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B.Tech in Electrical & Electronics Engineering
The EEE program builds expertise in power systems, renewable energy, smart grids, control systems, and electrical drives. With industry-aligned labs and practical training, students develop the ability to design, optimize, and manage modern energy systems. Graduates contribute to evolving sectors such as electric mobility and sustainable power infrastructure.
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Career path
Certifications
Degrees
Eligibility
Programs
Quick Links
FAQs
Career path
Certifications
Degrees
Eligibility
Programs
Quick Links
FAQs
Placement Records
Our Electrical & Electronics Engineering program imparts quality technical education by providing the state-of-the-art laboratories with effective industry interactions and strong academic support. Through expert guidance and mentorship we help our students excel in the careers they thrive.
98%
Placements
2x
Recruiter Retention
13LPA
Highest Package
5x
Offer Growth
75%
Internship Conversions
5.5LPA
Average Package
The different career paths available for the program
Programmer Analyst
Operations Lead
System Engineer
Assistant Engineer
Packaged App Development Associate
Business Development Executive and more
Programmer Analyst
Operations Lead
System Engineer
Assistant Engineer
Packaged App Development Associate
Business Development Executive and more
AutoCAD certification programs equip students with industry-standard design skills through hands-on training, enabling them to produce precise electrical control system drawings.
Cisco CCNA certification programs equip students with industry-recognized networking skills, enabling them to work confidently in telecommunication and network infrastructure environments.
ServiceNow CSA & CAD certifications equip students with in-demand skills in cloud-based workflows and IT service management, enabling them to design enterprise-level solutions.
Enhance your degree with Honors & Minors
Expand your expertise with specialized minors and distinguished honors programs, designed to complement your degree. Tailor your academic journey to deepen knowledge, sharpen skills, and stand out in your field.
Course & Details
Minors
Equips students with core knowledge in data analytics, statistical learning and AI tools like Python and R, focusing on real-world data-driven applications.
Academic Requirement
Candidates must have passed Intermediate or 10+2 examination from a recognized Central/State Board with Physics, Chemistry and Mathematics as core subjects.
Candidates must have secured a minimum of 45% aggregate marks in the qualifying examination (10+2 / Intermediate).
Entrance Test Requirement
Admission shall be based on merit through:
TS EAPCET (formerly TS EAMCET)
Joint Entrance Examination (JEE)
State Common Entrance Test
Anurag Common Entrance Test (Anurag CET)
Qualifying Examination on merit
Candidates applying through the Institutional Category must secure a minimum of 60% aggregate in Mathematics, Physics & Chemistry and/or obtain a merit rank in Anurag CET.
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From collaborative spaces to student communities, explore what shapes the Anurag experience.
Clubs
Student-led technical and cultural clubs provide spaces to explore interests, collaborate on ideas, and apply learning beyond the classroom
Learning Spaces
From smart classrooms to advanced laboratories, Anurag University’s learning spaces are designed to support hands-on learning, experimentation, and collaborative problem solving.
Research Overview
Research at Anurag University spans core and emerging areas, encouraging students to engage in inquiry, innovation, and real-world problem solving alongside experienced faculty.
Campus beyond classroom
A vibrant campus life with events, workshops, libraries, and shared spaces ensures learning continues outside formal lectures, shaping well-rounded student experiences.
What are the key areas covered in EEE?
The program covers electrical machines, circuits, and power systems.
Are practical sessions included?
Yes, labs and hands-on projects are integral to the course.
Is the program concept-heavy?
Yes, but it is supported with practical learning for better understanding.
What kind of lab facilities are available?
Well-equipped labs for circuits, machines, and power systems are provided.
How is learning balanced between theory and practice?
The curriculum integrates classroom learning with lab work and projects.
