No Salary: No salary at the current stage
Compensation: Equity Based
Department: Research & Education
Experience: 3+ Years Preferred
Qualification: Master's or PhD in Physics, Quantum Computing, Computer Science, Mathematics, Artificial Intelligence or Related Fields

About the Opportunity

We are looking for a research-oriented professional to join our founding team and lead research and educational content development in the emerging field of Quantum Intelligence.

The role focuses on researching the intersection of quantum physics, quantum computing, quantum mechanics, artificial intelligence, mathematics, computational sciences and advanced problem-solving methodologies.

The selected candidate will investigate scientific concepts, explore their practical applications, study emerging research and convert complex knowledge into structured educational programmes.

A major responsibility will be developing professional courses, learning materials and certification programmes covering different areas of Quantum Intelligence.

We are looking for someone who enjoys scientific exploration, independent research, academic writing and developing educational content that makes complex subjects accessible to learners.

Key Responsibilities

1. Quantum Intelligence Research

- Conduct research across quantum intelligence, quantum computing, quantum physics and related scientific disciplines.
- Investigate the application of quantum principles to complex problem-solving.
- Research concepts such as superposition, entanglement, uncertainty, quantum measurement and quantum information.
- Explore the relationship between quantum computing, artificial intelligence, machine learning and computational mathematics.
- Study classical, quantum and hybrid computational approaches.
- Investigate emerging research, scientific theories, algorithms and computational models.
- Identify potential applications of quantum technologies across different industries and problem domains.
- Analyse academic papers, scientific journals, research publications and experimental findings.
- Develop research reports documenting findings, methodologies and potential applications.
- Distinguish between established scientific evidence, theoretical concepts, simulations and experimentally validated results.

2. Research Across Quantum Intelligence Domains

- Explore how quantum computing can contribute to advanced computational problem-solving.
- Research quantum algorithms and their potential applications.
- Investigate quantum machine learning and quantum optimisation.
- Study hybrid quantum-classical computing approaches.
- Explore quantum simulation and computational modelling.
- Research connections between quantum mechanics, information theory, mathematics and computer science.
- Investigate how AI systems can work alongside quantum algorithms and computational tools.
- Identify new research areas and opportunities for original investigation.
- Develop structured knowledge frameworks covering different Quantum Intelligence domains.

3. Course and Certification Development

- Design and develop professional courses related to Quantum Intelligence.
- Create certification programmes covering quantum computing, quantum physics, quantum algorithms and related subjects.
- Develop beginner, intermediate and advanced learning pathways.
- Define course objectives, learning outcomes, modules and lesson structures.




- Prepare comprehensive course materials, presentations and study guides.
- Develop practical exercises, assignments, quizzes and examinations.
- Create assessment methodologies and certification evaluation frameworks.
- Develop case studies and practical examples to explain complex scientific concepts.
- Ensure that all educational content is scientifically accurate and supported by reliable references.
- Regularly update learning materials based on new scientific research and technological developments.

4. Educational Video and Learning Content

- Develop scripts for recorded educational lessons.
- Convert scientific research into structured video-based learning programmes.
- Prepare presentations, diagrams, examples and demonstrations.
- Explain complex quantum concepts in simple and understandable language.
- Develop practical learning activities and simulation-based demonstrations where appropriate.
- Collaborate with video editors and educational content specialists.
- Review educational videos and learning materials for technical accuracy.
- Establish consistent content standards across certification programmes.

5. Research Papers and Scientific Publications

- Conduct independent and team-oriented research in Quantum Intelligence and related fields.
- Identify research questions and potential areas for original investigation.
- Prepare research papers, technical reports and white papers.
- Conduct literature reviews and analyse existing scientific findings.
- Develop research methodologies and document supporting evidence.
- Analyse mathematical models, computational results and simulation outputs.
- Prepare scientific articles for academic journals and relevant conferences.
- Collaborate with other researchers on research publications.
- Maintain proper citations, references and scientific documentation.
- Follow accepted academic standards and research integrity practices.

6. Articles, Blogs and Knowledge Development

- Write research-based articles and blogs covering Quantum Intelligence and emerging technologies.
- Publish educational explainers on quantum concepts and computational methods.
- Prepare research summaries and analysis of scientific developments.
- Convert complex research findings into accessible knowledge resources.
- Develop technical articles for students, researchers and technology professionals.
- Maintain a consistent research and publishing schedule.
- Ensure that published material is original, evidence-based and properly referenced.

7. Collaboration with Technology Teams

- Collaborate with software developers, AI engineers and quantum computing specialists.
- Provide research-based explanations of scientific and computational concepts.
- Prepare technical research briefs and documentation.
- Help identify appropriate algorithms, models and computational approaches for development projects.
- Support the evaluation of technical prototypes and simulation results.
- Research the feasibility and limitations of proposed technology applications.




- Communicate research findings in a format that engineering teams can translate into implementation requirements.

Required Qualifications

- Master's or PhD in Physics, Quantum Computing, Computer Science, Mathematics, Artificial Intelligence or a closely related discipline.
- Strong interest and demonstrated knowledge in quantum computing or related scientific fields.
- Experience in scientific research, academic writing or technical knowledge development.
- Strong analytical and critical-thinking abilities.
- Ability to understand and explain complex scientific concepts.
- Excellent written communication and documentation skills.
- Ability to develop structured educational content.
- Ability to work independently and collaborate with multidisciplinary teams.

Preferred Knowledge and Technical Skills

- Quantum mechanics and quantum information science.
- Quantum computing and quantum algorithms.
- Quantum optimisation and quantum machine learning.
- Hybrid quantum-classical computing.
- Artificial intelligence and machine learning.
- Computational mathematics and mathematical modelling.
- Python and scientific computing.
- Qiskit, Cirq or PennyLane.
- Research methodologies and academic publishing.
- Course curriculum development and instructional design.
- Educational video scripting and content development.

Ideal Candidate

The ideal candidate should combine scientific curiosity, research capabilities and educational content development skills.

You should be someone who can independently explore unfamiliar scientific topics, understand research papers, identify practical applications and organise complex knowledge into structured learning programmes.

You should also be comfortable writing research papers, developing educational content and collaborating with technical teams.

A strong interest in building the emerging field of Quantum Intelligence as a research and educational discipline is particularly important.

Initial Deliverables

During the initial phase, the selected candidate will be responsible for:

- Developing a structured Quantum Intelligence research framework.
- Identifying major research domains and creating a research roadmap.
- Building a knowledge repository of scientific papers and research resources.
- Developing the initial quantum certification curriculum.
- Preparing course modules, study materials and educational video scripts.
- Creating assignments, assessments and examination frameworks.
- Preparing research papers, white papers and evidence-based articles.
- Establishing a consistent educational content and research publication process.

Equity and Compensation

This is an equity-based founding team opportunity.

- No fixed salary or monthly cash compensation is available at the current stage.
- Equity participation will be discussed based on qualifications, research expertise, responsibilities and long-term contribution.
- Equity arrangements will be formally documented, subject to applicable legal requirements and company approvals.
- Future salary consideration will depend on the company's revenue and financial capacity. It is not guaranteed.

Candidates should carefully evaluate and understand the equity-only arrangement before applying.

Important: This is an equity-only founding team opportunity with no salary at the current stage. Please apply only if you are comfortable with this arrangement.

Work Location: Remote

📌 Founding Team – Quantum Intelligence Research & Education Specialist (India)
🏢 IndianThing
📍 India