Features : -

1. Completed 16 years successfully.

2. Qualified, experienced, motivated and coordinated faculty.

3. Well equipped and spacious laboratories with latest softwares, equipments and computers.

4. Strong industry institute interaction.

5. Active students association ACES.

6. Strong alumni linkage.

Faculty Qualification:

Faculty Experience:

Program Educational Objectives (PEOs)

Graduates will be,

1. Able to work efficiently in multidisciplinary and multicultural environment

2. Able to function effectively as professionals having excellent interpersonal skills with ethical and social obligations.

3. Able to design and develop computing system using modern technologies by adapting business intelligence and challenges. 

4. Able to acquire capabilities with aptitude for higher education and entrepreneurship

5. Able to lead in their respective domain and contribute positively to the needs 

of society.

Program Outcomes

1. Engineering Knowledge 

Ability to apply knowledge of discrete mathematics, automata theory and computer engineering principles to solve engineering problems.

2. Problem Analysis

Ability to synthesize problem statement, interpret the relevant data structure and formulate optimal solution by deciding effective algorithm design technique.

3. Design/Development of Solutions

Ability to design a system architecture, by applying software engineering paradigms that meet the specified needs with appropriate consideration.

4. Conduct investigations of complex problems

Ability to interpret the complex problem and resolve it by using 

5. Modern usage tools

Ability to model and simulate various complex computational activities by using modern engineering and IT tools.

6. The engineer and society

Ability to apply reasoning in domain specific knowledge to meet the consequent responsibilities relevant to the professional engineering practice.

7. Environment and sustainability

Ability to demonstrate the sustainable engineering solutions in the context of society and environment 

8. Ethics

Ability to apply the principle of professional ethics to computational practices.

9. Individual and team work

Ability to represent effectively multi-disciplinary settings of diverse team.

10. Communication

Ability to communicate effectively with stake holders to deal with technical and non-technical documentation and demonstration.

11. Project management and finance

Ability to be conversant with and use modern project management techniques by developing the skills to become good project team members and managers

12. Lifelong learning 

Ability to identify the need for training and research to engage in self-determined long –life-learning in the context of technical revolutions