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PH-D in Chemical Engineering at Birla Institute of Technology & Science, Pilani

Birla Institute of Technology and Science, Pilani, stands as a premier private deemed university in Pilani, Rajasthan, established in 1964. Renowned for its academic excellence in engineering and sciences, the institute offers a vibrant campus ecosystem. BITS Pilani accepts BITSAT, GATE, GPAT, CAT, XAT, and SAT scores for various programs, and is accredited with an A++ Grade by NAAC.

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location

Jhunjhunu, Rajasthan

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About the Specialization

What is Chemical Engineering at Birla Institute of Technology & Science, Pilani Jhunjhunu?

This Ph.D. Chemical Engineering program at BITS Pilani focuses on advanced research in fundamental and applied areas of chemical engineering. It delves into frontier topics such as sustainable processes, advanced materials, reaction engineering, and energy systems, addressing critical challenges faced by Indian industries. The program encourages interdisciplinary research and aims to develop highly skilled professionals capable of driving innovation in the chemical and allied sectors, crucial for India''''s industrial growth.

Who Should Apply?

This program is ideal for highly motivated M.E./M.Tech. or B.E./B.Tech. graduates in Chemical Engineering or related disciplines with a strong academic record. It attracts individuals seeking to contribute original research to the field, academic careers, or R&D roles in leading Indian and international companies. Working professionals aiming to transition into advanced research or leadership positions in technical innovation would also find this program beneficial.

Why Choose This Course?

Graduates of this program can expect to secure impactful research and development roles in leading Indian PSUs, private sector chemical industries (e.g., Reliance, Dr. Reddy''''s), and academic institutions. Entry-level salaries for Ph.D. holders in R&D in India typically range from INR 8-15 LPA, with experienced professionals earning significantly more. The program prepares scholars for intellectual leadership, fostering innovation, and contributing to India''''s technological self-reliance.

Student Success Practices

Foundation Stage

Deep Dive into Research Fundamentals- (Initial 1-2 Semesters)

Engage rigorously with prescribed coursework, focusing on theoretical depth in advanced chemical engineering subjects. Utilize the BITS Pilani library''''s extensive resources and academic journals to build a strong foundational understanding in your chosen research area. Actively participate in departmental seminars to broaden your perspective on current research trends.

Tools & Resources

BITS Pilani Digital Library, Scopus/Web of Science, Departmental seminar series, Course textbooks & reference materials

Career Connection

A strong foundation is crucial for conceiving novel research ideas and successfully clearing the comprehensive examination, which is a gateway to full Ph.D. registration and subsequent research progress, enhancing your credibility for future R&D roles.

Identify and Define Research Problem- (Initial 1-2 Semesters)

Work closely with your supervisor and advisory committee to identify a unique, impactful, and feasible research problem. Conduct an exhaustive literature review, learn to use bibliographic management tools, and articulate your research gap and objectives clearly. This early clarity prevents scope creep and ensures focused effort.

Tools & Resources

Supervisor guidance, Zotero/Mendeley, Research methodology workshops, Existing BITS Pilani Ph.D. theses

Career Connection

Skill in problem identification and literature synthesis is highly valued in R&D roles, enabling you to quickly adapt to new challenges and propose innovative solutions in industrial or academic settings.

Develop Foundational Computational/Experimental Skills- (Initial 1-2 Semesters)

Attend workshops and short courses on essential research tools, such as advanced simulation software (e.g., Aspen Plus, COMSOL, MATLAB), data analysis platforms (e.g., Python, R), or specialized experimental techniques relevant to Chemical Engineering. Proactively seek opportunities to assist senior researchers in the lab to gain hands-on experience.

Tools & Resources

BITS Pilani workshops, NPTEL/Coursera for specific software, Departmental labs and equipment, Peers and senior researchers

Career Connection

Proficiency in these tools makes you a highly adaptable and efficient researcher, significantly improving your employability in Indian industries looking for skilled technical personnel, especially in process development and R&D.

Intermediate Stage

Master Advanced Research Techniques- (Year 2-3)

Engage deeply in your experimental or computational research. This involves designing experiments, troubleshooting equipment, collecting and analyzing data, or developing complex simulation models. Seek mentorship from post-docs or senior faculty members on advanced techniques and problem-solving strategies.

Tools & Resources

Specialized lab equipment, High-performance computing clusters, Advanced statistical software, Inter-departmental collaborations

Career Connection

Expertise in advanced techniques is a key differentiator for Ph.D. graduates. It enables you to tackle complex industrial problems and become a valuable asset in research-intensive roles within Indian chemical, pharmaceutical, or energy sectors.

Publish and Present Research Findings- (Year 2-3)

Regularly write and submit your research findings to peer-reviewed national and international journals and conferences. Attend and present at departmental research colloquia and national/international conferences. This hones your communication skills and establishes your presence in the academic community.

Tools & Resources

BITS Pilani Writing Center, Conferences (e.g., CHEMCON, ICCE), Reputable journals in Chemical Engineering, Supervisor feedback

Career Connection

Publications are critical for academic careers and demonstrate your ability to generate and disseminate knowledge, which is highly valued by R&D employers. Presenting improves public speaking skills essential for leadership roles.

Network and Seek Collaborations- (Year 2-3)

Attend industry-academia meets, workshops, and guest lectures organized by BITS Pilani or external bodies. Actively network with faculty, industry professionals, and fellow researchers. Explore opportunities for collaborative projects, either within BITS Pilani or with external Indian industry partners, to gain diverse research exposure.

Tools & Resources

BITS Pilani industry forums, Professional bodies (IIChE), LinkedIn, Collaborative grants/projects

Career Connection

Networking opens doors to future employment, postdoctoral opportunities, and industrial collaborations. Strong connections can lead to sponsored projects and direct hiring by Indian companies seeking Ph.D. expertise.

Advanced Stage

Write a High-Quality Thesis and Defend Effectively- (Final 1-2 Years)

Dedicate significant time to writing a comprehensive, coherent, and scientifically robust thesis that clearly articulates your original contributions. Prepare meticulously for your synopsis seminar and final viva-voce examination, practicing your presentation and anticipating challenging questions.

Tools & Resources

BITS Pilani Thesis Guidelines, Supervisor & advisory committee feedback, Mock viva sessions, Grammarly/similar writing aids

Career Connection

A well-written and successfully defended thesis is the culmination of your Ph.D., signifying your readiness for independent research and problem-solving, a critical attribute for leadership roles in Indian R&D organizations.

Strategize Post-Ph.D. Career Paths- (Final 1-2 Years)

Begin exploring career options well in advance, whether in academia, industrial R&D, or entrepreneurship. Tailor your resume/CV and cover letters to specific job descriptions. Actively participate in campus placement drives, attend mock interviews, and prepare for technical assessments relevant to your specialization.

Tools & Resources

BITS Pilani Placement Cell, Career counseling services, Industry-specific job portals (e.g., Naukri, LinkedIn), Alumni network

Career Connection

Proactive career planning ensures a smooth transition. BITS Pilani''''s strong industry connections facilitate placements in top Indian companies like Reliance Industries, Thermax, BASF India, and leading research institutions.

Develop Mentoring and Leadership Skills- (Final 1-2 Years)

Mentor junior Ph.D. students or M.E. project students in the lab, assisting them with their research and experimental design. Take initiative in organizing departmental events, workshops, or group meetings. These experiences build essential leadership and teamwork skills, crucial for managing research teams or leading projects.

Tools & Resources

Departmental student bodies, BITS Pilani leadership programs, Mentorship opportunities within research groups

Career Connection

Leadership and mentoring skills are highly sought after by employers for roles that involve team management, project coordination, and fostering innovation, preparing you for senior scientific or managerial positions in India''''s growing R&D sector.

Program Structure and Curriculum

Eligibility:

  • M.E./M.Tech./M.Pharm. or equivalent degree with minimum 60% aggregate OR B.E./B.Tech./B.Pharm. or equivalent degree with minimum 60% aggregate. Valid GATE/GPAT/NET score is desirable.

Duration: Minimum 3 years, maximum 7 years

Credits: Coursework: 12 credits (for M.E./M.Tech. entrants) / 24 credits (for B.E./B.Tech. entrants) Credits

Assessment: Internal: undefined, External: undefined

Semester-wise Curriculum Table

Semester 1

Subject CodeSubject NameSubject TypeCreditsKey Topics
Ph.D. Coursework Options (Typically selected from 500/600 level courses)Flexible CourseworkVariable (e.g., 4 per course)Ph.D. scholars select advanced courses relevant to their research area, potentially from the M.E. Chemical Engineering curriculum or specially designed 600-level courses. The following are typical advanced course options for Ph.D. Chemical Engineering students at BITS Pilani.
CHE G511Advanced Chemical Engineering ThermodynamicsCoursework Option (Core M.E. course)4Classical & Statistical Thermodynamics, Molecular theory of fluids, Phase equilibria and fugacity, Activity coefficients and excess properties, Chemical reaction equilibria
CHE G512Advanced Transport PhenomenaCoursework Option (Core M.E. course)4Momentum transport phenomena, Energy transport phenomena, Mass transport phenomena, Convective heat and mass transfer, Turbulent flow and boundary layer theory, Interphase transport with chemical reactions
CHE G513Advanced Reaction EngineeringCoursework Option (Core M.E. course)4Complex reaction kinetics, Non-ideal reactor design principles, Heterogeneous catalytic reactions, Multi-phase reactors and their analysis, Non-ideal flow in reactors, Biochemical reactor engineering concepts
CHE G514Chemical Process Simulation and OptimizationCoursework Option (Core M.E. course)4Process modeling and mathematical techniques, Numerical methods for process simulation, Steady-state and dynamic process simulation, Process optimization techniques (linear, non-linear), Equation-oriented and sequential modular approaches, Application of simulation software (e.g., Aspen Plus, gPROMS)
CHE G521Advanced Separation ProcessesCoursework Option (M.E. Elective)4Modern separation techniques (membranes, adsorption), Chromatographic separations, Supercritical fluid extraction, Reactive and hybrid separations, Process intensification in separations, Design and scale-up of advanced separators
CHE G522Process Control & DynamicsCoursework Option (M.E. Elective)4Dynamic modeling of chemical processes, Advanced control strategies (MPC, adaptive control), Optimal control theory, Process identification and parameter estimation, Non-linear process control, Distributed control systems
CHE G523Biochemical EngineeringCoursework Option (M.E. Elective)4Enzyme kinetics and immobilization, Bioreactor design and operation, Fermentation technology and optimization, Downstream processing in biotechnology, Cell culture engineering, Metabolic engineering principles
CHE G524Process Modeling & SimulationCoursework Option (M.E. Elective)4Mathematical modeling of unit operations, Numerical solution techniques for PDEs/ODEs, Steady-state and dynamic simulation strategies, Process flowsheeting with commercial software, Model validation and uncertainty analysis, Applications in industrial process analysis
CHE G525Petroleum Refinery EngineeringCoursework Option (M.E. Elective)4Crude oil characterization and assay, Atmospheric and vacuum distillation, Catalytic cracking and hydrocracking, Reforming, alkylation, isomerization processes, Petroleum product specifications and blending, Environmental regulations in refineries
CHE G526Advanced Polymer Science & EngineeringCoursework Option (M.E. Elective)4Polymer synthesis mechanisms and kinetics, Polymer characterization techniques, Rheology of polymer melts and solutions, Polymer processing methods (extrusion, molding), Polymer blends, composites, and nanocomposites, Functional and biodegradable polymers
CHE G527Computational Fluid DynamicsCoursework Option (M.E. Elective)4Governing equations of fluid flow (Navier-Stokes), Finite Difference and Finite Volume methods, Grid generation and meshing techniques, Turbulence modeling (RANS, LES, DNS), Multiphase flow simulations, Application of CFD software (e.g., ANSYS Fluent, OpenFOAM)
CHE G528Heterogeneous CatalysisCoursework Option (M.E. Elective)4Principles of heterogeneous catalysis, Catalyst preparation and characterization, Surface phenomena and adsorption isotherms, Kinetic models for catalytic reactions, Reactor design for catalytic processes, Catalyst deactivation and regeneration
CHE G530Environmental Pollution ControlCoursework Option (M.E. Elective)4Air pollution sources and control technologies, Water and wastewater treatment processes, Solid and hazardous waste management, Pollution prevention and waste minimization, Environmental impact assessment, Regulatory framework in environmental protection
CHE G531Energy Systems EngineeringCoursework Option (M.E. Elective)4Renewable and conventional energy sources, Energy conversion technologies (e.g., fuel cells, gasification), Energy efficiency and conservation, Process integration and pinch analysis, Sustainable energy systems design, Carbon capture and storage technologies
CHE G532Industrial Safety & Hazards ManagementCoursework Option (M.E. Elective)4Process safety management systems, Hazard identification and risk assessment (HAZOP, FMEA), Accident investigation and reporting, Chemical process hazards and safeguards, Emergency planning and response, Safety regulations and compliance
CHE G533Membrane TechnologyCoursework Option (M.E. Elective)4Membrane materials and fabrication, Membrane separation processes (microfiltration, RO, gas separation), Membrane module design and operation, Fouling and concentration polarization phenomena, Applications in water treatment, chemical processing, bioseparations, Energy efficiency of membrane systems
CHE G534Advanced Materials Science and EngineeringCoursework Option (M.E. Elective)4Structure and properties of advanced materials (ceramics, composites), Nanomaterials synthesis and applications, Polymer science and engineering fundamentals, Materials characterization techniques (XRD, SEM, TEM), Thermodynamics and kinetics of materials processing, Functional materials for chemical engineering applications
CHE G535Process IntensificationCoursework Option (M.E. Elective)4Principles and drivers of process intensification, Novel reactor designs (microreactors, spinning disk reactors), Hybrid separation techniques, Energy efficient processes and devices, Scale-up challenges and opportunities, Applications in chemical and biochemical industries
CHE G536Molecular SimulationsCoursework Option (M.E. Elective)4Introduction to statistical mechanics, Molecular Dynamics simulation techniques, Monte Carlo simulation methods, Force fields and interatomic potentials, Applications in fluid properties, phase equilibria, materials design, Computational tools for molecular modeling
CHE G537Renewable Energy TechnologiesCoursework Option (M.E. Elective)4Solar energy (photovoltaics, solar thermal), Wind energy conversion systems, Biofuels (bioethanol, biodiesel) production, Geothermal and hydropower technologies, Energy storage systems (batteries, hydrogen), Integration of renewable energy into grid
CHE G538Waste to Energy TechnologiesCoursework Option (M.E. Elective)4Waste characterization and management strategies, Thermochemical conversion (incineration, pyrolysis, gasification), Biochemical conversion (anaerobic digestion, fermentation), Biogas production and utilization, Energy recovery from solid and liquid wastes, Economic and environmental aspects of waste-to-energy plants
BITS G540Research ProjectCoursework Option (General Elective)4Independent research investigation under faculty supervision, Problem formulation and literature review, Experimental design or computational methodology, Data analysis and interpretation, Technical report writing and presentation, Developing research aptitude
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