| Dr. Udai Shanker | |
| Designation | Professor & Director |
| Qualification | PhD |
| Area of Interest | Artificial Intelligence, IOT |
| Nature of Association | Regular |
| Date of Joining | 26-07-2025 |
| Innovation |
Pedagogical Innovation -Implemented activity-based learning methods focused on solving practical problems. Assessment Innovation – Encouraged peer evaluation where groups assessed each other’s case study work. Digital Innovation- Shared learning resources in digital formats including videos and PDF documents. |
| Dr. Kakoli Rao(Head of Department) | |
| Designation | Professor &Head |
| Qualification | PhD |
| Area of Interest | Artificial Intelligence, Machine Learning |
| Nature of Association | Regular |
| Date of Joining | 01-01-2026 |
| Innovation |
Pedagogical Innovation – Practical, industry-relevant case studies were integrated with theoretical teaching in Software Engineering. Assessment Innovation – Ongoing assessment was carried out through participation in case-based discussions. Digital Innovation- Case study conversations were continued using online collaborative tools. |
| Dr. A.L.N RAO | |
| Designation | Professor |
| Qualification | PhD |
| Area of Interest | Artificial Intelligence, Machine Learning |
| Nature of Association | Regular |
| Date of Joining | 01-01-2026 |
| Innovation |
Pedagogical Innovation -Team-based problem-solving activities were conducted with mentoring during discussions and presentations. Assessment Innovation -Assessment was based on active participation and quality of input in group tasks. Digital Innovation – Online templates were provided to maintain consistency in solution development and reporting. |
| Dr. ANURAG UPADHYAY | |
| Designation | Assistant Professor |
| Qualification | Ph.D |
| Area of Interest | Artificial Intelligence / Cybersecurity, Renewable Energy / Machine Learning |
| Nature of Association | Regular |
| Date of Joining | 16-08-2024 |
| Innovation |
Pedagogical Innovation – Interactive methods, including group discussions, were implemented to strengthen understanding. Assessment Innovation – Student performance was evaluated through regular assignments. Digital Innovation – Digital presentations supported effective and engaging classroom instruction. |
| Dr. HARVENDRA KUMAR PATEL | |
| Designation | Professor |
| Qualification | Ph.D |
| Area of Interest | CSE |
| Nature of Association | Artificial Intelligence |
| Date of Joining | 04-06-2022 |
| Innovation |
Pedagogical Innovation – Designed real-world problem statements related to data structures, encouraging students to analyze and solve practical computing problems. Assessment Innovation – Students were assessed in groups based on their teamwork and effectiveness in presenting case study solutions. Digital Innovation – Online environments were utilized for coding, testing, and debugging solutions to real-world problems. |
| Dr. MOHD WAZIH AHMAD | |
| Designation | Professor |
| Qualification | Ph.D |
| Area of Interest | CSE |
| Nature of Association | Artificial Intelligence, Machine Learning IOT |
| Date of Joining | 29-08-2022 |
| Innovation |
Pedagogical Innovation – Industry-oriented case studies were discussed in subjects like Software Engineering to connect theory with practice. Assessment Innovation – Participation-based assessment was conducted during case discussions. Digital Innovation- Online discussion platforms were used to continue case study discussions beyond class hours. |
| Dr. NAZIA TABASSUM | |
| Designation | Associate Professor |
| Qualification | Ph.D |
| Area of Interest | Quantum Computing / IoT Security |
| Nature of Association | Regular |
| Date of Joining | 30-01-2021 |
| Innovation |
Pedagogical Innovation – Teams are formed, problems are given to the students, and they receive guidance during group discussions and presentations Assessment Innovation- Participation and contribution of each student were assessed during discussions and presentations. Digital Innovation – Digital templates and formats were provided to standardize problem analysis and solution documentation. |
| Mr. MOHD SHAHNAWAZ | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Artificial Intelligence/ Cybersecurity/ Data Analytics |
| Nature of Association | Regular |
| Date of Joining | 01-02-2024 |
| Innovation |
1.Pedagogical Innovation – Activities like case studies on DBMS were conducted in class. 2. Assessment Innovation – Group-wise assessment was conducted where students were evaluated on teamwork, participation, and presentation of case study solutions. 3. Digital Innovation – Digital case study materials like real-world datasets were shared. |
| Mr. ABHISHEK KUMAR | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Cybersecurity / Cloud Computing |
| Nature of Association | Regular |
| Date of Joining | 23-06-2022 |
| Innovation |
1.Pedagogical Innovation – Interactive methods, including group discussions, were implemented to strengthen understanding. 2. Assessment Innovation – Student performance was evaluated through regular assignments. 3. Digital Innovation – Digital presentations supported effective and engaging classroom instruction. |
| Mr. ARPIT | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Predictive Analytics / Data Science |
| Nature of Association | Regular |
| Date of Joining | 23-08-2024 |
| Innovation |
Pedagogical Innovation – Created application-oriented problem statements to connect data structure concepts with real computing challenges. Assessment Innovation – Evaluation emphasized collaborative effort and presentation effectiveness of solutions. Digital Innovation – Online development platforms were leveraged for implementing and validating solutions. |
| Mr. AZHAR AHMED | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Artificial Intelligence, Machine Learning |
| Nature of Association | Regular |
| Date of Joining | 02-11-2020 |
| Innovation |
Pedagogical Innovation – Teams are formed, problems are given to the students, and they receive guidance during group discussions and presentations. Assessment Innovation – Individual team leader presented the solution and peer teams gave feedback. Digital Innovation – Some teams presented through PPTs. |
| Dr. BALAK RAM | |
| Designation | Assistant Professor |
| Qualification | PhD |
| Area of Interest | IoT / Smart City / Data Analytics |
| Nature of Association | Regular |
| Date of Joining | 20-01-2020 |
| Innovation |
Pedagogical Innovation – Lecture videos and reading materials were shared in advance, and classroom time was used for discussions. Assessment Innovation – Frequent quizzes, assignments were conducted to assess their performance. Digital Innovation –Utilizes multimedia tools to enhance the learning experience and provide engaging digital content through i.e. You Tube Video |
| Mr. CHAND BABU | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Data Analytics |
| Nature of Association | Regular |
| Date of Joining | 05-08-2023 |
| Innovation |
Pedagogical Innovation – Real-world industry case studies were incorporated into Software Engineering to strengthen practical understanding. Assessment Innovation – Learners were evaluated based on their involvement and contributions during discussions Digital Innovation –Digital discussion platforms supported continued interaction beyond classroom hours. |
| Mr. SANJAY KUMAR | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Cybersecurity / Cloud Computing |
| Nature of Association | Regular |
| Date of Joining | 01-02-2022 |
| Innovation |
Pedagogical Innovation – Student-centric methods such as, group discussions used to enhance understanding. Assessment Innovation – Assignments were given to evaluate student performance Digital Innovation – PPTs are used to make teaching–learning interactive, engaging, and effective. |
| Ms. ROOPALI GOEL | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Cybersecurity / Cloud Computing |
| Nature of Association | Regular |
| Date of Joining | 01-08-2022 |
| Innovation |
Pedagogical Innovation – Gave real-world problem statements related to cloud computing and encouraged students to analyze and give feasible solutions for the problems. Assessment Innovation – Step-wise assessment evaluated problem understanding, approach, implementation, and optimization separately. Digital Innovation –Online resources and digital materials like youtube video links were provided to support analysis of cloud-based problems. |
| Ms. SARANYA RAJ | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Artificial Intelligence / Predictive Analytics |
| Nature of Association | Regular |
| Date of Joining | 07-08-2024 |
| Innovation |
Pedagogical Innovation – Used problem-based learning strategies for assessing students
Assessment Innovation – Peer assessment was incorporated, allowing students to review and provide feedback on other groups’ case study analyses.
Digital Innovation – Digital case study materials like PDFs, videos were shared
|
| Dr. SUNIL KHULLAR | |
| Designation | Professor |
| Qualification | PhD |
| Area of Interest | Data Analytics |
| Nature of Association | Regular |
| Date of Joining | 28-07-2025 |
| Innovation |
Pedagogical Innovation- Group-based learning was adopted where teams worked on given problems with continuous mentoring during discussions and presentations.
Assessment Innovation- Students were assessed based on their engagement and input throughout group activities and presentations.
Digital Innovation- Digital formats were used to maintain uniformity in analyzing problems and recording solutions
|
| Dr. K.P SINGH | |
| Designation | Associate Professor |
| Qualification | PhD |
| Area of Interest | Artificial Intelligence / Cybersecurity |
| Nature of Association | Regular |
| Date of Joining | 21/08/25 |
| Innovation |
Pedagogical Innovation – Problem-based team activities were conducted with guided discussions and presentation support.
Assessment Innovation – Assessment emphasized active participation and meaningful contribution in group discussions and presentations.
Digital Innovation – Uniform digital tools and templates were introduced to streamline problem analysis and solution recording.
|
| Dr. K.P SINGH | |
|---|---|
| Designation | Associate Professor |
| Qualification | PhD |
| Area of Interest | Artificial Intelligence / Cybersecurity |
| Nature of Association | Regular |
| Date of Joining | 21/08/25 |
| Innovation |
Pedagogical Innovation – Problem-based team activities were conducted with guided discussions and presentation support. Assessment Innovation – Assessment emphasized active participation and meaningful contribution in group discussions and presentations. Digital Innovation – Uniform digital tools and templates were introduced to streamline problem analysis and solution recording. |
| Dr. VIBHA SINHA | |
|---|---|
| Designation | Associate Professor |
| Qualification | PhD |
| Area of Interest | Natural Language Processing |
| Nature of Association | Regular |
| Date of Joining | 1-08-2025 |
| Innovation |
Pedagogical Innovation – Developed practical, real-life problem scenarios in data structures to promote analytical and problem-solving skills. Assessment Innovation – Group performance was evaluated based on collaboration and clarity in presenting solutions. Digital Innovation – Online platforms were used for coding, testing, and debugging real-world problem solutions. |
| Mr. AMIT GARG | |
|---|---|
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Predictive Analytics / Data Science, Data Analytics / Retail Forecasting |
| Nature of Association | Regular |
| Date of Joining | 04/08/2025 |
| Innovation |
Pedagogical Innovation – Developed practical, real-life problem scenarios in data structures to promote analytical and problem-solving skills. Assessment Innovation – Group performance was evaluated based on collaboration and clarity in presenting solutions. Digital Innovation – Online platforms were used for coding, testing, and debugging real-world problem solutions. |
| Dr. RAKESH KUMAR SINGH | |
|---|---|
| Designation | Associate Professor |
| Qualification | PhD |
| Area of Interest | Predictive Analytics / Data Science |
| Nature of Association | Regular |
| Date of Joining | 22/08/2025 |
| Innovation |
Pedagogical Innovation – Focused on experiential learning by engaging learners in problem-solving activities. Assessment Innovation – Implemented mutual assessment practices where groups reviewed each other’s work. Digital Innovation – Used technology-enabled resources like digital documents and instructional videos. |
| Dr. MOHAMMAD HARIS | |
| Designation | Assistant Professor |
| Qualification | PhD |
| Area of Interest | Artificial Intelligence / Cybersecurity, Cybersecurity / Cloud Computing |
| Nature of Association | Regular |
| Date of Joining | 11-08-2025 |
| Innovation |
Pedagogical Innovation- Learner-focused approaches like group discussions were adopted to improve conceptual clarity.
Assessment Innovation – Assignments were used as a tool to assess student learning and performance.
Digital Innovation- Presentations were incorporated to make the teaching–learning process more interactive and engaging.
|
| Mr. AZHAR AHMAD Khan | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Artificial Intelligence / Cybersecurity |
| Nature of Association | Regular |
| Date of Joining | 28-08-2025 |
| Innovation |
Pedagogical Innovation – Collaborative teams were formed and provided with problem scenarios, along with facilitation during discussions and presentations.
Assessment Innovation – Individual contributions were monitored and assessed during interactive sessions and presentations.
Digital Innovation – Structured digital templates supported consistent documentation of problem solving processes.
|
| Mr. UMASHAKER SHARMA | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Data Analytics / Retail Forecasting |
| Nature of Association | Regular |
| Date of Joining | 21-07-2025 |
| Innovation |
Pedagogical Innovation – Adopted problem-based learning approaches to evaluate understanding through real-world problem solving.
Assessment Innovation- Introduced peer assessment, enabling learners to review case studies of other groups and give constructive feedback.
Digital Innovation – Utilized digital case study resources such as PDFs and videos to support learning.
|
| Dr HARE RAM | |
| Designation | Associate Professor |
| Qualification | PhD |
| Area of Interest | Artificial Intelligence / IOT |
| Nature of Association | Regular |
| Date of Joining | 03/08/2025 |
| Innovation | Pedagogical Innovation – Learner-focused approaches like group discussions were adopted to improve conceptual clarity. Assessment Innovation– Assignments were used as a tool to assess student learning and performance. Digital Innovation – Presentations were incorporated to make the teaching–learning process more interactive and engaging. |
| Dr MONU SINGH | |
| Designation | Associate Professor |
| Qualification | PhD |
| Area of Interest | Artificial Intelligence / Cybersecurity |
| Nature of Association | Regular |
| Date of Joining | 13/01/2020 |
| Innovation | Pedagogical Innovation – Personalized learning was supported through one-to-one oral interactions with each learner. Assessment Innovation – Conceptual understanding of theory was evaluated using oral examinations. Digital Innovation – Digital reference resources were shared to help prepare and revise concepts. |
| Dr ANSHU SINGLA | |
| Designation | Assistant Professor |
| Qualification | PhD |
| Area of Interest | Artificial Intelligence |
| Nature of Association | Regular |
| Date of Joining | 20/08/2024 |
| Innovation | Pedagogical Innovation – Implemented activity-based learning methods focused on solving practical problems. Assessment Innovation – Encouraged peer evaluation where groups assessed each other’s case study Work. Digital Innovation – Shared learning resources in digital formats including videos and PDF documents. |
| Mr. AKSHAY KUMAR | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Artificial Intelligence / HR Analytics |
| Nature of Association | Regular |
| Date of Joining | 07/10/2024 |
| Innovation |
Pedagogical Innovation – Practical, industry-relevant case studies were integrated with theoretical teaching in Software Engineering.
Assessment Innovation – Ongoing assessment was carried out through participation in case-based discussions.
Digital Innovation – Case study conversations were continued using online collaborative tools.
|
| Ms. MANISHA VERMA | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Artificial Intelligence / Predictive Analytics |
| Nature of Association | Regular |
| Date of Joining | 21/09/2024 |
| Innovation |
Pedagogical Innovation – Implemented activity-based learning methods focused on solving practical problems.
Assessment Innovation – Encouraged peer evaluation where groups assessed each other’s case study work.
Digital Innovation – Shared learning resources in digital formats including videos and PDF documents.
|
| Ms. SARITA SINGH | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Cybersecurity / Cloud Computing |
| Nature of Association | Regular |
| Date of Joining | 18/10/2024 |
| Innovation |
Pedagogical Innovation – One-to-one interaction was used as a teaching strategy to address individual learning needs.
Assessment Innovation – Oral assessments were conducted to evaluate understanding of theoretical concepts.
Digital Innovation – Digital learning resources were provided to support concept comprehension and preparation.
|
| Dr VEJANTI MALA | |
| Designation | Associate Professor |
| Qualification | PhD |
| Area of Interest | Cybersecurity / Cloud Computing |
| Nature of Association | Regular |
| Date of Joining | 26/08/2025 |
| Innovation |
Pedagogical Innovation – Real-world industry case studies were incorporated into Software Engineering to strengthen practical understanding. Assessment Innovation – Learners were evaluated based on their involvement and contributions during discussions. Digital Innovation – Digital discussion platforms supported continued interaction beyond classroom hours. |
| Ms. PRAGATI UPADHYAY | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Artificial Intelligence / Cybersecurity |
| Nature of Association | Regular |
| Date of Joining | 18/10/2024 |
| Innovation |
Pedagogical Innovation – Group-based learning was adopted where teams worked on given problems with continuous mentoring during discussions and presentations. Assessment Innovation – Students were assessed based on their engagement and input throughout group activities and presentations. Digital Innovation – Digital formats were used to maintain uniformity in analyzing problems and recording solutions. |
| Mr. UTKRISHT MITTAL | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Data Analytics |
| Nature of Association | Regular |
| Date of Joining | 01-10-2016 |
| Innovation |
Pedagogical Innovation – Individual attention was ensured by assessing students through one-to-one oral interaction. Assessment Innovation – Theoretical concepts was assessed through oral examinations Digital Innovation – Digital reference materials were provided to students for concept preparation |
| Mr NAUSHAD AHMAD | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Cloud Computing |
| Nature of Association | Regular |
| Date of Joining | 25/08/2025 |
| Innovation |
Pedagogical Innovation – Focused on experiential learning by engaging learners in problem-solving activities. Assessment Innovation – Implemented mutual assessment practices where groups reviewed each’s work. Digital Innovation – Used technology-enabled resources like digital documents and instructional videos. |
| Mr ADARSH KUMAR | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Artificial Intelligence / Predictive Analytics |
| Nature of Association | Regular |
| Date of Joining | 29/07/2024 |
| Innovation |
Pedagogical Innovation – Problem-based team activities were conducted with guided discussions and Presentation support. Assessment Innovation – Assessment emphasized active participation and meaningful contribution in group discussions and presentations. Digital Innovation – Uniform digital tools and templates were introduced to streamline problem analysis and solution recording. |
| Ms. SAPNA | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Agricultural Technology / Computer Vision |
| Nature of Association | Regular |
| Date of Joining | 21/10/2024 |
| Innovation |
Pedagogical Innovation – Applied concept-based learning through real-world problems in data structures to strengthen practical understanding. Assessment Innovation – Groups were assessed on teamwork and quality of case study solution delivery. Digital Innovation – Web-based environments enabled coding practice along with testing and debugging activities. |
| Mr. BALA | |
|---|---|
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | CSE |
| Nature of Association | Regular |
| Date of Joining | 18/08/2025 |
| Innovation |
Pedagogical Innovation Collaborative learning was promoted by forming teams and assigning real-time problems with guided interaction.
Assessment Innovation – Student performance was measured through participation and contribution in discussions and presentations.
Digital Innovation – Standard digital tools were used for organized problem-solving and solution documentation.
|
| Mr. PRADEEP | |
|---|---|
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Artificial Intelligence, Cloud Computing |
| Nature of Association | Regular |
| Date of Joining | 17/08/2025 |
| Innovation |
Pedagogical Innovation – Practical cloud-based problem statements were used to help learners analyze challenges and propose workable solutions.
Assessment Innovation – A structured, step-by-step assessment approach measured comprehension, strategy, execution, and improvement.
Digital Innovation – Online content and multimedia resources were provided to aid understanding of cloud computing concepts.
|
| Ms. NIMISHA PANDEY | |
|---|---|
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Artificial Intelligence |
| Nature of Association | Regular |
| Date of Joining | 12/09/2024 |
| Innovation |
Pedagogical Innovation – Industry-focused case studies were used in subjects such as Software Engineering to bridge the gap between concepts and real-world applications.
Assessment Innovation – Assessment was based on active participation during case study discussions.
Digital Innovation – Online forums were utilized to extend case study discussions outside regular class time.
|
| Mr YAKUB ALAM | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Web Development |
| Nature of Association | Regular |
| Date of Joining | 29/07/2024 |
| Innovation |
Pedagogical Innovation – Student-centered instructional strategies were used to promote active participation and better comprehension.
Assessment Innovation – Learning outcomes were measured using assignment-based evaluation.
Digital Innovation PPT-based teaching aids were utilized to enhance engagement and learning effectiveness.
|
| Mr NAKUL | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Artificial Intelligence |
| Nature of Association | Regular |
| Date of Joining | 26/08/2024 |
| Innovation |
Pedagogical Innovation – Introduced real-life cloud computing problem scenarios to develop analytical thinking and practical solution design.
Assessment Innovation – Evaluation was carried out in stages, assessing understanding, methodology, implementation, and optimization.
Digital Innovation Digital learning resources, including YouTube videos and online materials, were shared to support problem analysis.
|
| Ms. POONAM KHADKA | |
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Natural Language Processing |
| Nature of Association | Regular |
| Date of Joining | 27/05/2024 |
| Innovation |
Pedagogical Innovation – Practical, industry-relevant case studies were integrated with theoretical teaching in Software Engineering.
Assessment Innovation Ongoing assessment was carried out through participation in case-based discussions.
Digital Innovation Case study conversations were continued using online collaborative tools.
|
| Ms ADITI CHAUDHARY | |
|---|---|
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Natural Language Processing |
| Nature of Association | Regular |
| Date of Joining | 28/03/2024 |
| Innovation |
Pedagogical Innovation – Implemented concept-based learning using real-world data structure problems to enhance practical understanding. Assessment Innovation – Evaluated groups based on their collaboration skills and effectiveness in delivering case study solutions. Digital Innovation – Utilized web-based platforms to support coding practice, testing, and debugging activities. |
| MS ROOPCEE WALIA | |
|---|---|
| Designation | Assistant Professor |
| Qualification | M.Tech |
| Area of Interest | Artificial Intelligence |
| Nature of Association | Regular |
| Date of Joining | 12/06/2025 |
| Innovation |
Pedagogical Innovation – Integrated real-world cloud computing scenarios to enhance analytical thinking and practical solution development. Assessment Innovation – Conducted multi-stage evaluation focusing on conceptual understanding, approach, implementation, and optimization. Digital Innovation – Leveraged digital learning resources such as YouTube videos and online materials to support problem analysis and learning. |
