Frequently Asked QuestionsQuestion: How is the course curriculum for B.E. / B.Tech at JNNCE?
{Source: B.E. / B.Tech students & alumni}
Course Curriculum for B.E./B.Tech at JNNCE
Based on the reviews and feedback from students and alumni, here's an overview of the course curriculum for B.E./B.Tech at JNNCE:
* Relevance: Most students agree that the course curriculum is relevant to the industry, preparing them for their respective fields.
* Old-fashioned syllabus: Some students feel that the syllabus could be updated to include newer technologies and trends in the industry.
* Industry-readiness: While most students report that the course prepares them for their careers, others believe that the curriculum needs to be modified to make students industry-ready.
* Teaching quality: Faculty members are generally considered helpful and knowledgeable, although some students mention that they need to study independently due to the lack of emphasis on practical knowledge.
* Practical knowledge: Several students recommend improving practical knowledge, particularly in areas like circuitry and programming languages.
* VTU affiliation: As a VTU-affiliated institution, the course follows a standardized syllabus, which some students find limiting.
It's essential to note that these views are subjective and may vary depending on individual perspectives and expectations.
Here's a breakdown of the course structure for various streams:
* Mechanical Engineering
+ Relevant topics: Students appreciate the inclusion of topics like robotics, automation, and manufacturing processes.
+ Practical knowledge: Improvement needed in areas like CAD design and CNC machining.
* Electronics and Communication Engineering
+ Relevant topics: Topics like VLSI design, embedded systems, and microwave engineering are appreciated.
+ Practical knowledge: More emphasis on hands-on learning and experimental-based education.
* Computer Science and Information Technology
+ Relevant topics: Students welcome topics like cloud computing, artificial intelligence, and cybersecurity.
+ Practical knowledge: Focus on developing soft skills and emphasizing teamwork projects.
Overall, while there are mixed opinions about the course curriculum, students recognize the importance of staying up-to-date with industry developments and adapting to changing technological landscapes.
Remember that individual experiences may differ, and it's crucial to weigh multiple viewpoints when considering a program.
Course Curriculum for B.E./B.Tech at JNNCE
Based on the reviews and feedback from students and alumni, here's an overview of the course curriculum for B.E./B.Tech at JNNCE:
* Relevance: Most students agree that the course curriculum is relevant to the industry, preparing them for their respective fields.
* Old-fashioned syllabus: Some students feel that the syllabus could be updated to include newer technologies and trends in the industry.
* Industry-readiness: While most students report that the course prepares them for their careers, others believe that the curriculum needs to be modified to make students industry-ready.
* Teaching quality: Faculty members are generally considered helpful and knowledgeable, although some students mention that they need to study independently due to the lack of emphasis on practical knowledge.
* Practical knowledge: Several students recommend improving practical knowledge, particularly in areas like circuitry and programming languages.
* VTU affiliation: As a VTU-affiliated institution, the course follows a standardized syllabus, which some students find limiting.
It's essential to note that these views are subjective and may vary depending on individual perspectives and expectations.
Here's a breakdown of the course structure for various streams:
* Mechanical Engineering
+ Relevant topics: Students appreciate the inclusion of topics like robotics, automation, and manufacturing processes.
+ Practical knowledge: Improvement needed in areas like CAD design and CNC machining.
* Electronics and Communication Engineering
+ Relevant topics: Topics like VLSI design, embedded systems, and microwave engineering are appreciated.
+ Practical knowledge: More emphasis on hands-on learning and experimental-based education.
* Computer Science and Information Technology
+ Relevant topics: Students welcome topics like cloud computing, artificial intelligence, and cybersecurity.
+ Practical knowledge: Focus on developing soft skills and emphasizing teamwork projects.
Overall, while there are mixed opinions about the course curriculum, students recognize the importance of staying up-to-date with industry developments and adapting to changing technological landscapes.
Remember that individual experiences may differ, and it's crucial to weigh multiple viewpoints when considering a program.
