Engineer Advanced Flight & Future Aerospace Technologies
The B.E. Mechanical with specialisation in Aerospace at BITS Pilani combines mechanical engineering fundamentals with aerospace-focused training. In this four-year course, students are able to gain mastery in core mechanical engineering disciplines- mechanics, materials science, thermodynamics and fluid dynamics. Also, they explore specialised aerospace topics including aerodynamics, aircraft propulsion, flight mechanics and controls and structural design of aircraft/space vehicles. This integrated approach equips graduates with general engineering principles and the ability to tackle challenges related to aerospace design, propulsion systems as well as aerodynamics. Graduates are ready to be positioned for careers in aircraft and spacecraft design, aerospace R&D, flight systems engineering and more.
Design a Degree That Works for You
At BITS Pilani, your academic path is not Linear. It allows you to customise your learning path
according to your aspirations, goals and interest.
The structure of degree programmes and academic regulations also provides certain other flexibilities like choice of electives, number of electives, repetition of courses, departure from normal pace, withdrawal from or substitution of course(s), etc.
Students interested in exploring courses beyond the scope of their curriculum can opt to audit them. This option is for casual learners who are not enrolled in a degree programme.Courses such as Foreign Languages and Music are offered in addition to the core degree programmes. Students may take these courses on an audit basis, subject to the payment of additional fees.
High-performing students may transfer to:
Higher Degree or Ph.D. programmes
Between Ph.D. and Higher Degree levels (based on academic standing). This flexibility supports seamless progression for research-driven students.
One of the most popular flexibilities offered by our educational structure is the dual degree scheme, under which students concurrently work towards completing two integrated first degrees within a reasonable timeframe. All students admitted to Group B programmes are also eligible to work under this scheme for one of the Group A programmes. Assignments to programmes are made based on individual performance during the first year.
In the assignment of dual degrees, first priority is given to students in Group B seeking a second degree under this scheme from among the programmes in Group A. After fully satisfying the known needs of the first priority, a second operation is done to consider the other priority, namely, students in any group seeking a second degree from amongst the programmes in another group. While it would be academically and procedurally acceptable for a student admitted to Group A or B programmes to seek a second degree in Group C in the dual degree scheme, the reverse process is not normally possible. However, a student admitted to Group C will be eligible to compete for a dual degree in any degree in Group C, or any degree in Group B or MMS, but only in Group A.
Practice School
The Original Experiential Learning Model
The Practice School Programme is a hallmark of BITS Pilani’s experiential learning approach. It provides students with an opportunity to practice what they have learnt in global organisations under the supervision of a mentor. Students work on cutting-edge technologies and have the option to practice in their discipline of study or cross-disciplinary areas. In addition to providing students with an opportunity to play roles that require multifunctional skills, this flagship programme also offers many students the chance to secure a PPO.
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Practice School-I
Practice School I is an eight-week course conducted during the summer term after the second year of study. Students are stationed in an organisation during this programme, and after a comprehensive orientation, students largely learn through observation and work on group projects, under the guidance and mentorship of industry experts and a faculty member from BITS. This not only serves as a first exposure for students to the corporate world but also helps nurture their personality traits, communication, and presentation skills.
Practice School-II
Practice School-II offered in the final year of study is a TWENTY-TWO-week full-time program. First-degree students in their final year of study can register for this program either during the first semester or the second semester, and Dual-Degree students can register for a double-semester PS-II program. For higher degree students, the course is titled Practice School, and such students can register for it in their final semester of study.
Practice School Process
Practice School I is an eight-week course conducted during the summer term after the second year of study. Students are stationed in an organisation during this programme, and after a comprehensive orientation, students largely learn through observation and work on group projects, under the guidance and mentorship of industry experts and a faculty member from BITS. This not only serves as a first exposure for students to the corporate world but also helps nurture their personality traits, communication, and presentation skills.
Programme Structure
Focus: Establishing core foundations in science, mathematics and engineering fundamentals.
Courses:
- Engineering Graphics
- General Biology & Biology Lab
- General Chemistry & Chemistry Lab
- Mathematics I
- Physics Lab
- Mechanics, Oscillations & Waves
- Thermodynamics
- Technical Report Writing
- Computer Programming
- Electrical Sciences
- Mathematics II
- Probability & Statistics
- Workshop Practice
Focus: Building strong mechanical foundations in solids, thermodynamics, materials, and manufacturing processes
Courses:
- Mathematics III
- Mechanics of Solids
- Advanced Mechanics of Solids
- Fluid Mechanics
- Applied Thermodynamics
- Heat Transfer
- Mechanisms and Machines
- Material Science & Engineering
- Manufacturing Processes
- Principles of Economics / Principles of Management
- Environmental Studies
- Humanities Electives
Focus: Applying mechanical fundamentals to design, manufacturing, dynamics, control and optimisation with elective flexibility.
Courses:
- Design of Machine Elements
- Advanced Manufacturing Processes
- Manufacturing Management
- Engines, Motors & Mobility
- Computer-Aided Design
- Vibrations and Control
- Engineering Optimization
- Prime Movers & Fluid Machines
- Discipline Electives
- Open / Humanities Electives
Focus: Culminating with electives, research, or industry practice to prepare for professional or academic careers.
Courses:
- Open Electives
- Discipline Electives
- Practice School–II / Thesis
- Thesis and Electives
Where Aerospace Learning Gets Hands-On
Guidance That Transforms Mechanics into Aerospace Engineers
Dr. Chakradhar Iyyunni
Professor-of-Practice,
Department of Mechanical Engineering
Dr. Gulshan Kumar
Assistant Professor,
Department of Mechanical Engineering
Dr. Harpreet Singh Bedi
Assistant Professor,
Department of Mechanical Engineering