Job Summary:

We are seeking a qualified and motivated faculty member with expertise in Spacecraft Guidance, Navigation and Control (GNC) to contribute to teaching, research, laboratory development, and academic activities in Aerospace Engineering. The candidate will be expected to teach courses related to Spacecraft Control Theory, Spacecraft Navigation and Guidance, and Spacecraft Stability and Control, while contributing to research and project-based learning in spacecraft and space systems.

Key Responsibilities:

- Teach undergraduate and postgraduate courses in: o Spacecraft Control Theory o Spacecraft Guidance and Navigation o Spacecraft Stability and Control o Spacecraft Dynamics and Attitude Determination o Orbital Mechanics and Space Mission Design, as required.
- Develop course materials, lecture content, laboratory exercises, assignments, projects, and assessments in accordance with Outcome-Based Education (OBE) principles.
- Conduct theoretical and computational studies of spacecraft dynamics, attitude motion, stability, and control systems.
- Guide students in projects involving spacecraft attitude determination and control, orbit control, guidance and navigation algorithms, and mission analysis.
- Develop and implement simulation-based laboratories using tools such as MATLAB/Simulink, Python, STK, and other spacecraft/mission-analysis software.
- Establish and strengthen laboratory facilities related to spacecraft dynamics, GNC, simulation, and hardware-in-the-loop experimentation.
- Develop collaborations with ISRO, DRDO, space startups, research laboratories, and international universities for research, sponsored projects, internships, and student projects.
- Participate in curriculum development, Board of Studies activities, accreditation processes, and other academic responsibilities.
- Prepare and submit research proposals to agencies such as ISRO, SERB/ANRF, DRDO,



DST, and other national/international funding agencies.
- Publish research findings in reputed SCI/SCIE-indexed journals and international conferences.
- Contribute to interdisciplinary research involving AI/ML, robotics, autonomous systems, estimation theory, optimization, and space systems engineering.

Educational Qualification:

- Ph.D. in Aerospace Engineering / Aeronautical Engineering / Mechanical Engineering / Electrical Engineering / Control Systems / Robotics / a closely related discipline from a reputed institution.
- Master's degree in Aerospace/Aeronautical Engineering or a closely related specialization.
- Strong academic and research background in spacecraft dynamics, guidance, navigation, stability and control will be preferred.

Preferred Experience

- Teaching experience in Spacecraft Dynamics and Control, Spacecraft Guidance and Navigation, Control Systems, Orbital Mechanics, or related subjects.
- Demonstrated research experience in spacecraft GNC or related control applications.
- Experience with MATLAB/Simulink, Python, STK, GMAT, or equivalent simulation platforms.
- Experience in developing spacecraft/space systems laboratories or hardware-in-the loop simulations.
- Industry/research experience with ISRO, DRDO, space organizations, aerospace companies, or research laboratories will be an added advantage.

Core Competencies:

The candidate should possess

- Robust theoretical and analytical skills in spacecraft dynamics and control
- Ability to explain advanced control concepts through physical examples, mathematical modelling, and simulations
- Strong programming and computational skills
- Research aptitude and ability to develop externally funded projects
- Ability to mentor students in multidisciplinary spacecraft projects
- Excellent written and verbal communication skills
- Commitment to project-based, experiential, and research-oriented learning

📌 Assistant Professor / Associate Professor / Professor – Aerospace Engineering (Bengaluru)
🏢 Alliance University
📍 Bengaluru