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B Tech Computer Science Engineering Cloud Computing course
The IBM definition of Cloud Computing is ‘computing as a service over the Internet.’ However this needs some clarification. ‘The Cloud’ refers to a disembodied congregation of resources over the Internet. These include storage, software, database, servers, networking, applications etc. The combined use of these allows accomplishing a number of computing tasks. One common example is the execution of applications and data storage without downloading the necessary resources on your hard drive or any similar device. Instead Internet resources or remote servers are utilized. It has many obvious advantages. The service is on-demand, scalable, configurable and minimalistic. Cloud Computing is becoming the buzzword for enterprises with its many benefits. It downsizes computing infrastructure, discourages unauthorized access, simplifies accessibility, provides virtual storage, prevents loss of data and resolves backup issues. Candidates who want to pursue Cloud Computing should possess exceptional skills in IT and programming. The aspirant must have a good grasp of visualization technologies, programming languages and HTML. Cloud Technologies are mostly virtualization environments. Aspirants seeking to make good in the Cloud need to be adept in networking and virtualization and gain hands-on exposure with live deployments. Candidates can also experiment with their Cloud Technology Skills on few websites that offer lab infrastructure such as Azure, AWS and Google Cloud among others.
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B.Tech -computer science engineering course
Owing its genesis to idea of mechanized thought computers have evolved powerfully. The core work lies in employing the abstract mathematical structures into the design of algorithms and programs. Such algorithms form the life blood of advanced computing. The applications of the theoretical aspects are implemented by different programming languages and relevant software. The basic qualities a budding computer science aspirant must have are a taste for the abstract mathematics, deciphering patterns, logical thought process and innovative thinking. The aspirant must have a knack for exploring the various applications of theoretical aspects of mathematics and scientific principles. SCOPE AND HIGHLIGHTS It goes without saying that advances in computer science diversify in myriads of fields. The most exciting opportunities lie in the field of artificial intelligence and cognitive science. Others may delve into the Mathematics of computing and physics of semiconductor. A traditional divergence is in electrical engineering-the mother branch of computers. Recent advances have opened the fields of Philosophy to computers. Consequently computer science supports vision of a vibrant interdisciplinary research culture. The program is aimed to inculcate a number of skills in the aspirant. It is designed to develop analytical skills and research capability. The entire content is organized to suit multidisciplinary studies and the dynamic filed of computers. The graduate will learn effective Communication, leadership and professional ethics. Ultimately the Graduates will master the fields of mathematics and engineering principles and apply them to analyze technical problems and thereby design and execute the relevant solutions in a competitive multidisciplinary dynamic industrial environment. Some of the emerging fields are Data mining, Internet of Things, Cloud Computing, Artificial intelligence, Image Processing and Machine Learning.
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B.Tech - Mechanical Engineering
Mechanical Engineering is a discipline which uses the principles of mechanics for the designing and manufacture of machines and tools for varied purposes. Its knowledge is the soul of the industrial revolution. Mechanical Engineering fashioned our grandest ships, greatest factories, mightiest engines and fastest cars. Mechanical engineers design, test, develop, research, manufacture and maintain mechanical systems and devices. Thus it is a very broad field which spans varied areas. Mechanical engineers work with and develop better generators, internal combustion engines, turbines, refrigeration, air-conditioning, agriculture equipment, machine tools, industrial systems, production systems and robots. A student with a strong physical intuition, mathematical skills and problem-solving skill is best suited to this field. The other qualities needed are analytical ability, scientific aptitude, creativity, multidisciplinary thinking, fascination for machines and a desire to push the boundaries. SCOPE AND HIGHLIGHTS Mechanical Engineering is a fascinating discipline which encompasses the study of some core branches of Physics. These include a specific focus on Mechanics. The main subjects include Thermodynamics and Energy and Heat. Some other important subjects are structural analysis, Materials Science, Fluid Mechanics and Mathematics. The advanced subjects include Machine Tools, Machine Design, Optimization and design and manufacturing
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B.Tech - Electronics & Communication Engineering
ECE is a modern field which envisions the application of electronics to communications engineering. Modern telecommunications can be seen as a direct product of ECE. The various applications in communications involve systems like antennae, transmitter, receiver, analog-digital conversion, satellites, microwave, and wave progression. The engineer works to analyze, design, implement, and maintain the various communication systems. These advances have been made possible due to the magic of electronics. Advances in ECE have yielded faster satellites communication. This has resulted in faster Internet technologies. Wireless and Networking has revolutionized communications worldwide. SCOPE AND HIGHLIGHTS The ECE program aims to achieve a number of tasks. An ECE graduate should be able to develop design of electronic systems and applications in communication and allied technical domains. It is expected that the graduate applies the core engineering knowledge to develop solutions to socio-economic problems. The graduate should be able to execute core engineering tasks. The program aims to instill ethics, effective communication, managerial skills, professionalism and leadership in multi-disciplinary environments. The ECE graduate will be able to visualize principles of electronic circuits design. The purpose is to design and execute experiments in VLSI design, signal processing, power electronics and communication engineering. The individual capability for higher studies would be enhanced and entrepreneurial ability polished. An ECE engineer can easily diversify into a number of research fields via a Master’s degree such as MTECH or further academic level of MPHIL and PHD. These specialized fields include VHDL, VLSI, Biomedical Engineering, Control Engineering, Robotics, Photonics, Medical Electronics, Image Processing, Nanotechnology, MEMS (micro-electro-mechanical systems) and Machine Learning.
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B.Tech - Petroleum Engineering
BTECH in Petroleum Engineering is a modern engineering program that concerns itself with the commercial production of fossil fuels and allied products. Petroleum is a liquid found in natural formations beneath the earth crust. Petroleum Engineering involves the design and development of efficient technology for extracting petroleum deposits. It is a diverse interplay of different disciplines as Engineering, Chemistry, Geology and Economics. Petroleum Engineers are in high demand the world over due to the importance of hydrocarbons fuels. Petroleum engineers are one of the best paid professionals. It may involve extensive travel around the world. They also enjoy attractive health insurance and retirement plans. SCOPE AND HIGHLIGHTS Petroleum Engineering is usually pursued with a dual approach. Upstream Engineering concentrates on the fundamental aspects of exploring and producing Petroleum. Downstream Engineering works on practical concerns such as design, cost and budget. The three major aspects of Petroleum Engineering concern Reservoir, Drilling and Production. Reservoir Engineering works to estimate the viability of the reservoir as a source of petroleum deposits. Drilling Engineering concerns the extraction equipment, processes, cost and environmental factors. Production Engineering is involved in the various aspects of optimized production of petroleum products.
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B.Tech Civil Engineering
Civil Engineering helps us design, construct and maintain infrastructural elements that range from roads to dams. A civil engineer works to improve living conditions by continuously working for the safety and comfort of the society by upgrade of the public facilities be it roads, tunnels, bridges, water systems or buildings. Civil Engineering aspirants must have a keen sense of analytical ability, social responsibility and creative thinking. A taste for team work with architects, contractors, and construction workers is necessary since interaction is essential for the knowledge sharing, feedback and success of projects. The civil engineer is expected to have a thorough knowledge of varied branches of learning. Physics and Mathematics are the foremost of these disciplines. Moreover Geography, Hydrology, Geology, Structural Analysis, Materials Science, Soil Structure, Environmental Science and many other fields constitute the subject of Civil Engineering. SCOPE AND HIGHLIGHTS Civil Engineering is responsible for directly affecting changes in the human environment. This is a field of activity, which engenders great responsibility. This is a challenging line of work asking for an expertise in the know how of electrical and mechanical systems. A civil engineer is exclusively involved in design and planning. Therefore Civil Engineering combines creativity with technical competence. The work entails dynamic fieldwork to monitor projects sites and tackle practical issues. Civil Engineering has many specializations available to be followed by the bachelor’s degree. Hence a student can augment his degree with a Masters course in subjects such as Structural Engineering, Architectural Engineering, Mining Engineering, Structural Engineering, Fire Protection Engineering, Environmental Engineering, Material Engineering, Transport Engineering etc. The Master’s degrees provide better hold of the subjects and improve the job prospects.
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b tech cyber security course
Internet technologies have seen an unprecedented growth in recent years. The focus on e-commerce, e-governance, e-learning and e-banking offers ease of access but also gives open hand to hackers and unscrupulous elements to target computer networks. This jeopardizes information and privacy. Such scenario have become common today in the age of industrial espionage and cyber snooping. Cyber security thus becomes important than ever. Quantum, one of the Top Engineering College in Uttarakhand launched Cyber Security Course in Dehradun, B.Tech CSE with Specialization in Cyber Security, Quantum newly updated Cyber Security Course provides the latest Technology in Cyber Security. This ensures a robust protection of computer systems from unauthorized access. Hacking is common today. Hacking can not only steal significantly confidential information, but also obliterate the entire network systems. Cyber security thus hinders and disrupts the malicious practice of hacking. SCOPE AND HIGHLIGHTS Quantum’s Cyber Security Course, with the best computer science subjects, has been formed in collaboration with the reputed Quick Heal Academy. Quick Heal is a giant in the field of computer security, for it looks after consumer software, server technology and cloud computing. It is also famous for its effective antivirus software. The unique and professional association with Quick heal makes Quantum one of the top Engineering Colleges in Dehradun. Students get to know the latest technology of computer science and cyber security. The entire course is prepared and monitored by Quick heal experts. A mix of academic vigor and professional dynamism, this course adds to the computer expertise and hones technical skills. For more details Visit: www.quickhealacademy.com
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B.Tech (Hons.) iot intelligent systems computer science course
Internet of Things (IOT) as the name suggests is an idea that inspired by the internet. The internet interconnects computers in a network that spans the world. The IOT is a network with its components as sensors and actuators integrated in physical objects. These objects range from home appliances like refrigerators and television sets to pacemakers and road side cameras. In other words any object that accommodates a microchip can be linked to the IOT. These objects are connected via wired or wireless technologies. Interestingly the IOT use the same Protocol that drives the Internet. The internet is a very successful technology that circulates information. However all the data is sourced from human activity. The flow of data in the IOT is independent of human activity. The IOT builds its information resources via intelligent systems Imagine a thermostat controlling the central heating which doesn’t need to take direct inputs from the user who is at home, at work or on holiday. Another example is smart street lighting driven by visibility, weather and traffic conditions. Nanotechnology enabled bots traverse the human bloodstream continuously sending back invaluable real time medical data. The potential of the IOT is enormous. It also promises reduced energy consumption and waste of resources. This reflects in the better health of the Environment. Business, Industry and individuals will save enormous cost and time due to optimized efficiency and reduced losses.
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B.Tech in Artificial Intelligence & Machine Learning
Artificial Intelligence Course Description : Artificial Intelligence and Machine Learning, which were dreams once, are realities today. Keeping in mind the fast-changing tech world, Quantum introduces this unique and innovative professional course to help students kick start a career in A.I and Machine Learning. As Quantum becomes a leading artificial intelligence college in Dehradun, students from all over the country seek to enroll in this course. This course, which is an agglomeration of the best artificial intelligence syllabus, introduces students to the basic concepts and algorithms of A.I and Machine Learning, and their effective implementation in both theory and practice. Students learn ai through an array of creative methods and techniques. The artificial intelligence course syllabus has been newly updated to keep the latest knowledge at the disposal of students. The course makes the artificial intelligence learning more interesting and fruitful. SCOPE AND HIGHLIGHTS A.I and Machine Learning have similarities and differences. The latter is a branch of the former. Our cutting-edge course structure familiarizes students with the nuances of Automation, Data analysis, Pattern recognition and other related areas in the field. Students shall be able to distinguish and use both creatively for innovation. This newly-introduced course by Quantum’s School of Engineering is now being counted as one of the top tech programs in AI and Machine Learning in India. Time and again, Quantum’s School of Engineering has proved its mettle by featuring in the top list of the best engineering colleges in Uttarakhand.
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B.Tech (Hons.) electrical engineering course
Automobiles are ubiquitous. They have brought to us a life of utility and luxury. The Automobile sector strives to develop better, faster and efficient machines. As such this industry has seen waves of upheavals. In 1900 the Steam-Powered Carsbecame popular for steam technology promised high speed and power performance. However due to poor fuel economy and cumbersome boiler technology the craze soon subsided. Their place has since been occupied by Gasoline cars. They started from being cantankerous and unreliable to the sleek luxury items of today. In the 21st century the Electrical Vehicle Technology (EVT)is making a comeback. A battery electric vehicle (BEV) and Plug-in Hybrid Electric Vehicles (PHEVs) are the most popular examples of EVT. The EVT has a minimal reliance on moving parts e.g. starter motors, exhaust systems, radiators, fuel injection systems etc. which are so abundant in conventional cars. Hence the servicing and maintenance is minimized. It doesn’t rely on gas fuels. Both the factors lead to savings. It helps the proliferation of renewable energy being amenable to solar energy technology for electrification. SCOPE AND HIGHLIGHTS Currently the United States is the leading user of EVT. It has more than 4 million hybrid-electric vehicles in use. In the year 2016 there were 13 fully-electric vehicles 30 hybrid electric vehicles and 17 plug-in hybrid electric vehicles. A World Bank Study estimates that by 2020, electric value chain on the global level will exceed $250 billion. Environmental factors, Energy costs and technology targets drive the EVT to greater heights. The EVT program prepares the students for work in two domains: product development and service vertical. The program endows the learners with fundamental skills to serve in a mainly research oriented domain. This certificate program is practically intensive with a focus on honing the research ability of the individual.
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B.Tech + MBA (Integrated)
The 5 year integrated degree program of BTECH and MBA combines two challenging specialized disciplines in one curriculum. The course has been designed to negotiate the challenges of globalization. It will prepare managers for industry and business who can bring the technical perspectives to optimize managerial decision making. Organizations actively seek engineers who possess managerial ability, financial acumen, marketing skills and knowledge of corporate restructuring, budget policy and management policy. An exposure to management practices gives engineers a taste for efficient and effective business skills. Consequently this unique combination education prepares graduates for sustained professional career growth. The integrated degree is an actively sought specialization across industry and business sectors. The greatest advantage it offers is that it saves individual time, effort and energy. A dual degree is a specialized course curriculum and hence demands a focused effort. The curriculum also needs concerted planning and co-ordination. Overall the individual must display a knack for multidisciplinary study. The student must have a high morale to be motivated while balancing the two demanding fields.
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BCA
BCA, an acronym for Bachelors in Computer Applications, comprises of a three year undergraduate curricula. The thrust of BCA is on an application of Computer languages. The course works as a good launch pad for an advanced career in Information Technology. The course is quite popular as its eligibility criterion is very open. A student from any stream, with English, is considered suitable. The basic focus of the BCA curriculum is on computer architecture, operating systems, database management systems, software engineering, web technology and computer languages such as C, C++, HTML, Java etc. SCOPE AND HIGHLIGHTS The BCA opens a world of opportunity. After a BCA the student can strengthen the basics learnt by pursuing an MCA (Masters of Computer Applications). The course provides ample training to diverge and specialize in a number of allied fields. An MBA in IT Management is one such option. Another route is a Master degree in IT. Another viable direction is a diploma certification in networking via CCNP/CCNA, Microsoft Certified Solutions Associate or MCSA and Red Hat. It goes without saying that a BCA degree opens lucrative job opportunities in IT organizations like Wipro, Infosys, Oracle, and IBM. One can improve skills by teaching computer science in school, universities and colleges. BCA graduates are also competing for the relevant jobs in IT department of Government and public sector organizations.
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MCA Training course
A short job-oriented course, Masters of Computer Applications is a postgraduate professional programme to help build a shining career in software and application development. Students wishing to opt for MCA are expected to have a robust theoretical and conceptual knowledge of computer languages – usually studied in the BCA programme. SCOPE AND HIGHLIGHTS Quantum’s two-year industry-oriented MCA trains students in all the necessary skills and practical knowledge of the advanced programming languages. The newly-devised curriculum prepares students for the ever-changing needs and demands of the IT sector. Starting with the basics of programming, computational theory, algorithm design etc., the course steers through rigorous project works and practical exposure in applied computer science. Quantum’s School of Computer Science and Technology has garnered tremendous reputation by leading students to the top IT companies of the country. The MCA programme at Quantum is now a topmost choice among technology students.
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M.TECH - Computer Science and Engineering
The Master’s program in Computer Science and Engineering aims to equip graduates with the knowhow that would enable them to execute research work or take up responsible research oriented jobs in industry and academia. The program inculcates conceptual understanding and technical ability to empower research activity in Computer Science and Engineering. The course is structured around some core courses. The student is allowed to choose electives suitable to interests and personal goals. The curriculum is aimed to foster research outlook in real life problems. To this end ample exposure is provided via case studies, industry visit and interaction with industry experts. Some of the core subjects encountered are Mathematical foundations, Algorithms, Data structures, Advanced Computer Architecture, Software Engineering, Compiler Design, Advanced Operating System, and Modeling and Simulation. Some of the electives are Theory of computation, Embedded Systems, Digital Imaging, Mobile computing, Distributed Computing, Multimedia Systems, Data Mining, Software Project Management, XML and Web services, Wireless sensors Networks Pattern recognition and Grid computing.
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M.Tech - information security cyber forensics course
Internet and allied technologies have been under constant threat from cyber war, espionage, snooping, malware, Trojan and virus attack which aim to sabotage the computer security and steal information and data. The increasing use of androids, mobile banking and e-commerce has made information sources more vulnerable. The discipline of information security aims to identify threats to information resources and subsequently asses, design and implement solutions to strengthen security. The knowledge of cyber forensics is essential to cyber security implementation. Cyber forensics, a subfield of digital forensics, refers to techniques used in extract digital evidence from cyber resources for pinpointing a cybercrime or in legal prosecution. The MTECH in information security and cyber forensics aims to develop professional technocrats who can expertly identify security problems and design appropriate solutions along facilitating legal forensics. They shall have the capability to execute research and teaching tasks in cryptology. This program highlighting theoretical as well as practical aspects like analytical methods, academic ideas, legal policy, industry practices and management to an effective implementation in Enterprise Wide Security, Data Center Security, Language-Based Security and Hardware and Embedded Systems Security.
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M-TECH - Digital Communication
The MTECH course in Digital Communication has been designed so that the students can deepen their knowledge of principles of digital electronics and its specific application domain of communications. The course emphasizes error control coding techniques which are essential for smooth work of modern communication systems. Consequently the students are intensively trained in the designing of error control encoders/decoders. The course focuses on the concepts of digital electronics, modulation, equalization techniques, multiplexing, convolution coding, channel coding, and spread spectrum communication communications. Mat lab techniques are emphasized throughout the course. The course also allows the students to extend their employability via elective courses. The electives include subjects like Wireless & Mobile Network, CMOS Design, VSLI design and Real Time Operating Systems. The course has a heavy emphasis on practical lab based work, industry interaction and research work.
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M-TECH - Structural Engineering
Structural Engineering is a discipline which studies advanced concepts of mechanics of structures. Generally the domain of structural engineering concerns developing mathematical models, outlining schematics, drawing specifications, calculations and supervision of new projects. The MTECH program is a blends strong theoretical foundations with practical learning through extensive analytical, computational and execution. The course not only develops industry relevant skills along core competence for academic and research tasks. The course will impart the students a firm grounding in cutting edge design and execution strategies for a spectrum of infrastructure needs. Structural Dynamics, Theory of elasticity and plasticity, Concrete structures, Soil Structure Interaction, Steel structures, Disaster resistant structures, Aseismic Design, Industrial structures, Maintenance and Rehabilitation, Structural Analysis, Computer Aided Design, Finite Element Analysis and Matrix Computer Methods.
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M-Tech Thermal Engineering
Thermal engineering explores advanced applications of the science of thermodynamics. Thermal engineering It studies heating and cooling processes, heat transfer in linear, nonlinear, steady state and transient modes, fluid flow, porous media, multiphase flows, open channel flow, fluid structure interactions etc. Thermal Engineers concern themselves with design of efficient heat removal and cooling design in engineering systems. Such designs are achieved by ideal thermal and pressure load estimation and coupled field analysis. They are also entrusted with the design and maintenance of equipment like gas turbines, steam turbines, heat exchangers, pumps, propellers, compressors, rotor stator interactions, inlet manifolds, flow separators, turbo chargers, volutes and related accessories. The field studies subjects such as Thermodynamics, Heat Transfer, Thermal Power, Energy Systems Design, Refrigeration, Air Conditioning, I.C. Engines and Hydro- Thermal Turbomachines The program aims to provide the engineer with cutting edge skills in numerical simulation, flow visualization, particle characterization, combustion diagnostics and thermal research. The course focuses on experimental and simulation techniques and their applications in the context of Thermal Engineering.
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DIPLOMA MECHANICAL Engineering
The diploma in mechanical engineering aims to provide an introduction to the basic subjects and concerns of mechanical engineering. Mechanical Engineering is the discipline which deals with the design, manufacture, operation and maintenance of machines. Mechanical Engineering uses core concepts of physics and material science for design, manufacture and maintenance of different mechanical systems. The program is designed so that students develop multiple skills in analytical ability, creative thinking, innovative problem solving and engineering acumen. The curriculum will inculcate self-confidence so that the learners can handle and execute real time tasks in mechanical engineering. The diploma course is aimed at individuals who have an interest in mechanics and want to know about their working principles, applications and related aspects. Students planning to take the course should have a number of inherent skills and orientation to get the best out of the curriculum. They should possess mathematical ability, critical thinking, scientific aptitude and a strong orientation to real life application.
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DIPLOMA CIVIL Engineering
The Civil Engineering diploma course at Quantum University has been designed to provide a firm foundation in the fundamentals of civil engineering. This diploma course gives the students a firm grounding in essential subjects which includes drafting, planning, surveying, costing, estimation construction, project management, safety management and environmental affairs. The students will assimilate and synthesize technical concepts to develop active application in a problem solving strategy. The course prepares students for team work. The student is exposed to ethics and professional practices. The learner develops multidisciplinary thinking and critical thinking to execute research/teaching assignments. A student who wants to become a civil engineering professional needs some basic skills and aptitude. These include analytic ability, mathematical skill, team work, spatial reasoning, communication skills, and a strong sense of ethics and community service.
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Diploma Computer Science & Engineering
A Diploma in Computer Science and Engineering (CSE) is one of the most sought after course. The clear reason for this is that computers and computer technology has become indispensable in today’s world. Its applications span numerous applications in science and engineering to internet and communication technologies. Moreover it is a vibrant field of research with the newest fields of cloud computing, artificial intelligence, machine learning and internet of things to boast about. The discipline of Computer Science & Engineeringis concerned with mathematics and design of computational processes and programming languages. They are the professionals behind new computer games, business applications and android technology. Computer professionals also supply technical support for numerous technology firms. They also research and develop solutions and new technology. Students who want to obtain a Diploma in Computer Science are expected to possess strong analytical skills, multi-tasking, attention to detail and communications skills. They should display strong mathematical ability and problem solving.
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Diploma Electrical Engineering
Electrical engineering is a discipline that studies application of electricity, electronics and electromagnetism. The prime filed of work deals with electricity generation and transmission. With the passage of time Electrical engineering has diversified into the fields of electronics, telecommunications and computer engineering. Electrical Engineering has acquired center stage as it promises to deliver the next generation electric vehicle technology which promises multiple benefits. The diploma aims to arm the students the basic understanding of electricity so that they can deal expertly work in electrical environment in industry. Emphasis is laid on foundation science courses and basics courses in Electrical & Electricity. The students also learn statistical power analysis to work in dedicated power engineering scenario. The students explore energy audit, energy quality and energy management.
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B.Sc (Hons.) Physics
Physics is a fundamental science. Physics is a branch of science which studies motion, matter, heat and light. Physics makes extensive use of Mathematics to develop mathematical model to study physical reality. Physics has not only expanded the horizons of tradition of learning but also affected a technological revolution. Consequently physics has had an unimaginable impact on human society.. The BSC Honours in Physicsis slightly different with a focus on developing research skills. The programme in its approach as it emphasizes abstract theoretical concepts giving a taste of academic career. Students inquisitive towards fundamentals Physics and mathematics will find this course most useful. Advanced analytical ability would serve to succeed well in this course. It inculcates a number of transferable skills highly sought by employers. SCOPE AND HIGHLIGHTS Physics is challenging intellectually and consequently imparts other skills including numeracy, creativity, imagination, logical thinking, problem solving, research capability and technical communicate. The course develops skills to succeed in research and academic environment. A B.Sc Physics degree provides opportunity to pursue an academic career. Students can pursue a Phd and similar degrees. The BSC degree exposes students to a number of topics such as Newtonian Mechanics, Electromagnetism, Thermodynamics, Wave phenomena, Optics, Condensed matter, Relativistic Physics, Quantum physics, Solid State Physics and Nuclear physics. The curriculum also delivers a healthy dose of the mathematical topics. These include advanced calculus, differential equations, linear algebra, Complex Analysis, statistical techniques, numerical methods and computing.
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