Chitranjan Kumar is a lecturer at SIIT. He completed his Bachelor of Engineering in the year 2009 and M.Tech in 2011. He holds 11 years of experience in his field of study. He wrote a thesis on “ A wavelet approach for system Identification.”

SIIT

What teaching methods do you employ to make electronic concepts more understandable for students?

I believe in a hands-on approach to teaching Electronics. I incorporate practical demonstrations, experiments, and simulations to help students visualize and understand complex concepts. I also encourage active participation through group discussions, problem-solving exercises, and projects to enhance their learning experience.

How do you ensure that students are well-prepared for careers in the electronics industry?

I design the curriculum to align with industry requirements and emphasize practical skills that are in demand. I provide opportunities for students to work on real-world projects, internships, and industry collaborations. Additionally, I guide them in developing their technical and soft skills, such as communication and teamwork, which are essential for success in the electronics industry.

How do you support students who may be struggling with Electronics coursework?

I believe in providing personalized attention to students who are facing difficulties. I offer extra office hours for one-on-one consultations, where students can ask questions and seek clarification. I also provide additional resources, such as online tutorials and practice problems, to help them strengthen their understanding. Additionally, I encourage students to form study groups and facilitate digital and person-to-person learning. 

What qualifications and experience do you have as an electronics faculty in a college?

I hold a Master’s degree in Electronics Engineering and have over 10 years of teaching experience in various colleges and universities. I have also worked in the industry which has provided me with practical knowledge to enhance my teaching.

How do you promote a collaborative and inclusive learning environment in your Electronics classes?

I encourage students to work in teams on projects and assignments, collaborations and communication skills. I also ensure that all students feel comfortable and valued in the classroom by promoting an inclusive and respectful environment. Additionally, I provide extra support to students who may require it, such as organizing study groups or offering additional resources. 

What teaching methods do you employ to ensure effective learning for your students?

I believe in a combination of theoretical concepts and practical applications. I use multimedia presentations, hands-on experiments, and simulation software to engage students and help them understand complex topics. I also encourage group discussions and problem-solving exercises to foster critical thinking skills.

How do you assess the progress of your students in Electronics courses?

I use a variety of assessment methods, including regular quizzes, assignments, and exams. Additionally, I assign projects that require students to apply their knowledge in real-world scenarios. I also provide timely feedback and one-on-one consultations to address any difficulties students may face.