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Electronics and communication have become an integral part of nearly every domain on a worldwide scale. The Electronics Sector has had annual growth of 41% with new technology creating a wealth of opportunities for ECE Engineers.
Electronics and Communications Engineering (ECE) is concerned with the study, design, development, and testing of electronics along with design and supervision of production of communications and broadcast systems. Woxsen’s B.Tech (ECE) provides a platform for being familiar with industry-level projects in order to learn about and be exposed to cutting-edge technologies and communications that are part of and growing in today's fast changing world.
Semester 01
+Subject | Practicals |
---|---|
Physics | Basic Electrical & Electronics Lab |
Mathematics-1 (Calculus & Linear Algebra) | Physics Lab |
Basic Electrical & Electronics | Programming for Problem Solving Lab using C |
Engineering Graphics | Engineering Graphics Lab |
Programming for Problem Solving | |
Environmental Sciences/Design Thinking |
Semester 02
+Subject | Practicals |
---|---|
Chemistry | Chemistry Lab |
Mathematics – II (Differential Equations, L & Z Transform) | English Communication lab |
English | Workshop Practices |
Workshop/Manufacturing Practices | |
Engineering Mechanics | |
Environmental Sciences/Design Thinking |
Semester 03
+Subject | Practicals |
---|---|
Mathematics III (Discrete, Numerical) | Network Analysis Lab |
Network Analysis & Synthesis | Analog Electronics I Lab |
Electromagnetic Theory | IT Workshop using MATLAB |
Analog Electronics I | Data Structures Lab using python |
Signals and System | |
Data Structures |
Semester 04
+Subject | Practicals |
---|---|
Analog Electronics II | Analog Electronics II Lab |
Digital Electronics | Digital Signal Processing Lab |
Digital Signal Processing | Digital Electronics Lab |
Analog & Digital Communication System | Analog & Digital Communication Lab |
Artificial Intelligence |
Semester 05
+Subject | Practicals |
---|---|
Electronic Measurement & Instrumentation | IoT Lab |
Microprocessor & Microcontroller | Microprocessor & Microcontroller Lab |
Data Communication & Networking | Object Oriented Programming Lab using Java |
Control Systems | Control Systems Lab |
IoT Fundamentals and Architecture | Minor Project - I |
Object Oriented Programming |
Semester 06
+Subject | Practicals |
---|---|
Broadband Access Technology | Embedded Systems Lab |
Embedded Systems | Fiber Optics Communication System lab |
Fiber Optics Communication System | Microwave & Communication Engg Lab |
Microwave Engineering | Digital Image Processing Lab |
Wireless Sensor Networks | Minor Project - II |
Digital Image Processing |
Semester 07
+Subject | Practicals |
---|---|
VLSI Design | VLSI Design Lab |
Antenna Theory and Wave Propagation | Major Project - I |
Cellular Communication | |
Elective I |
Semester 08
+Subject | Practicals |
---|---|
5G Communication | Major Project - II |
Cyber Security | |
Elective II | |
Open Elective |
Solve complex, new-age engineering problems by applying fundamental knowledge of mathematics, science, and engineering to come up with inventive solutions
Identification, Reviewing previously conducted studies, and Analysis of Industry 5.0 Engineering Problems to reach conclusions using the fundamental principles of mathematics, science, and engineering sciences
Understanding and recognising limitations while developing and applying available resources, techniques, and in-demand engineering tools to complex engineering activities
Engineering necessitates the application of ethical principles and a commitment to professional ethics, as well as taking on societal responsibilities and adhering to engineering norms
Harnessing the modern technologies to their full potential while understanding the societal and environmental impact of their solutions and demonstrating knowledge of sustainable practises for the safety and betterment of society
Evaluation of overall societal issues as well as the responsibilities that rise with them in the modern and professional engineering context by applying contextual information
Learn to identify, research, and analyse complex electronics and communication problems, as well as apply practical skills and knowledge in major Electronics and Communication streams such as VLSI, IoT, and Industrial Engineering
Learn to design components or procedures that meet defined needs and provide solutions to complex electronics and communication problems using technical knowledge and problem-solving skills
Develop and demonstrate skills in the development of methods, procedures, and solutions for the implementation of cost-effective and efficient decisions in the field of Electronics and Communication Engineering
Learn to devise, develop, and test diverse electronics and communication-based systems and equipments through IT workshop using MATLAB/Manufacturing Practices
Learn and understand the operation of analog and digital communication as well as network analysis through hands-on experience
Learn about purpose-built embedded systems for specific applications, as well as their optimizations resulting cost reduction and optimum resource consumption
Graduates of the B.Tech program will be able to apply their knowledge for developing novel solutions to the existing real-world problems and can look forward to a wide range of roles in advanced computing and related disciplines including:
What are the specializations under B.Tech?
+Based on our research on the latest industry trends, Woxsen has curated eight exclusive specializations under Bachelor of Technology programs for our discerning student community.
What does Woxsen's Applied/Practical Learning cover?
+Woxsen's pedagogy believes in 40% of practical learning through various avenues, from Lab Studies, Industry Projects, Intdustry Interaction, Internships, Competitions & More.
What does Global Exposure in Woxsen's B.Tech Program include?
+Woxsen’s exclusive International Exchange Program for B.Tech with 12+ World’s Leading Universities is structured to promote international mobility of the students for gaining Global Learning Experience. The duration of these programs are 3-6 months depending on the university you choose to study in.
Does Woxsen provide placement assistance?
+Woxsen's dedicated placement cell not only provides assistance for internship & final placement but also prepares students with Interview Skills, Resume Writing, Communication Skills & more. With 100% placement track-record in its PG flagship programs, Woxsen is a name to reckon with amongst recruiters representing leading corporates. Placement drive 2022 saw over 124 prominent corporates.
Does Woxsen provide scholarship?
+Woxsen encourages meritorious students and awards scholarships of up to 50% to UG students. To calculate your scholarship click here
What's the fee structure for B.Tech Program?
+The B.Tech Program offered at Woxsen University is a Residential Program. Therefore the fee stucture includes Academic Fees + Accommodation & Food Charges. Download the B.Tech Fee Structure click here
How is the campus life and culture at Woxsen?
+Woxsen University believes in the holistic development of its students as well as academic excellence. The diverse and vibrant student community participates in a variety of activities, including 12+ student clubs, events, competitions, and more. Woxsen's sports arena, called "The League," provides a plethora of International Standard facilities for those interested in sports, while the gym caters to fitness enthusiasts. The campus also has cafes and a multi-cuisine restaurant where students can socialise and unwind.
Here’s a sneak peak of what its to be at Woxsen, click here
What are the Accepted Entrance Tests at Woxsen?
+To apply for the B.Tech programs, one must submit either of these scores: IIT JEE Mains, CUET, VITEEE, AP & TS – EAMCET or MHT CET. For candidates not possessing any of these scores, Woxsen–JEET (W–JEET) will be mandatory. W-JEET is an online 3 hour test with 160 Questions for 160 Marks.