Career as a Quantum Hardware Engineer in India: Salary, Courses and How to Begin

Quantum Computing & Information Semiconductors & Microelectronics

Updated 30 Oct 2026

At a glance

A quantum hardware engineer designs, builds and controls the cryogenic chips, qubit electronics and control systems that run quantum computers; in India most start with a B.Tech.

A quantum hardware engineer designs, builds and controls the physical systems that run a quantum computer, including cryogenic chips and the electronics that operate them. The work sits where physics meets electronics engineering, and in India it is usually entered through a B.Tech in electronics, electrical or quantum engineering.

Quantum chips such as qubits often need to be kept at extremely low temperatures, close to absolute zero, so the job covers cooling systems, wiring, shielding and the microwave equipment that sends signals to the chip and reads its results. Much of the work happens in labs, where engineers test, measure and improve each part of the system.

Quantum technology is a growing national priority. Quantum science now appears in new B.Tech programmes at IITs, and the government has named quantum technology, alongside AI and semiconductors, as a major frontier for India. For students who enjoy physics and hands-on electronics, this is an early-stage field with room to grow.

Minimum Qualification: Bachelor's degree (B.Tech/B.E.)
Typical Degree: B.Tech in Electronics, Electrical or Quantum Engineering
Expected Entry Salary: To be confirmed by editor
Entry-level to Senior: To be confirmed by editor
Job Demand Growth: Rising, with new national and IIT programmes
Work Hours: Full-time; lab test runs can extend hours
Places of Work: Quantum labs, R&D centres, electronics firms

What Does a Quantum Hardware Engineer Do?

Day-to-Day Responsibilities

Design and test the cryogenic hardware, such as cryostats, wiring and shielding, that keeps quantum chips at very low temperatures.
Design or test qubit chips and the superconducting or semiconductor devices they are built from, working with physicists on the device design.
Build and calibrate the microwave and RF chain that sends control signals to qubits and reads back their results.
Develop control electronics and test automation scripts that run experiments and log measurements.
Troubleshoot noise, heating and signal loss in lab setups and document the fixes for the wider team.
Coordinate with physicists, software engineers and vendors to make sure hardware meets the specifications of each experiment or machine.
Write test reports and technical documentation, and follow lab safety rules for cryogenic gases and high voltages.

Where They Work

Quantum hardware engineers in India are most likely to work in research institutions and university labs, including IITs that run quantum programmes. Publicly backed facilities, such as the open-access quantum computer announced for Amaravati in Andhra Pradesh, are another likely workplace for this role.

Companies in electronics, semiconductors and deep-tech start-ups that build quantum systems or their components also hire for these roles. Work at these employers often focuses on testing, cryogenic systems or control electronics, depending on the company's product.

How to Become a Quantum Hardware Engineer in India?

After Class 10

Choose the Science stream with Mathematics in Class 11 and 12. Physics and Mathematics matter most for this career, because quantum hardware rests on both.

After Class 12

Complete Class 12 with Physics, Chemistry and Mathematics, then sit for the entrance exam your target B.Tech requires. Check each college's official admission page for the exam, eligibility and cut-off.

Undergraduate

Join a B.Tech in Quantum Science and Engineering, a B.Tech in Quantum Computing, or a B.Tech in Electronics or Electrical Engineering with quantum electives. Use lab projects and internships to gain hands-on experience with measurement equipment and electronics.

Postgraduate and Specialisation

An M.Tech, M.Sc in Physics or PhD in a quantum, condensed-matter, cryogenic or RF specialisation is common for research-heavy hardware roles. Confirm the expectation for your target employer, as requirements vary.

Licence / Certification

No mandatory licence for this role was found in our research. Short courses in quantum computing and specialised electronics can add practical skills and strengthen your CV.

First Job

Typical first roles include test engineer, lab engineer, RF or electronics engineer, and research assistant in a quantum lab, university or company.

Semiconductors & Microelectronics

RF Engineer

Telecommunications & 5G/6G Networks

Eligibility and Subjects Required

Stream and Subject Requirements

Class 12 in the Science stream with Physics, Chemistry and Mathematics (PCM) is the standard route to B.Tech programmes in quantum and electronics engineering.
Strong Physics (electromagnetism, modern physics basics) and Mathematics (calculus, linear algebra, differential equations) are essential for both undergraduate and postgraduate study.
Students with PCM can also join B.Tech programmes in Electronics or Electrical Engineering and move into quantum hardware later through electives and postgraduate study.

Minimum Qualification

A bachelor's degree (B.Tech/B.E.) in Electronics, Electrical, Physics or a quantum engineering discipline is the usual entry requirement for hardware engineer roles.
Many research and specialist roles prefer an M.Tech, M.Sc or PhD, especially in university and quantum research labs.
Minimum marks in Class 12 and in entrance exams are set by each college. Check the official cut-off for each programme, as these were not confirmed in our research.

Courses and Degrees for Quantum Hardware Engineer

Undergraduate Degrees	Postgraduate Degrees	Certifications & Short-term Courses
B.Tech in Quantum Science and Engineering (4 years; launched by IIT Mandi in 2026) B.Tech in Quantum Computing (4 years) B.Tech in Electronics and Communication Engineering or Electrical Engineering with quantum electives (4 years)	M.Tech in Electronics, VLSI or Quantum Engineering (2 years) M.Sc in Physics (2 years) PhD in Quantum Physics, Condensed Matter or Quantum Hardware (3 to 5 years)	Quantum computing short courses from universities and industry programmes (duration varies; check current offerings) Cryogenics and RF or microwave electronics workshops (duration varies)

Undergraduate Degrees
- B.Tech in Quantum Science and Engineering (4 years; launched by IIT Mandi in 2026)
- B.Tech in Quantum Computing (4 years)
- B.Tech in Electronics and Communication Engineering or Electrical Engineering with quantum electives (4 years)
Postgraduate Degrees
- M.Tech in Electronics, VLSI or Quantum Engineering (2 years)
- M.Sc in Physics (2 years)
- PhD in Quantum Physics, Condensed Matter or Quantum Hardware (3 to 5 years)
Certifications & Short-term Courses
- Quantum computing short courses from universities and industry programmes (duration varies; check current offerings)
- Cryogenics and RF or microwave electronics workshops (duration varies)

Top Colleges for Quantum Hardware Engineer

Government Institutes

College	Location
Indian Institute of Technology (IIT) Mandi	Mandi, Himachal Pradesh
Indian Institute of Technology (IIT) Madras	Chennai, Tamil Nadu

College
Indian Institute of Technology (IIT) Mandi
Location
Mandi, Himachal Pradesh
College
Indian Institute of Technology (IIT) Madras
Location
Chennai, Tamil Nadu

Skills Required to Become a Quantum Hardware Engineer

Technical Skills

Quantum and cryogenic basics: low-temperature physics, superconductivity and qubit concepts
Analog and digital electronics design
Microwave and RF engineering, including signal generation and measurement
PCB design and low-noise circuit layout
Programming for instrument control and test automation (Python, LabVIEW)
Lab measurement tools such as oscilloscopes, spectrum analysers and network analysers
Semiconductor device basics for chip-level work

Soft Skills

Patience with long, repeated experiments
Structured problem-solving when results are unclear
Clear technical documentation and reporting
Teamwork across physicists, software developers and engineers
Safety discipline around cryogenic gases and high voltages
Curiosity and willingness to keep learning a fast-moving field

Typical job titles: Principal Hardware Engineer, Quantum Hardware Lead, R&D Manager
Work at this level: designing full quantum hardware stacks, managing teams and vendors, and setting technical roadmaps

Career Opportunities and Job Roles

Quantum Hardware Engineer

Designs, builds and tests quantum chips and the hardware that supports them.

Cryogenic Systems Engineer

Designs and maintains the cooling, wiring and shielding that keep quantum chips cold.

RF and Microwave Engineer

Builds the signal generation and measurement chain used to control qubits.

Test and Validation Engineer

Checks chips and systems against specifications before they go into experiments or machines.

Quantum Control Electronics Engineer

Builds the electronics that send control pulses to qubits and read their output.

Semiconductor Process Engineer

Works on fabrication steps for superconducting or semiconductor quantum devices.

Quantum Research Scientist (Hardware)

Leads experimental hardware research in university or industry labs, usually with a PhD.

Quantum Lab Technician

Sets up, maintains and runs experimental equipment under engineers' direction.

Scope and Future of Quantum Hardware Engineer in India

Quantum technology is now part of national planning. Union minister Nirmala Sitharaman has named quantum technology, alongside AI and semiconductors, as the next major frontier for India, and India aims to be a global leader in quantum technology patents by 2035. Hardware is where many of these patents and products begin, because a quantum computer is only as good as its chips, cooling and control electronics.

Education and infrastructure are expanding. IIT Mandi launched new B.Tech programmes in 2026, including a B.Tech in Quantum Science and Engineering, and IIT Madras joined the IBM Quantum Network in 2022. Andhra Pradesh announced that the country's first open-access quantum computer would open in Amaravati from 14 April 2026, creating a local base for hardware and test work.

Quantum hardware is a global field, so postgraduate study and research experience can open opportunities beyond India. Specific countries, visa routes and overseas pay were not covered in our research for this page, so these should be added after a check.

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