Department of First Year
To create efficient professionals possessing effective knowledge of Mathematics, Science, Technical fundamentals and Communication Skills.
Program Outcomes (POs)
An ability to apply knowledge of mathematics, science and engineering fundamentals in the field of computing.
Critically identify, formulate and evaluate emerging topics and the recent development in the field and Provide solution to futuristic engineering problems.
The broad education necessary to understand the impact of engineering solutions in a global, economic, environmental and societal context.
Ability in requirement gathering, design and implementation of software with computer systems to analyze and interpret the data.
An ability to use the techniques, logical and analytical skills and modern engineering tools necessary for engineering practice.
An ability to design a system component or process to meet desired needs within realistic constraints such as economic, environmental, social, cultural and safety issues.
An ability to understand an impact of engineering knowledge towards society and environment with need to sustainable solutions.
To inculcate professional ethics.
An ability to function effectively, individually and in teams to accomplish a common goal.
An ability to communicate solutions of complex computing problems effectively using reports and presentations to wide range of audiences.
To instill leadership and managerial skills in multidisciplinary environment.
Recognition of the need for and an ability to engage in life-long learning.
Course Outcomes (COs)
Applied Mathematics I
To study different forms of complex Numbers, Various types of functions of complex nos.
To study types of matrices and their normal form.
To solve system of equations using matrix methods.
To study successive differentiation and partial differentiation of different functions.
To study application of partial differentiation and expansions of different functions.
Applied Mathematics II
To study special functions like Beta Gamma functions.
To solve first order differential equations using different methods.
To solve higher order differential equations.
To study numerical solutions of first order differential equations.
To evaluate multiple integrals and study their applications.
Applied Physics I
Identify basic crystalline structures &Understand use of X-rays as a tool for structure analysis.
Understand semiconductor structures &working of basic semiconductor devices.
Acquire knowledge of properties & role of ferromagnetic and dielectric materials in industrial devices.
Learn designing aspect of good acoustic hall & role of ultrasonic waves in different fields
Applied Physics II
Implement basic optical phenomenon like interference, diffraction & electron deflection.
Get knowledge of fundamental working principle & applications of laser source & fiber optic cables in communication systems.
Apply basic concepts in quantum mechanics to solve Schrodinger equation &changes in properties at Nano level.
Explain basic characteristics & applications of superconductivity.
Applied Chemistry I
Understand the specification of Industrial and Domestic water and Recycling of waste water.
Acquire knowledge of polymers as an indispensable engineering material in everyday life.
Study the characteristics of lubricants, Principle of lubrication, to keep pace with the advancement in Lubricant Technology.
Study the behaviour of substances when exposed to variable factors and its significance.
Understand the characteristics of cement, refractories, carbon nanomaterial as an important Engineering material & its utility.
Applied Chemistry II
Understand the impact of Corrosion and effective controlling techniques.
Understand the necessity of making Alloys, Art and Science of manufacturing it and uses.
Learn the characteristics of Fuels and to explore about alternative Fuels.
Acquire knowledge of the characteristics of Composites, as an Advanced engineering material and Applications
Know and to promote Safe and Sustainable use, Production and Recycle of chemical materials.
To speak, listen and write effectively using various channels of communications.
To comprehend technical and industry- oriented passages, and to summarize them.
To learn to use effective tools of business communication such as business letters to correspond with relevant sections of society.
To apply technical writing as means of giving and receiving instructions related to engineering concepts.