Benefits

Comprehensive health and medical insurance, with the option to buy additional coverage
Optional dental and vision coverage
Mental health support: Unmind platform, wellbeing coaches, and an Employee Assistance Program
Onsite gyms plus yoga, cycling, and running clubs, or local gym partnerships
Restricted Stock Unit (RSU) programme
Retirement and pension plans
Life insurance, income protection, and disability coverage (location specific)
Four-week fully paid sabbatical after four years of service
Enhanced maternity, paternity, and paid parental bonding leave
Quarterly day of care
Half a day of fully paid volunteering time each month (Team Arm)
Learning and development programmes plus hybrid and flexible working

Latest News & Updates

June 10, 2026

Arm unveils Neural Dawn for mobile gaming

Arm demonstrated Neural Dawn, the first use of its Arm Neural Technology paired with Unreal Engine MegaLights running on mobile, aimed at a step-change in mobile graphics and AI-driven rendering.

#mobile #gaming #neuraltech

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June 2, 2026

Oracle Cloud Infrastructure joins the Arm AGI CPU ecosystem

Oracle Cloud Infrastructure signed on to the Arm AGI CPU ecosystem as agentic AI adoption accelerated, widening the roster of cloud customers backing Arm's first data center silicon.

#cloud #AGICPU #partnership

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May 6, 2026

Arm reports record fourth-quarter and full-year fiscal 2026 results

Arm posted record quarterly revenue of $1.49 billion and full-year revenue of $4.92 billion, its third consecutive year of more than 20% revenue growth, driven by AI demand across data center and edge.

#earnings #AIchips #semiconductors

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March 24, 2026

Arm expands compute platform to silicon products in company first

At its Arm Everywhere keynote, Arm moved beyond licensing IP to selling its own AGI CPU built for agentic AI data center workloads, its first physical production chip. Meta was named lead co-development partner alongside committed customers like OpenAI and Cloudflare.

#AGICPU #datacenter #agenticAI

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November 5, 2025

Arm Q2 FYE26 revenue surpasses $1 billion for third consecutive quarter

Arm reported second-quarter revenue of $1.14 billion, up 34% year over year, with royalty revenue of $620 million, up 21%, both beating the high end of guidance on strong Armv9 and data center adoption.

#earnings #royalties #Armv9

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Arm FAQ

Arm designs energy-efficient CPU architectures and processor IP and licenses that intellectual property to chipmakers. It does not manufacture chips itself, and its designs power most of the world's smartphones plus growing use in edge AI and data centers.