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Leading Electronics & Communication Programme - Where Circuits Spark Innovation
Leading Electronics & Communication Programme - Where Circuits Spark Innovation
School of Core Engineering
School of Core Engineering
The School of Core Engineering (SCORE) in Takshashila University was established in 2022. It is dedicated to providing strong foundations in fundamental engineering disciplines that drive modern technological innovation. Currently, the school houses the Electronics and Communication Engineering (ECE) department, which focuses on developing expertise in electronics, communication systems, embedded technologies and signal processing. Through projects, labs and industry-oriented learning, the school lays a strong emphasis on creating a balance between academic understanding and real-world applications. It aims to nurture competent engineers who can successfully contribute to innovation, research, and meet the evolving needs of the technology industry.
About the School
Core engineering serves as the backbone of various industries by providing the fundamental technologies, systems, and infrastructure necessary for their operation and advancement. The purpose of core engineering is to drive progress, solve problems, and create solutions that improve the quality of life and contribute to the sustainable development of society. Engineers in these disciplines work on designing, creating, and improving systems, structures, and technologies that form the foundation of modern society. Core engineering aims to solve complex problems by applying scientific principles, mathematical analysis, and engineering techniques. Engineers identify challenges and develop solutions to improve efficiency, sustainability, safety, and performance across different sectors. Core engineering often involves interdisciplinary collaboration, bringing together experts from different fields to tackle complex problems from multiple perspectives. Core engineering contributes to education and research by advancing knowledge in scientific and engineering disciplines.
Vision
To be recognized as a leading centre of excellence in Electronics and Communication Engineering, dedicated to fostering innovation, advancing research, and cultivating ethical leadership to drive technological progress and address global challenges
Mission
Academic Excellence : Deliver a rigorous and contemporary skills and equip students with the competent knowledge in Electronics and Communication Engineering.
Research and Innovation : Promote a vibrant ecosystem of innovation and advanced research in emerging technologies.
Employability and Entrepreneurship : Enhance students’ employability through industry-relevant skills, internships, and career development to meet evolving industry and support students in transforming ideas into sustainable ventures and start-ups.
Ethical Leadership and Social Responsibility : Instil strong ethical values, integrity, and a deep sense of responsibility and
empower students to make meaningful societal contributions to technological changes through lifelong learning initiatives.
Value
- Excellence: Delivering high-quality education in electronics and communication through advanced labs, expert faculty, and industry-aligned curriculum that prepares students to excel in a competitive tech world.
- Integrity: Fostering ethical engineering practices, transparency, and responsibility, empowering students to build trustworthy technologies and uphold professional standards.
- Innovation: Encouraging creativity and problem-solving to design cutting-edge solutions in areas like IoT, AI, wireless communication, and embedded systems.
- Sustainability: Promoting eco-friendly engineering solutions and energy-efficient technologies that contribute to a smarter, greener, and more sustainable future.
- Collaboration:Building strong teamwork through industry partnerships, research projects, and interdisciplinary learning to solve real-world challenges effectively.
Programmes Offered
Our engineering programmes are designed to provide you with a solid foundation in both core engineering concepts and specialised areas, ensuring that you are prepared for diverse roles in the global job market.
UG - Programs
B.Tech in Electronics and Communications Engineering
Focused on the principles of electronics and communication systems, this programme covers topics like circuit design, signal processing, and telecommunication. You will develop the skills to work with modern electronic devices and communication technologies in diverse fields.
B.Tech in Electronics and Communications Engineering - IOT
Electronics and Communication Engineering (ECE) with Internet of Things (IoT), offered in collaboration with IBM, is a flagship programme that blends core electronics with smart, connected technologies.It equips students with industry-driven skills in IoT, embedded systems, and data-driven innovation to build intelligent solutions for the future.
B.Tech – Electronics Engineering – VLSI Design (L & T)
B.Tech Electronics Engineering with VLSI Design, offered in collaboration with Larsen & Toubro, is a flagship programme focused on advanced chip design and semiconductor technologies. It equips students with industry-oriented skills in VLSI, IC design, and embedded systems to drive innovation in next-generation electronics.
B.Tech – Electronics Engineering –Autonomous Systems and Robotics (Shneider Electric)
B.Tech – Electronics Engineering in Autonomous Systems and Robotics, offered in collaboration with Schneider Electric, is an industry-integrated program focused on intelligent automation and smart robotics technologies. It equips students with industry-relevant skills in robotics, control systems, AI, and automation to build next-generation autonomous solutions.
PG - Programs
M.Tech – IoT and Sensor Systems
M.Tech (Master of Technology) programme in IOT and Sensors Systems typically lasts for two years and consists of four semesters. Each semester generally spans around four to six months, during which students engage in advanced coursework, research projects, seminars, and potentially internships or industrial training depending on the program requirements. Throughout the M.Tech program, students delve deeper into topics related to communication systems, including wireless communication, digital communication, networking, signal processing, and related areas, preparing them for specialized careers in the field
PhD - ECE
Ph.D. in ECE
A Ph.D. in ECE is a research-oriented program that lasts for around 3 to 5 years.Students primarily focus on their research work under the guidance of a faculty advisor or research supervisor. The exact duration and structure of a Ph.D. program in ECE can vary based on factors such as the student's research topic, progress, funding availability, and specific requirements of the institution or doctoral program.
Scholarship Details
We understand that financial support is a key factor in pursuing higher education. Takshashila University offers a range of scholarships to ensure that talented students can pursue their studies without financial concerns. These scholarships are based on academic performance and financial need.
Academic Scholarship
- 60% - 75% Marks: 10% in concession in tuition fees
- Above 75% - 90% Marks: 25% in concession in tuition fees
- 90% and above Marks: 50% in concession in tuition fees
Sports Scholarship
- District Level: 25% concession in tuition fees
- State Level: 50% concession in tuition fees
- National Level: 75% concession in tuition fees
- International Level: 100% concession in tuition fees
Leadership Message – School In-charge
School of Core Engineering
Dr.P.Mangayarkarasi, B.E., M.Tech., Ph.D
The School of Core Engineering at Takshashila University is committed to nurturing future-ready engineers equipped with strong fundamentals, technical excellence and a spirit of innovation. Our programmes are thoughtfully designed to blend theoretical knowledge with hands-on experience, enabling students to solve real-world challenges with confidence and creativity At Takshashila University, we foster a learning environment rooted in integrity, collaboration, and continuous growth. With strong industry partnerships, state-of-the-art laboratories, and dedicated faculty, we empower our students to become responsible professionals and leaders who contribute meaningfully to society and technological advancement. I invite you to join the School of Core Engineering at Takshashila University and be a part of our vibrant academic community as you embark on a journey of knowledge, discovery, and success.
Faculties
Our faculty members are experts with years of experience in academia and industry. They are dedicated to helping you succeed, offering guidance and support both inside and outside the classroom. You will learn from professionals who are actively engaged in cutting-edge research and have strong industry ties, providing you with valuable insights into the latest trends and best practices in engineering and technology.
Dr.A.Latha
Professor
Dr.C.Ramesh Babu Durai
Professor
Dr.R.Aravind
Asso.Professor
Ms.L.Megala
Asst.Professor
Ms.K.Kowsalya
Asst.Professor
Mr.G.Pradeep
Asst.Professor
Ms.V.Sakthipriya
Asst.Professor
Mr.G.Sangeetha
Asst.Professor
Ms.M.Sowmiya
Asst.Professor
Mr.M.Vinoth
Asst.Professor
Student Life
You will have opportunities for internships, industry collaborations, and hands-on projects that allow you to apply your learning in real-world scenarios. Our diverse student body ensures that you will be exposed to a range of perspectives, preparing you for a successful career in the global technology landscape.
Career Prospects
Graduates from the School of Core Engineering, specializing in Electronics and Communication Engineering (ECE), have a wide range of career opportunities across core and emerging industries. In core sectors, they can work as Electronics Engineers, Communication Engineers, Embedded Systems Engineers, and VLSI Design Engineers, contributing to the development of modern communication systems, semiconductor technologies, and electronic devices.
With strong exposure to advanced technologies, students are also well-prepared for careers in emerging domains such as Internet of Things (IoT), Artificial Intelligence (AI), robotics, automation, and smart systems. Their technical and programming skills make them equally competitive in the IT and software industry, where they can take up roles like Software Developer, Data Analyst, and Network Engineer.
In addition to private sector opportunities, graduates can explore careers in government organizations and public sector units through competitive exams. Higher education options such as M.Tech, MS, MBA, and Ph.D. enable specialization and research advancement. The program also encourages innovation and entrepreneurship, empowering students to develop startups and contribute to cutting-edge technological solutions on a global scale
Admission Information & Process
We welcome applications from students passionate about engineering and technology. The admissions process is simple and transparent, ensuring you receive all the guidance needed to succeed. Please visit our admissions page for detailed information about the application steps, eligibility criteria, and deadlines for the top engineering colleges in Tamil Nadu.
We look forward to receiving your application and helping you embark on an exciting career in engineering and technology.
You Apply
Click the admission link and enter your details. This quick step will take only 2 Minutes to complete.
We Contact You
After submitting the application, We will contact you and help you with further proceeding.
You Get Your Seat
Once we verify your details and eligibility, you will get allocation for your dream degree program.
For more detailed information about the School of Engineering and Technology’s programmes, facilities, and admissions process, we encourage you to download our brochure.
Frequently Asked Questions (FAQs)
What qualifications are required to apply for the B.Tech programmes?
Applicants must have completed their 10+2 or equivalent with a minimum of 50% marks in Physics, Chemistry, and Mathematics.
How can I apply for scholarships?
Scholarships are based on academic merit and financial need. Please visit our scholarships page for more information and the application process.
What documents do I need to submit with my application?
You will need your 10th and 12th mark sheets, ID proof, passport-size photos, and any other documents mentioned in the application form.
What career support is available for graduates?
We offer career services that assist with job placements, internships, and networking opportunities, ensuring you secure a successful role in the engineering industry.
Why should I choose ECE at this university?
The department offers a strong academic foundation, industry-oriented programs, modern infrastructure, and excellent career opportunities in both core and emerging technologies
What career opportunities are available after ECE?
Graduates can work in areas such as telecommunications, semiconductor industry, embedded systems, IoT, robotics, software development, and core electronics industries.
What are the key subjects covered in ECE?
Core subjects include digital
electronics, analog circuits, communication systems, microprocessors, VLSI
design, signal processing, and wireless communication.
Does the department provide practical learning experience?
Yes, students gain hands-on experience through well-equipped laboratories, projects, internships, and industry collaborations.
Are there industry collaborations in the ECE department?
Yes, the department collaborates with leading industries to offer specialized programs, workshops, certifications and real-world exposure.
What are the higher study options after ECE?
Students can pursue M.Tech, MS, MBA, or research programs in areas like VLSI, communication systems, robotics and artificial intelligence.
Is coding important for ECE students?
Yes, programming skills are essential for areas like embedded systems, IoT, signal processing and software-related roles
What kind of projects do ECE students work on?
Students work on projects related to IoT devices, robotics, communication systems, automation, smart technologies, and embedded systems.
Does the department support placements?
Yes, the department provides placement training, internships and opportunities with leading companies in both core and IT sectors.
