Computer Engineering
Computer Department is established in the year of 2000 . We use learning tools like lecture-cum-discussions, laboratory works, tutorials, home assignments, seminars, field visits and project works. The department has well qualified faculties to cater the academic and other kinds of students’ needs. Department possesses classrooms and prime laboratories as per AICTE norms and standards. We offer Interactive and effective learning environment to the students.
Program offered : Diploma in Computer Engineering (3 years full time course)
Total Intake : 240
Vision
To mould young and fresh minds into challenging computer professionals with ethical values and shaping them with upcoming technologies and develop the ability to deal real world situations with skills and innovative ideas.
M1: To produce competent computer professionals by providing state-of-the-art training, hands-on experience and skill for practical environment.
M2: To impart moral, ethical values and interpersonal skills to the students..
M3: To impart necessary technical and professional skills among the students to make them employable and eligible for higher studies.
PEOs:-
PEO1: To solve real-life problems through the use of technical knowledge with attention to Team work, Effective Communication, Critical Thinking and Problem Solving skills.
PEO2: To demonstrate the ability to adapt to a dynamically changing technological environment by learning and applying new skills and technologies with ethical and legal responsibilities to the society as a whole.
PEO3: To make the students prepare for pursuing higher studies.
What Students Learn in DE Computer Engineering
- Fundamentals of Computer
- Basic Computer Programming
- Static Web Page Design
- Electronic and Computer Workshop Practice
- Basic Object Oriented Programming
- Basics of Digital Electronics
- Scripting Language –Python
- Relational Database Management System
- Basics of Operating System
- Data Structures and Algorithms
- Responsive Web Page Design
- Advanced Object Oriented Programming
- Introduction to Software Engineering
- Computer Networking
- Introduction to Web Development
- Modern Practical Tools
- Computer Organization and Architecture
- Introduction to Machine Learning
- Mobile Application Development using Android
- Advance Computer Network
- Computer Maintenance and Troubleshooting
- Basics of information Security
- Fundamentals of IoT
- Introduction to NO SQL
- Introduction to Game Development
Labs
- Practice Coding: Dedicated space for students to practice coding and experiment with programming languages.
- Strengthen Foundation: Reinforce understanding of syntax and programming concepts for building a strong foundation.
- Interactive Learning: Provide a practical and interactive environment for refining troubleshooting skills.
- Real-world Projects: Collaborate with peers on real-world projects for a comprehensive programming experience.
- Coding Practice: Practical and interactive environment for coding and algorithm implementation.
- Troubleshooting Skills: Refine troubleshooting skills through hands-on programming activities.
- Real-world Projects: Work on real-world projects for a comprehensive learning experience.
- Peer Collaboration: Collaborate with peers to enhance the understanding of programming concepts.
- Visual Programming: Introduce visual programming languages using graphical elements for easier comprehension.
- UI/UX Design: Enable students to design user interfaces visually through drag-and-drop components.
- Beginner-Friendly: Facilitate beginners in grasping programming concepts through a graphical interface.
- Principles of Design: Understand UI/UX design principles without delving into complex coding.
- Fundamentals of Web Development: Introduce fundamentals using HTML for structure and CSS for styling.
- Responsive Design: Teach responsive web design principles for creating adaptable websites.
- Building Blocks: Understand the building blocks of a website through static web page creation.
- User Experience: Enhance user experience on various devices through responsive design.
- Network Configuration: Configure basic network settings for fundamental understanding.
- Router and Switch: Hands-on experience in configuring routers and switches for communication.
- Packet Tracer Exercises: Use simulation tools like Cisco Packet Tracer for network configuration.
- Protocols and Analysis: Analyze network traffic using tools like Wireshark to understand data transmission.
- Testing and Measurement: Use testing equipment to measure voltage, current, and waveform characteristics.
- Component Characterization: Explore characteristics of electronic components like resistors and transistors.
- Digital Electronics: Experiment with digital circuits, logic gates, and binary logic.
- Hands-on Skills: Apply theoretical knowledge in electronics through practical circuit design and analysis.
- Hands-on Experience: Provide hands-on experience in various aspects of web development.
- Front-end to Back-end: Cover front-end design, back-end logic, and database integration stages.
- Modern Applications: Create modern, dynamic, and secure web applications for a well-rounded understanding.
- Comprehensive Learning: Activities cater to different stages of web development for a thorough education.
- Advanced Visual Programming: Delve deeper into visual programming languages, building on the fundamentals introduced in the previous lab.
- Complex User Interfaces: Explore creating more intricate user interfaces using advanced visual elements and interactions.
- Real-world Application Development: Apply visual programming concepts to develop practical applications with a focus on user experience.
- Collaborative Projects: Engage in collaborative projects that challenge students to implement sophisticated visual solutions, fostering teamwork and creativity.
- Relational Database Design: Guide students in designing relational databases by identifying entities and defining relationships.
- SQL Querying: Hands-on experience in writing SQL queries for database operations.
- Data Normalization: Normalize data to reduce redundancy and ensure data integrity in relational databases.
- Query Optimization: Optimize SQL queries for better database performance.
- Stored Procedures: Create and use stored procedures and triggers for procedural programming.
- Security Principles: Focus on database security principles and access control.
- NoSQL Databases: Introduce NoSQL databases like MongoDB or Cassandra for understanding different database types.
- Professional Skills: Develop hands-on skills for effective database management in professional settings.
- Hardware Diagnostics and Repair: Teach students to diagnose and repair hardware issues, enhancing skills in component replacement and system upgrades.
- Preventive Maintenance: Guide through tasks like cleaning components and checking for overheating to improve computer longevity and performance.
- Project-Based Learning: Assign projects requiring planning and implementation of computer systems for real-world scenarios, applying theoretical knowledge.
- Practical Experience: Provide hands-on experience in computer hardware maintenance, diagnostics, and project-based learning for career development in IT support and system administration.
Mr. KAMLESH RAVAL
Head of Department
Mrs. PALLAVIBAHEN MODH
Lecturer
Mrs. HEMLATA KATPARA
Lecturer
Ms. SUMAN TIWARI
Lecturer
Mr. HARDIK TALSANIA
Lecturer
Ms. AVNI GALATHIYA
Lecturer
Mr. SONIYA DADHANIA
Lecturer
Mr. vikas buddhadev
Lecturer
Miss. BHUMIKA CHAUHAN
Lecturer
Miss. JAYATIBEN BHATU
Lecturer
Mr. MAHENDRAKUMAR SOLANKI
Lecturer
Mrs. Juhi Kaneria
Lecturer
Miss. JAIMINI SUTHAR
Lecturer
Miss. Rutvi Sheth
Lecturer
Mrs. RAJESHREE VASAVA
Lecturer
Miss. BHARTI MULCHANDANI
Lecturer
Mr. DHAVAL PATEL
Lecturer
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