PhD in Education for Working Professionals

Programme : PhD in Education || Duration : 3 years || Course Fee : ₹ 50000/ (per Sem)

About the Programme Eligibility Fee Structure Programme Objectives Programme Specific Outcomes (PSOs)

Eligibility of a PhD in Education

Overview of a PhD in Education

Explore the PhD in Education at Unbounded Learning, specially designed for working professionals. In this, we’ll discuss the program, eligibility criteria, fee structure, and the exciting career options that await working professionals who want to pursue PhD degrees.

About PhD in Education

The eligibility criteria for pursuing a PhD in Education at Unbounded Learning is a minimum 55% mark in PG for Gen./OBC (Non-Creamy Layer)/Differently Abled category candidates as per government rules. NET/GATE-qualified candidates will be examined from the Common Entrance Test of the University as per UGC norms.

Unbounded Learning’s PhD in Education offers working professionals the empowerment to advance their knowledge and contribute to the field of education. This PhD degree for working professionals is designed to provide flexibility and support. The program allows professionals to pursue high-level research while maintaining their teaching or administrative roles.

With a PhD degree for working professionals, Unbounded Learning offers an ideal path to shape the future of the business world.

Fee Structure of a PhD in Education

Registration Fee = Rs. 2000/- (one Time)
Programme Fees = Rs. 3,00,000/-
1st, 2nd, 3rd, 4th, 5th Installment = Rs. 50.000/- (Each)

Career Prospects of PhD in Education

Graduates of the PhD in Agricultural Science are well-prepared for careers in academia, research institutions, governmental agencies, and the agricultural industry.
Opportunities include:
• Research Scientist
• Agricultural Consultant
• University Professor
• Policy Advisor

Admission Requirements for PhD in Education

• A master’s degree in a related field
• A strong academic record
• Research proposal aligned with faculty expertise

01

The ability to apply Electrical engineering principles to multidisciplinary problem-solving in areas such as energy, biomedicine, materials and the environment with safety and environmental aspects.

02

The ability to do experimental research and simulations in the design and operation of process plant engineering systems.

03

The ability to enhance engineering skills and knowledge through industrial exposure by training, projects and applications of Electrical engineering software.