Courses

Vision: The department strives to promote cutting-edge technical education in Electronics and Computer Science, with the aim of cultivating engineering professionals.  Mission: Provide quality education in Electronics and Computer Science Engineering, cultivate ties with industries, academics, and research organizations, and establish an intellectually stimulating atmosphere for learning, research, and innovation along with ethical values. Features of Department Blended learning approach Provision for students to earn extra credits through Honors specialization Experimental learning through Industry/Research/TBI internship of one semester for final year students Co-teaching by industry experts Elective courses for professional breadth and open electives for interdisciplinary learning Embedded Club: A platform to convert students ideas into working models Community engagement through social responsibility cell: “SevaDisha” Teacher Capacity building through continuous education programme Student capacity building through training programs and value added courses Program Objectives Exercise the acquired knowledge and skills in electronics and computer science to solve engineering problems. Engage in professional development by pursuing higher education and research. Demonstrate leadership qualities, effective communication skills, and to work in a team in a diverse environment with strong adherence to professional ethics. Engage in lifelong learning for sustained career advancement and adapt to changing professional and societal needs. Program Outcomes An ability to apply concepts of electronics and computer science to analyze multidisciplinary problems. An ability to design hardware/software systems using modern tools and techniquesin the areas of VLSI, Embedded Systems, Artificial Intelligence, and Software Engineering. Career Prospects  The field of Electronics & Computer Science Engineering offers diverse range of career prospects including Electrical Technician, Computer Support Specialist, Electrical Engineer, Automation Analyst, Network Engineers, and Control Engineer.

Vision: The goal of the Electronics Engineering Department is to provide cutting-edge technical education in the field of electronics engineering, instilling a scientific mindset in students that will lead to research opportunities, and to establish itself as a center of excellence in microelectronics. Mission: Promote quality education in a stimulating environment, impart technical and professional skills with ethical values for career success. Develop a microelectronics center of excellence with continuing education and collaborative research with institutions/industries. Features Of Department Dedicated team of faculty members with average teaching experience of eleven years. 17 state of art laboratories with a total investment of Rs. Two crores forty lacs. Center of Excellence in Microsystems supported by Intellisense Center for PMKVY-TI skill development program in the area of computing and peripherals Visvesvaraya Ph. D Scheme for Electronics & IT of DeitY, GoI National Doctoral Fellowship Scheme Research visibility (Past six years) Patents : Published : 14 Filed : 08 Copyright : Published : 22 Filed : 43 Publications : SCI: 15, SCOPUS: 76, WOS:38, Others: 97, Books: 2, Book chaps:4 Co-curricular activities through Embedded club, Electrolitz society, IETE and IEEE student chapter Community engagement through social responsibility cell: “Seva Disha” Mentor for ATAL Tinkering Laboratories Program Objectives Prepare graduates to solve engineering problems with a strong foundation in math, science, and electronics fundamentals. To inculcate an ability to design and develop electronic systems to cater the needs of the society and give exposure to emerging edge technologies. To instill a sense of professional and ethical values, effective communication, teamwork, multidisciplinary approach and lifelong learning to excel in professional career / higher studies Program Outcomes Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals to the solution of complex engineering problems. Problem analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences. Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations. Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions. Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations. The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice. Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development. Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice. Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings. Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large.  Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work. Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change. Programme Specific Outcomes An ability to apply concepts of electronics engineering and computing technologies to analyze complex systems in the areas of signal processing, embedded systems and VLSI. An ability to comprehend the technological advancements in the usage of modern design tools to design systems for diverse applications. Career Prospects  The field of electronics engineering offers diverse range of career prospects including electronics design and development, telecommunications, aerospace and defense, robotics and automation, renewable energy, research and academia.  Courses Offered Bachelor of Engineering (Electronics Engineering) Master of Technology (VLSI Design) Doctor of Philosophy (Ph.D.) Placements According to the latest data based on the year 2022-23, out of 205 students, 164 students got placement on campus and 164 students opted for higher studies and entrepreneurship.  List of some of the leading companies participating in the placement drive Aura Jio Bibox Ideas 91 Toppr Radiant

Vision: The Electrical Engineering Department aspires to be among the finest in India, with the ability to shape students who can serve society’s technological, leadership, administrative, ethical, and social needs. Mission: Our mission is to create a stimulating and scholarly environment that empowers students to excel in both core electrical and multidisciplinary fields. Additionally, we aim to instill ethical and social values that will serve our students well throughout their careers and in their personal lives. Features of Departments The department has been accredited five times  The department has 1 Professor, 5 Associate Professors, and 9 Assistant Professors with industrial backgrounds. We are recognized as a Research Centre for a Doctoral program by RTM Nagpur University and have 14 well-equipped laboratories. We have Electrical Engineering Students Association (EESA) that promotes academic, co-curricular, and extracurricular activities. The department organizes technical workshops, guest lectures, training programs, and exhibitions like “EMPOWER” to introduce students to the latest industry developments. Students get to participate in sports, social activities like National Service Scheme (NSS), and industry training during vacations. The department also encourages entrepreneurship and industry interaction to develop students’ overall leadership and technical skills Career Prospects  Opportunities for electrical engineers are wide open in various fields in industries related to electrical engineering including Telecommunication, Computer hardware, Networking, Automobile, Electric Vehicle, Automation Consumer goods sector, Power Stations, Electricity Transmission & Distribution utilities, Manufacturing plants, Plant Engineering, Industrial design & maintenance and many others. The curriculum is so design that the graduates can also decide to join IT/Software industries as a career option. Courses Offered  Bachelor of Engineering in Electrical Engineering Master of Engineering Degree (Power Electronics & Power System ) Program Objectives PEO1: Our grads could design, operate & work with electrical/energy systems. PEO2: Grads adapt to tech needs & work in multidisciplinary environments. PEO3: Grads progress in careers via tech/comm skills with ethical values. Program Outcomes Apply math, science, and engineering knowledge to solve problems. Analyze complex problems using math, science, and engineering principles. Design solutions that consider safety, society, and the environment. Use research and analysis to draw valid conclusions about problems. Select appropriate tools and resources for engineering analysis. Consider the impact of engineering on industry, society, and safety. Understand and apply sustainable development principles. Adhere to ethical and professional norms in engineering. Work effectively as an individual and in teams. Communicate effectively about engineering activities. Apply engineering and management principles in multidisciplinary settings. Embrace lifelong learning and adapt to technological change. Programme Specific Outcomes Design Electrical Engineering systems with green energy for emerging applications. Use modern IT tools for Electrical Engineering applications Placements  According to the latest data based on the year 2021-22, 55 students got placed on campus, and 107 offers were received during this period.  List of some of the leading companies participating in the placement drive General Motors  HP Jindal Steel and Power  L&T, Reliance Energy Tata Motors Accenture Capgemini L&T InfoTech  Mahindra & Mahindra LTD  Mahindra Satyam & Tech Mahindra Swapoorji Pallonji and co. Ltd Wipro Technologies Persistent Systems Ltd  KPIT Cummins MU Sigma Business Solutions Ltd  Infocepts Cybage  Visa Steel  AFCONS  Emerson

Vision: Join us in our quest to make the world a better place through civil engineering. We aspire to be the go-to center for education, training, research, entrepreneurship, and industry outreach services. Our goal is to create sustainable infrastructure that enhances the quality of life for all. Mission: We aim to produce top-tier civil engineers with excellent technical and managerial proficiencies. This goal will be realized through the creation of a conducive atmosphere that encourages imaginative learning and research, in collaboration with relevant stakeholders. Features of Departments Civil Engineering department was established in 1984 offers UG and 2 PG programs UG program got accredited 5 times by NBA and PG in Structural Engineering got accredited twice We are associated with research institutes and professional bodies, signed MoUs with Artefacts Project Ltd. and GEO systems Research and Consultants We Conduct co-curricular and extra-curricular activities with MOU signatories, construction firms, and professional bodies RCOEM also provides testing and consultancy services in various fields of Civil Engineering, completed assignments for BPCL, WCL, MOIL, etc. Student association called CESA conducts seminars, workshops, and conferences  We are also an approved research center of RTM Nagpur University for M.E. by Research and Ph.D. programs.  Programs Offered B. E. Civil Engineering M. Tech. Structural Engineering (Full Time) M. Tech. Geotechnical Engineering (Part Time) Program Objectives Master diverse civil engineering areas  Excel in tackling complex challenges Foster leadership, ethics, and lifelong learning Program Outcomes Engineering knowledge: Apply math, science, and engineering to complex problems. Problem analysis: Identify, review, and analyze complex engineering problems using first principles. Design/development of solutions: Create solutions and systems that consider public health, safety, and environmental factors. Conduct investigations: Use research-based knowledge to draw valid conclusions. Modern tool usage: Utilize appropriate modern engineering and IT tools. Engineer and society: Assess societal issues and responsibilities relevant to engineering practice. Environment and sustainability: Understand and apply sustainable development principles. Ethics: Commit to ethical principles and responsibilities in engineering practice. Individual and team work: Function effectively in diverse teams and settings. Communication: Communicate effectively on complex engineering activities with the community. Project management and finance: Apply engineering and management principles to manage projects. Lifelong learning: Engage in independent and lifelong learning in the technological field. Analyze and design structures and manage projects while considering safety, environmental, and ethical practices. Career Prospects Students of Civil engineering can get varied job opportunities like Building control surveyor, CAD technician, Consulting civil engineer, Contracting civil engineer, Design engineer, Site engineer,  Structural engineer, Water engineer, etc.  Placements According to the latest data based on academic year 2021-22, the number of placement offers received is 61, students opting for higher studies is 16, and students opting for entrepreneurship are 8.  List of some of the leading companies participating in the placement drive Abhijeet Groups Artefact Project Ltd.  Ambuja Cement Ltd. Accenture ShapoorJi Pallonji & Co. Ltd. Simplex Infrastructure Soma Enterprises. VISA STEEL LTD. VEDANTA WIPRO TECHNOLOGIES

B.E in Computer Science and Engineering is a full time eight semester program. The main aim of this programme is to provide graduates with essential training of quantitative knowledge, statistical theory, data mining technology and computing tools for the effective use and analysis of big and complex data for real-world applications that involve making sense of complex data to realize planning and decision making. Graduates of this program will have future-proof expertise that will enable them to thrive in the rapidly changing world of the next few decades. Specialization:  Data Science  Program Objective The aim of the data science program is to promote the growth of emerging data scientists and provide students with access to cutting-edge and forward-thinking data science technologies. By giving students the opportunity to learn and work with the latest tools and methods, they can develop the skills and knowledge necessary to excel in the data science industry and contribute to the analysis and interpretation of data worldwide. Program Highlights Computer Science Fundamentals Programming Data Structures, and Algorithms Artificial Intelligence Data Handling and Visualization Machine Learning Information Security and Privacy Software Engineering and Testing Methodologies Deep Learning Large-Scale Data Analytics Opportunities/Prospects Graduates of a data science course can pursue careers in roles such as Business analyst, Data analyst, Data Architect, Data Engineer, Data scientist, Machine learning engineer, and Research scientist. Faculty Prof. Aarti M. Karandikar

Vision: Our objective is to produce Electronics design engineers who are highly proficient in their technical abilities and can excel in the global industrial arena. Mission: We strive to excel in training students to recognize the necessities of the electronic design industry and offer efficient techno-economic solutions by designing electronic systems. Features of Departments RCOEM’s EDT department  was established in 1987 and is the only one college offering this degree as an under graduate program.  We have received accreditation twice by NBA of AICTE, New Delhi. Our curriculum emphasizes electronic system design with a mix of theory and practical subjects, inspired by IISc Bangalore. Specialized labs including a state-of-the-art PCB design lab and system design lab, with upgrades and funding under MODROB.  We emphasize on overall student development through “GENESIS” student society, organizing events, discussions, and skill-enhancing opportunities with technocrats, industrialists, and alumni Career Prospects A degree course in Electronics Design Technology enables students to enter into an Electronics Core fields as a design engineer or research scholars. EDT Graduate can work with public sectors, Telecom Industry, computer Hardware and Software Industry, Network Industry, Automation and Instrumentation Industry.  Program Objectives Develop graduates with fundamental knowledge in science, math, and electronics to excel in careers/higher education. Apply knowledge to provide feasible and socially acceptable solutions for complex problems. Exhibit professionalism, ethics, communication, teamwork, and adaptability through lifelong learning Program Outcomes  Employ mathematical, scientific, and engineering principles to analyze and evaluate complex engineering problems. Create solutions that meet requirements with a focus on public health, safety, societal, and environmental issues. Conduct research to draw valid conclusions. Implement contemporary tools and techniques for engineering activities.  Apply contextual knowledge to evaluate societal, health, safety, legal, and cultural issues related to engineering practices and responsibilities. Recognize the impact of engineering solutions on the environment and society, and demonstrate knowledge of sustainable development. Apply ethical principles, professional responsibilities, and engineering practice norms. Collaborate effectively as an individual and as a part of diverse teams in multidisciplinary settings. Communicate effectively about complex engineering activities to the engineering community and society at large. Demonstrate knowledge of engineering and management principles and manage projects. Acknowledge the need for continuous learning and engage in life-long learning. Program Specific Outcomes Understand the process involved in developing electronic systems. Develop cost-effective, reliable, and user-friendly solutions while considering environmental and social factors Placements According to the latest data based on the year 2021-22, 27 students got placed and 27 opted for higher studies and entrepreneurship.  List of some of the leading companies participating in the placement drive Wipro Accenture Infosys Idea L&T Integrated Engineering services Tech Mahindra IBM Tata ELXSI HCL HSBC

  B.E in Computer Science and Engineering with a specialization in Cyber security is a 4-year undergraduate course, designed to offer valuable career opportunities to students to fulfill the growing demand for cyber security experts to protect sensitive data holding high commercial value.  Specialization: CyberSecurity Program Objective The goal is to foster the growth of upcoming cybersecurity experts and to offer students exposure to cutting-edge and forward-thinking cybersecurity technologies. By providing students with the opportunity to learn and work with the latest tools and techniques, they can acquire the skills and knowledge necessary to excel in the cybersecurity industry and contribute to the protection of information systems worldwide. Program Highlights Cyber Security Assessment  Ciphering Networks Cyber Security Assurance  Algorithms  Databases  Measures to mitigate threats and risks etc. One full semester internship  Opportunities/Prospects  Graduates of a cyber security course can pursue careers in roles such as cyber security analysts, digital forensics experts, and network security administrators. The programme covers topics such as cryptography, network security, computer forensics, and legal aspects of cyber security. Faculty Dr. Rashmi Welekar

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