Does Takshashila University offer programs in AI and Data Science?

Yes, Takshashila University offers industry-focused programs in Artificial Intelligence and Data Science with practical training.

Is AI more difficult to learn than Data Science?

AI is generally more complex as it requires deeper knowledge of algorithms, mathematics, and advanced programming concepts.

Which field has more demand, AI or Data Science?

Both AI and Data Science have strong global demand, with opportunities across multiple industries.

Which field offers better salary, AI or Data Science?

Both fields offer high salaries, though AI roles may have slightly higher pay due to specialized skills and complexity.

Which programs can I choose at Takshashila University for AI and Data Science?

Takshashila University offers specialized programs such as B.Tech in Artificial Intelligence and Data Science.

Should I learn Data Science or AI first?

It is recommended to start with Data Science as it builds a strong foundation in data handling, statistics, and programming before moving to AI.

Can a Data Scientist become an AI Engineer?

Yes, Data Scientists can transition to AI roles by learning advanced machine learning, deep learning, and system design.

Is Data Science required for a career in AI?

Data Science forms the foundation of AI, as it involves preparing and analyzing data that AI models rely on.

Does AI pay more than Data Science?

AI roles often offer slightly higher salaries due to specialized expertise, but experienced Data Scientists also earn competitive pay.

Will AI replace Data Scientists?

No, AI will not replace Data Scientists but will enhance their work by automating repetitive tasks and enabling better decision-making.

B.Tech. Electronics and Communication Engineering (VLSI Design and Technology)

About the Course

The Electronics and Communication Engineering (ECE) program at Takshashila University stands out for its innovative education delivery methodology and well-structured academic framework, designed by distinguished academicians, researchers, and industry experts. The curriculum effectively integrates core areas such as science, mathematics, engineering, and technology with humanities, professional ethics, and industry-oriented practices, ensuring that students evolve into competent, industry-ready professionals over the span of four years.

To further enhance career opportunities in emerging domains, the program is designed to provide a strong academic foundation and flexibility for pursuing higher studies and specialization in advanced areas of Electronics and Communication Engineering. The curriculum equips students with essential analytical, technical, and problem-solving skills, enabling them to address complex challenges in communication and technology. It also prepares graduates to pursue postgraduate programs, research opportunities, and professional careers in globally evolving and industry-driven environments.

SCOPE OF THE PROGRAMME

The programme offers in-depth knowledge in VLSI design and technology, covering areas such as digital design verification, analog and mixed-signal design, RTL design and synthesis, and electronic design automation. Graduates will be well-prepared to pursue careers in industries related to semiconductor design, electronics manufacturing, and advanced computing systems.

Course Curriculum

Year 1 (Foundation Stage)

The first year focuses on building a strong foundation in engineering fundamentals. Students are introduced to mathematics, physics, and basic electrical and electronics concepts along with programming skills essential for understanding hardware design and simulation tools.

Key Subjects: Mathematics, Physics, Basic Electrical Engineering, Engineering Graphics, Programming in C/Python, Electronic Devices and Circuits

Second Year (Core Electronics & Communication Fundamentals)

In the second year, students develop core knowledge in electronics and semiconductor physics, which are essential for VLSI design. They learn circuit analysis, digital logic, and the behavior of semiconductor devices used in integrated circuits.

Key Subjects: Analog Electronics, Digital Electronics, Network Theory, Signals and Systems, Semiconductor Devices, Electromagnetic Fields, Probability and Random Processes

Third Year (VLSI Design & Hardware Systems)

The third year emphasizes VLSI design concepts and hardware system development. Students gain practical knowledge in designing integrated circuits, understanding CMOS technology, and using industry-relevant tools. Mini-projects and design-based learning are key components at this stage.

Key Subjects: VLSI Design, CMOS Technology, Digital System Design, Microprocessors and Microcontrollers, Embedded Systems, FPGA-Based System Design, Electronic Design Automation (EDA) Tools

Fourth Year (Advanced VLSI & Industry Readiness)

In the final year, students focus on advanced VLSI topics and real-time applications. They work on industry-oriented projects, gain exposure to chip design flow, and explore emerging areas in semiconductor technology and system-on-chip (SoC) design.

Key Subjects: ASIC Design, System-on-Chip (SoC) Design, Physical Design and Verification, Low Power VLSI Design, Testing and Validation of ICs, Nanoelectronics, Project Work / Internship.

Programme Educational Objectives (PEOs)

Upon completing the B.Tech. Electronics and Communication Engineering (VLSI Design and Technology), you will have gained the following competencies:

Programme Outcomes (POs)

The B.Tech. Electronics and Communication Engineering (IOT) will help you achieve the following broader learning outcomes:

Programme Specific Outcomes (PSOs)

Through this programme, you will develop the following specific competencies:

Career Scope

Graduates of the BB.Tech. Electronics and Communication Engineering (IOT) are prepared for a wide range of roles in the electronics and telecommunications industries. Career opportunities include:

VLSI Design Engineer

Physical Design Engineer

Verification Engineer

Analog Design Engineer

FPGA Design Engineer

Embedded Systems Engineer

EDA Tool Engineer

Semiconductor Process Engineer

Research and Development Engineer

Industry Tie-ups

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Acres of Space

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Degree Programs

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MOU's

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Why TAKSHASHILA?

Industry-Relevant Curriculum

The B.Tech programme is crafted to meet the latest industry requirements, ensuring students gain up-to-date knowledge and skills in electronics and communications engineering.

Hands-On Experience

You will work with modern tools and technologies in state-of-the-art laboratories, gaining practical experience that directly applies to industry demands.

Expert Faculty

Learn from distinguished faculty members with years of academic and industry experience.

Global Career Opportunities

Takshashila University’s global network of partners and industry contacts will help you access career opportunities worldwide.

For All Programmes except MBA, MCA, M.Tech, and Integrated Programmes offered by Sunstone, FacePrep, Kalvium and NxtWave

S.No	% of Marks	Scholarship Amount in Tuition Fees per year
1	60% – 75%	10%
2	Above 75 % – 90 %	25 %
3	Above 90 %	50 %

Calculation of percentage of Marks (+2 of HSC / 2^nd Year of APBIM or +2 of CBSE or Equivalent)

Engineering – Average marks in Mathematics, Physics, Chemistry/Computer Science
Lateral Entry – Average marks in Diploma Programme.
Agriculture – Average marks in Physics, Chemistry, Biology / Botany &Zoology
AHS / BPT / Pharmacy – Average marks in Physics, Chemistry, Biology / Botany &Zoology/Bio Tech
UG – Arts & Science / Hotel Management – Overall +2 marks – (+2 of HSC / 2^nd Year of APBIM or +2 of CBSE or Equivalent)
PG – Overall % in UG
Diploma – Average mark in 10^th /Equivalent

MBA, MCA, M. Tech, and Integrated Programmes offered by Sunstone, FacePrep, Kalvium and NxtWave – No Academic Scholarship applicable.

Spread over 150 acres

At Takshashila University, you will have ample opportunities to hone your skills in real-world healthcare settings, utilising state-of-the-art medical facilities and simulation labs on our 150-acre campus.

Start your journey in Electronics & Communications Engineering today!

Apply now for the B.Tech in Electronics & Communications Engineering at Takshashila University.

Apply Now

Frequently Asked Questions (FAQs)

What is the duration of the B.Tech in Electronics & Communications Engineering?

The course lasts for 4 years, divided into eight semesters.

Do I need prior experience in electronics or communications to apply?

No, the course is designed for students with a background in science, specifically in Physics, Chemistry, and Mathematics.

What career support is provided after graduation?

Takshashila University provides job placements, internships, and networking opportunities to help you kickstart your career in electronics and communications engineering.

Is the programme recognised internationally?

Yes, the B.Tech programme aligns with international academic standards, preparing you for global career opportunities in electronics and communication engineering.

For more detailed information about the B.Tech in Electronics & Communications Engineering, including course content, faculty, and admission process, download our brochure.