Engineering knowledge: Comprehend the fundamental knowledge related to domains of statistical mathematics, science and engineering specialization to articulate complex engineering issues
Problem analysis: Recognize the research gaps and formulate the substantial view underlying decisive analysis to project critical conclusions over engineering problems
Design/development of solutions: Develop an aptitude to streamline processes for designing system components addressing specific needs of complex engineering problems
Conduct investigations of complex problems: Inculcate research oriented propensity and apply methodology to analyze data and design experimentations while articulating scope to provide valid conclusions
Modern tool usage: Opt, train and apply suitable advance IT tools and techniques in cutting edges of AI & ML field to leverage the business cohort’s
The engineer and society: Identify the role of engineers in societal development and contextually extend the services of AI & ML inline to realm of healthcare, security and cultural issues
Environment and sustainability: Follow the standards practices for conservation of environment and develop the proficient sustainable engineering solutions
Ethics: Practice the core values underlining the ethical principles and commitment towards professional responsibilities
Individual and team work: Work efficiently as an individual/member in a team with effectively addressing the leadership qualities in multidisciplinary teams
Communication: Communicate in point of fact on complex engineering activities with society at large encompassing the vital ability to comprehend, design and write effective reports along with effective presentations
Project management and finance: Demonstrate the knowledge of engineering and management principles for standard project development in team/individual essentially mitigating multidisciplinary environment
Life-long learning: Identify the need and elevate the ability to engage in independent as well as life-long learning to acquaint technological changes for betterment of mankind
Programme Specific Outcomes
PSO1: Design and develop applications of AI & ML for Data analytics, Augmented / Virtual Reality (AR/VR), health care systems and allied domains
PSO2: Utilize dynamic up-scaling of AI and ML techniques for industrial applications in the areas including Robotics, Autonomous Systems, Natural Language Processing, IOT, Cloud Computing, Security, Networks, Computing, Open source technologies and emerging areas
PSO3: Demonstrate use of AI and ML techniques for solutions of real life problems