Doctorate of Philosophy
PH.d. Transportation Engineering,Highlights, Entrance Exam, admission, Eligibility, Duration, Selection Criteria, How to Apply, Application Form, Application Process, fee, Syllabus,Salary and Jobs,career opportunities
Ph.D. in Transportation Engineering is a research-based program that focuses on the design, analysis, and optimization of transportation systems. The program aims to train students in advanced engineering concepts and equip them with the skills needed to conduct research in the field of transportation engineering. Here are some highlights of the program:
PH.d. Transportation Engineering Duration: The Ph.D. in Transportation Engineering program usually takes 3-5 years to complete.
PH.d. Transportation Engineering Eligibility: Candidates who have completed a master's degree in transportation engineering or a related field with a minimum of 60% marks are eligible to apply for the program. Candidates should also have a valid GATE score.
PH.d. Transportation Engineering Entrance Exam: Many institutes require candidates to appear for an entrance exam such as GATE, NET, or JRF to qualify for the program.
PH.d. Transportation Engineering Admission: The admission process usually involves a written test followed by an interview. Some institutes also conduct a group discussion or a research aptitude test as part of the admission process.
PH.d. Transportation Engineering Selection Criteria: The selection of candidates is based on their performance in the entrance exam, written test, interview, and academic record.
PH.d. Transportation Engineering How to Apply: Candidates can apply for the program online or offline by filling in the application form and submitting it along with the required documents and application fee.
PH.d. Transportation Engineering Application Form: The application form can be downloaded from the institute's website or obtained from the admission office.
PH.d. Transportation Engineering Application Process: The application process usually involves filling in personal and academic details, uploading documents, paying the application fee, and submitting the form.
PH.d. Transportation Engineering Fee: The fee for the Ph.D. program varies from institute to institute. The average fee for the program is around INR 50,000 to INR 1,50,000 per year.
PH.d. Transportation Engineering Syllabus: The syllabus for the program includes topics such as traffic engineering, transportation planning, pavement design, transportation safety, and intelligent transportation systems.
PH.d. Transportation Engineering Salary and Jobs: The average salary for Ph.D. holders in Transportation Engineering is around INR 8-10 lakhs per annum. Graduates can find employment in research organizations, transportation companies, academic institutions, and government organizations.
PH.d. Transportation Engineering Career Opportunities: Graduates of the Ph.D. program in Transportation Engineering can pursue careers in research and development, transportation planning, traffic engineering, pavement design, and intelligent transportation systems. They can also work as consultants or start their own companies.
Ph.D. Transportation Engineering is a doctorate Civil Engineering course. Transportation Engineering is the use of innovation and logical standards to the arranging, utilitarian structure, task and the executives of offices for any method of transportation to accommodate the sheltered, quick, agreeable, advantageous, conservative, and ecologically perfect development of individuals and products (transport). The term of Master of Technology in Transportation Engineering is commonly a multi year, yet it might fluctuate from foundation to organize and might be on low maintenance premise by specific organizations. The prospectus for the course is isolated into six semesters in addition to two electives. The course is a significant and profession starting in nature which opens a lot of employment scopes for the applicants after its fruitful culmination.
Eligibility
Occupation Types
Subjects of Study |
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English for Science and Technology |
Mathematics I |
Physics I |
Chemistry |
Section A (Engineering Materials) |
Section B |
Engineering Graphics |
Environmental Studies |
Workshop Practice I |
Chemistry Practical |
Physics Practical I |
Mathematics II |
Physics II |
Section A (Programming Languages) |
Section B Introduction to Information Tech |
Electrical Technology |
Electronics and Instrumentation |
Engineering Mechanics |
Value Education, HR Environment |
Physics Practical II |
Electrical Technology Practical |
Engineering Mechanics Practical |
Workshop Practice II |
Electronics & Instrumentation Practical |
Mechanics of Solids |
Applied Thermodynamics |
Theory of Machines |
Machine Drawing and Computer Graphics |
Mathematics III |
Mechanics of Solids Practical |
Applied Thermodynamics Practical |
Theory of Machines Practical |
Fluid Mechanics |
Dynamics of Machinery |
Mechanical Engineering Design |
Electrical Machines and Control |
Numerical and Statistical Methods |
Fluid Mechanics Practical |
Dynamics of Machinery Practical |
Numerical and Statistical Methods Practical |
Fluid Machines |
Heat and Mass Transfer |
Production Technology I |
Advanced mechanical Engineering Design |
Industrial Engineering and management |
Fluid Machines Practical |
Heat and Mass Transfer Practical |
Workshop Practice III |
Internal Combustion Engines |
Mechanical Vibration |
Production Technology II |
Computer Aided Design |
Advanced Solid Mechanics |
Internal Combustion Engines Practical |
Mechanical Vibration Practical |
Workshop Practice IV |
Measurement and Instrumentation |
Energy Conversion Equipment |
Operations Research |
Industrial Tri-bology (Electives-Any Two) |
Mechatronics |
Waste Heat Utilization |
Noise Engineering |
Refrigeration and Air Conditioning |
Utilization of Non-Conventional Energy |
Fracture Mechanics |
Advanced Manufacturing Systems |
Measurements and Instrumentation Practical |
Energy Conversion Equipment Practical |
Advance Fluid Mechanics |
Computer Aided Manufacturing |
Automobile Engineering |
Mechanical Handling Equipment (Electives-Any Two) |
Finite Element Analysis |
Ergonomics |
Maintenance Engineering |
Composite Materials |
Automation and Robotics |
Power Plant Engineering |
Hydraulic and Pneumatic System |
Environmental Engineering |