Assistant Professor - Quantum Computing

Alliance University · India

Alliance University invites applications for faculty positions in Quantum Computing at the level of Assistant Professor / Associate Professor / Professor for AU-QUASAR . The faculty member will contribute to teaching, research, curriculum development, laboratory development, student mentoring, sponsored projects, and academic administration in the area of quantum computing and allied domains .

The role is intended for academicians and researchers with strong expertise in quantum computing, quantum information science, quantum algorithms, quantum software, quantum hardware systems, or adjacent interdisciplinary areas , and with the ability to build a high-quality academic and research ecosystem aligned with the School’s deep-tech vision.

Key Responsibilities:

1) Teaching & Academic Delivery

• Teach undergraduate and/or postgraduate courses in Quantum Computing and related areas.
• Design and deliver courses such as:
• Introduction to Quantum Computing
• Quantum Mechanics for Computing
• Quantum Algorithms
• Quantum Information Theory
• Quantum Programming and Simulation
• Quantum Machine Learning
• Quantum Error Correction
• Quantum Cryptography / Post-Quantum Cryptography
• Linear Algebra, Probability, Optimization, and Mathematical Foundations relevant to quantum systems
• Develop course outlines, lesson plans, assessments, lab exercises, project-based learning modules, and capstone experiences.
• Integrate theory with practical learning using simulators, cloud quantum platforms, and available quantum hardware ecosystems .
• Guide students in mini-projects, major projects, hackathons, innovation challenges, and research internships.

2) Research & Scholarly Contributions

• Undertake high-quality research in Quantum Computing and related areas , leading to publications in reputed peer-reviewed / indexed journals and conferences .
• Build a focused research agenda in areas such as:
• Quantum Algorithms and Complexity
• Quantum Optimization
• Quantum Machine Learning
• Quantum Communications / Quantum Cryptography
• Quantum Software Engineering
• Quantum Systems Architecture
• Hybrid Quantum-Classical Computing
• Error Mitigation / Error Correction
• Quantum Applications in Healthcare, Finance, Materials, Logistics, Security, and AI
• Apply for sponsored research grants, consultancy assignments, and collaborative research projects with government agencies, research labs, and industry.
• Contribute to patents, technology disclosures, prototypes, open-source tools, white papers, and translational research outputs .
• Establish and strengthen interdisciplinary research collaborations within the University and with external organizations.

3) Curriculum & Program Development

• Support the design and continuous enhancement of Quantum Computing curriculum in line with emerging global academic and industry trends.
• Contribute to new course development, specialization pathways, interdisciplinary electives, and experiential learning modules .
• Benchmark curriculum against leading global institutions, quantum research centres, and industry requirements .
• Assist in designing outcome-based learning frameworks, rubrics, and academic quality standards .

4) Laboratory & Research Ecosystem Development

• Contribute to the establishment and strengthening of Quantum Computing labs, simulation environments, and research facilities within AU-QUASAR.
• Support the setup, utilization, and academic integration of quantum software platforms, toolkits, and cloud-based quantum resources .
• Develop lab manuals, use cases, datasets, coding assignments, and experimentation frameworks for student and research use.
• Promote a hands-on, innovation-driven learning environment with exposure to real-world quantum workflows.

5) Student Mentoring & Academic Support

• Mentor undergraduate and postgraduate students in academic progression, research, projects, innovation, entrepreneurship, and career development .
• Supervise dissertations, theses, independent studies, and student research outputs .
• Support student participation in conferences, coding competitions, publications, and startup / incubation initiatives .
• Act as faculty advisor / mentor for student clubs, research groups, and deep-tech initiatives related to quantum technologies.

6) Industry Collaboration & Outreach

• Build partnerships with quantum computing companies, research organizations, startups, and technology platforms for:
• Internships
• Live projects
• Guest lectures
• Joint research
• Labs / infrastructure support
• Curriculum inputs
• Contribute to executive education, workshops, FDPs, bootcamps, conclaves, and outreach initiatives in the area of quantum technologies.
• Represent AU-QUASAR in academic, industry, and research forums to strengthen institutional visibility and collaborations.

7) Institutional & Administrative Responsibilities

• Participate in academic administration, accreditation documentation, departmental reviews, committee responsibilities, and quality assurance processes .
• Support admissions-related activities, faculty interactions, school events, open houses, and branding initiatives , where required.
• Contribute to institutional development, strategic initiatives, and interdisciplinary collaborations across Alliance University.

Areas of Expertise

Preferred candidates may have expertise in one or more of the following areas:

• Quantum Computing
• Quantum Information Science
• Quantum Algorithms
• Quantum Machine Learning
• Quantum Cryptography / Post-Quantum Cryptography
• Quantum Software and Programming Frameworks
• Quantum Hardware Systems and Architectures
• Hybrid Quantum-Classical Computing
• Quantum Error Correction and Error Mitigation
• Optimization, Computational Mathematics, and AI applications relevant to quantum systems

Qualification & Experience

For Assistant Professor

• Ph.D. in Quantum Computing / Quantum Information Science / Computer Science / Artificial Intelligence / Computational Science or a closely related discipline from a reputed institution.
• Strong academic record with relevant teaching / research potential in Quantum Computing or allied areas .
• Demonstrated research capability through publications, thesis work, projects, or research experience in the relevant domain.
• Candidates who have submitted their doctoral thesis in a highly relevant area may also be considered, subject to University norms.

For Associate Professor / Professor

• Ph.D. in a relevant discipline from a reputed institution with a strong record of teaching, research, funded projects, and academic leadership .
• Significant scholarly output in reputed peer-reviewed / indexed journals and conferences in quantum computing or related domains.
• Proven ability to lead research, build curriculum, mentor faculty and students, and contribute to institutional development .
• Experience in sponsored projects, industry collaboration, interdisciplinary research, and laboratory / centre development will be preferred.

Essential Skills & Competencies

• Strong conceptual and applied understanding of quantum computing and allied computational foundations .
• Ability to teach interdisciplinary learners from computing, mathematics, electronics, AI, and engineering backgrounds .
• Research orientation with evidence of publication potential / output .
• Familiarity with relevant tools, platforms, or frameworks in the quantum ecosystem .
• Strong communication, mentoring, and academic writing skills.
• Ability to work in a research-driven, fast-evolving deep-tech academic environment .
• Collaborative mindset and willingness to contribute to institution building .

Desirable Profile

• Exposure to quantum programming frameworks, quantum cloud platforms, and simulation environments .
• Experience in interdisciplinary teaching integrating AI, optimization, cybersecurity, mathematics, or physics with quantum computing.
• Experience in sponsored projects, consulting, industry collaboration, or innovation / incubation ecosystems .
• International academic / research exposure, postdoctoral work, or collaboration with premier institutions / labs will be an added advantage.

Key Deliverables / KRAs

• Effective delivery of assigned courses and achievement of student learning outcomes
• Research publications and scholarly output in reputed journals / conferences
• Student mentoring, project supervision, capstone guidance, and academic advising
• Contribution to curriculum development and laboratory / ecosystem building
• Sponsored research, consulting, industry engagement, and institutional initiatives
• Participation in accreditation, quality, and academic administration processes