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DEAN MESSAGE “As, Dean of B.Tech Faculty, It’s an immense pleasure for me to welcome you all, to our esteemed SAMBHRAM UNIVERSITY, JIZZAKH, UZBEKISTAN” “The Best way to predict your future is to create it - Abraham Lincoln” The B.Tech Faculty at our university is known for its rigorous academic standards and its commitment in providing students with a well-rounded education. Our graduates are not only technically proficient, but they are also creative thinkers, critical problem-solvers, and effective communicators. We value ability, not background, and we support all of our students to achieve their potential. It is our endeavour to constantly evolve curriculum support so that our students stay abreast with the latest updates in this technologically developed world. In addition to our world-class faculty, we also have a state-of-the-art facility. Our labs are equipped with the latest technology, and our students have access to a wide range of resources. We wish our students to enjoy their time here, learning and confident that, upon completion of Engineering Degree in Sambhram University, will provide them the knowledge, expertise, and employability skills to set their chosen career path. To our B.Tech Graduates, I wish you all the best for your future endeavors. I am confident that you will achieve great things. Welcome to the B.Tech Faculty! We are thrilled to have you join us on this exciting journey of technological innovation and academic excellence. VISION To become a center of excellence in the Computer Science and Engineering discipline with a strong research and teaching environment that adapts swiftly to the challenges of the 21st century. MISSION  To impart high standard value based technical education in all aspects of Computer Science and Engineering through state of the art infrastructure and innovative approach.  To produce ethical, motivated and skilled engineers through theoretical knowledge and practical applications.  To impart the ability for tackling simple to complex problems individually as well as in a team.  To develop globally competent engineers with strong foundations, capable of “out of the box” thinking so as to adapt to the rapidly changing scenarios requiring social conscious green computing solutions. About of Computer Engineering Department The Computer Engineering Department focuses on the study of computer systems, software, and hardware, integrating concepts from both computer science and electrical engineering. The department prepares students for careers in software development, hardware engineering, network management, and cyber security. Students gain hands-on experience through projects, lab work, and internships, learning to design, implement, and manage computing systems and technologies. Faculty members typically have expertise in areas like computer science, electronics, and information technology. Explore Our Programs Earn a Engineering Degree at Sambhram University through full-time Undergraduate (UG). Undergraduate Program (B.Tech): The Computer Engineering Department at Sambhram University offers a 4-year full-time B.Tech IT with specialization in Software, Hardware, and Networking. It covers areas such as Programming, Algorithms, Data Structures, Computer Networks, Databases, Operating Systems, Artificial Intelligence and Digital Logic Design. Upon successful completion, students earn a Certificate of Merit, enhancing their resumes and signaling a commitment to lifelong learning. The Department plans to implement the following activities in the upcoming years: In the field of Scientific Research and Cooperation: Taking into account global trends in the field of information technologies, the department will implement the following measures to develop scientific research and expand international cooperation:  Digital transformation: Conducting research aimed at solving modern problems of information technologies, including in-depth study of artificial intelligence, block-chain, big data and cyber-security.  Scientific cooperation: Strengthening cooperation with prestigious national and international scientific centers, participation in various scientific projects.  Increasing scientific potential: Encouraging the publication of scientific articles by professors and teachers of the department, increasing the share of specialists with scientific degrees to at least 70%.  Support for doctoral dissertations: Discussion of work carried out by independent researchers, assistance in the faster completion of dissertations through scientific councils.  State grants and industrial orders: Launching scientific projects based on state grants and private sector orders aimed at solving real problems of information technologies in industry. International and scientific events: In order to expand scientific and practical activities in information technologies and attract students and young scientists to scientific activities:  International conferences: Organization of international scientific and practical conferences and seminars on modern technologies and their problems.  Support for talented students: Preparing young scientists and students to participate in international competitions and assisting in financing their scientific projects.  Innovative developments: Commercialization and introduction into production of innovative projects created by students and professors.  Mentoring system: Creating opportunities for talented students to work on scientific projects under the guidance of professors and teachers. Modern technologies and education: To improve the quality of education and prepare students as specialists who are relevant to the modern labor market:  Development of a digital learning environment: Expanding distance learning opportunities for students, organizing online courses and virtual laboratories.  Interactive teaching methods: Using artificial intelligence, digital laboratories and virtual reality tools in lectures and practical classes.  Updating curricula: Introducing new subjects in modern areas of information technology.  Visual materials and electronic resources: Preparing advanced methodological manuals, video tutorials and interactive materials for each subject and submitting them to the library.  Innovative teaching methods: At least 35% of lectures should be organized in a problem-based manner, increasing student activity.  Participation in real projects: Involving students in practical projects in collaboration with IT companies, expanding opportunities to work with startups and innovation centers. INNOVATIVE CURRICULUM The B.Tech Program at Sambhram University offers a curriculum that is both relevant and effective in meeting the evolving needs of the business world. By Incorporating innovative learning methods, the curriculum is designed to provide students with practical knowledge and skills that will help them to achieve their career goals. This forward-thinking approach ensures that students are well-prepared to face the dynamic challenges of the modern business environment and become leaders in their respective fields. SUBJECTS TAUGHT IN THE DEPARTMENT: Bachelor's Degree:  Engineering Mathematics - I  Introduction to Programming in C  Skill Development Course  Introduction to Specialization  Engineering Mathematics - II  Object-Oriented Programming in C++  Basic Electrical Engineering  Heritage Culture of India and Uzbek  Computer Organization and Architecture  Engineering Mathematics - III  Java Programming  Data Structures Using C  Electronic Circuits  Discrete Computing Structures  Engineering Mathematics – IV  Advanced Java Programming  Operating Systems  Design and Analysis of Algorithms  Human-Computer Interaction  Software Engineering  Database Management Systems  Introduction to Microprocessors  Computer Networks  Python Programming  Cryptography and Network Security  Automata Theory and Compiler Design  Artificial Intelligence and Machine Learning  Software Testing Methods  Blockchain Technology  Data Warehousing and Data Mining  Web Technologies  Big Data Analytics  Enterprise Application Development (SAP)  Neural Networks and Deep Learning  Cyber-security  Internet of Things (IOT) and Robotics  Cloud Computing  R Programming  Computer Graphics Design About B.Tech Faculty B.Tech faculty refers to the group of Professors, Assistant Professors, and Lecturers who teach and guide students in the Bachelor of Technology IT Program. Faculty members in B.Tech departments are typically experts in their respective engineering disciplines, holding advanced degrees (like M.Tech, M.E, or Ph.D) and having significant experience in both academia and industry. The department trains Bachelors of Technology IT in the field of “Computer Engineering”. The department consists a total of 15 Staff Members. Currently in this 3 staff members are under their research work. The B.Tech Faculty is supported by a team of experienced and highly qualified faculty members, including: Total Staff Members - 15 Doctors of Philosophy - 2 Assistant Professors - 9 Senior Teachers - 1 Translators - 3 They are responsible for delivering lecturers, conducting practical sessions, mentoring students, supervising research projects, and engaging in scholarly research. The Faculty plays a crucial role in shaping students’ technical skills, problem-solving abilities, and preparing them for careers in various engineering fields. Their dedication to excellence ensures that students receive, fostering both academic growth and professional development to prepare them for success in their careers. CAREER OPPORTUNITIES FOR B.TECH [IT]: B.Tech Career Opportunities: The B.Tech degree opens doors to a wide range of career opportunities, particularly in fields like Software development, Data science, and Cybersecurity. Other popular options include roles as DevOps engineers, Cloud engineers, and even entrepreneurial ventures. Software Devlopment & IT:  Software Developer: Designing, coding, and testing software applications.  Web Developer: Creating and maintaining websites and web applications.  Mobile App Developer: Building apps for smartphones and tablets.  Data Scientist: Analyzing large datasets to identify patterns and make predictions.  AI/Machine Learning Engineer: Developing and implementing AI and machine learning algorithms.  Cloud Engineer: Designing, implementing, and managing cloud-based infrastructure.  DevOps Engineer: Bridging the gap between software development and IT operations.  Network Engineer: Designing, implementing, and maintaining computer networks.  Cybersecurity Analyst: Protecting computer systems and networks from cyber threats.  Database Administrator: Managing and Maintaining databases. Other Career Paths:  Entrepreneurship: Starting your own business or ventures.  Higher Education: Pursuing advanced degrees like an MBA or Masters in a specialized area.  Public Sector: Working for government agencies or public sector undertakings (PSUs).  Teaching: Sharing your knowledge and expertise with students.