Manonmaniam Sundaranar University Assistant Professor Interview Questions and Answers

Q1. Questions were related to subject.
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Q1. About previous salary, so that they can negotiate with the teacher and fix an amount of their wish!
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Q1. Basic Concepts related to computer science
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Q1. Tell us about yourself
Ans. 
I am a dedicated and passionate educator with a strong background in research and teaching.
• Ph.D. in [Subject] from [University]

• Published research papers in reputable journals

• Experience teaching [Subject] at [University]

• Passionate about mentoring students and fostering a love for learning
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Q2. Questions from DS and DAA (Resume)
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Q1. Demo class on selected topic.
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Q2. Choose the subjects that you have a sound knowledge.
Ans. 
I have sound knowledge in Mathematics, Computer Science, and Data Structures.
• Mathematics: Algebra, Calculus, Geometry, Trigonometry

• Computer Science: Programming languages (C++, Java, Python), Algorithms, Operating Systems

• Data Structures: Arrays, Linked Lists, Stacks, Queues, Trees, Graphs
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Q1. 1. What is control volume FEM?
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Control volume FEM is a numerical method used to solve fluid flow problems.
• It involves dividing the fluid domain into control volumes and applying the finite element method to each volume.

• The method is used to solve problems related to fluid dynamics, such as heat transfer, mass transfer, and fluid flow.

• It is commonly used in engineering and physics applications.

• An example of its use is in the design of heat exchangers
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Q2. 2. What are the differences between FDM, FVM and FEM?
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FDM, FVM and FEM are numerical methods used for solving differential equations.
• FDM (Finite Difference Method) approximates derivatives using finite differences

• FVM (Finite Volume Method) approximates integrals over control volumes

• FEM (Finite Element Method) approximates solutions using piecewise polynomial functions

• FDM and FVM are typically used for structured grids, while FEM is used for unstructured grids

• FEM is often ...read more
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Q3. 3. How you have considered the computational time?
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I have considered computational time by optimizing algorithms and using efficient data structures.
• I have analyzed the time complexity of algorithms and chosen the most efficient ones.

• I have used data structures like hash tables and binary trees to reduce search time.

• I have also parallelized certain tasks to reduce overall computational time.

• For example, in my research on image processing, I used parallel computing to s
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Q4. 4. What is the novelty of your research work?
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My research work proposes a novel approach to solving a long-standing problem in the field of computer science.
• My research work challenges the traditional methods of solving the problem and offers a new perspective.

• I have developed a new algorithm that significantly improves the efficiency and accuracy of the existing methods.

• My work has the potential to revolutionize the field and has already received recognition from...read more
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Q1. About salary and other benifits.
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Asked to prepare a 5 min presentation on any subject i am comfortable in. After the presentation was some questions related to the presentation subject. Followed by questions regarding previous research works and published papers. Finally questions regarding previous work experience.

Q1. Are you willing to relocate near the institute?
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Q2. How soon can you join?
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Q3. What is your salary expectation?
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Q4. If phd is not complete then expected completion time.
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Q5. Other areas of interest. Any expertise.
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Q1. Asked about a topic of ppt presentation
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Q2. Nothing asked frm that ppt and the topic
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Q1. DNA replication in prokaryotic system.
Ans. 
DNA replication in prokaryotic system involves initiation, elongation, and termination stages.
• Initiation involves the binding of DnaA protein to the origin of replication

• Elongation is carried out by DNA polymerase III, which adds nucleotides to the growing strand

• Termination occurs when two replication forks meet at the termination site

• Prokaryotic DNA replication is bidirectional and semi-conservative

• Errors during repli...read more
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Q2. Prepare something that you can teach.
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Q3. Questions on the same things that you wat to teach
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Q1. Explain the most important feature of Special Theory of Relativity
Ans. 
The most important feature of Special Theory of Relativity is the principle of relativity.
• The principle of relativity states that the laws of physics are the same in all inertial reference frames.

• This means that the physical laws and phenomena do not depend on the observer's motion.

• It led to the concept of time dilation and length contraction.

• For example, the famous equation E=mc^2 is a consequence of the principle of
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Q1. Expected salary and notice period
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