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What facilities are available for students in the M. Tech. in Automotive Electronics program? | Facilities include Electronics Lab, Software Tools, Hardware Tools, MATLAB 2020a, CARSIM, CANoe, dSPACE Control Desk, Arduino Uno, Arduino Mega, Lidar Lyte, RPLIDAR 360°, Induction Motor, and 9 DOF – Razor IMU. |
What is the evaluation pattern for the courses in the M. Tech. in Automotive Electronics program? | The evaluation pattern for all the courses will be as per the Institute policy. |
What are the domains of electives available in the M. Tech. in Automotive Electronics program? | Electives are available in domains such as Software Defined Vehicles, Advanced Driver Assistance Systems (ADAS), and Electrification. |
What is the structure of the curriculum for the M. Tech. in Automotive Electronics program? | The curriculum is structured over four semesters, including core courses, electives, labs, and dissertation phases. |
What is the significance of the 'Live-in-Lab' project in the M. Tech. in Automotive Electronics program? | The Live-in-Lab project allows students to undertake practical projects, and they can be exempted from registering for an elective course in the higher semester. |
What are the program outcomes (POs) for the M. Tech. in Automotive Electronics? | The POs include the ability to conduct research, write technical reports, demonstrate mastery in the specialization, work in teams, and maintain lifelong learning. |
What is the admission process for the M. Tech. in Automotive Electronics program? | Students can apply through the official Amrita admissions page. |
Where is the M. Tech. in Automotive Electronics program offered? | The program is offered at the Coimbatore campus of Amrita Vishwa Vidyapeetham. |
What is the teaching scheme for the courses in the M. Tech. in Automotive Electronics program? | The teaching scheme includes lectures (L), tutorials (T), and practicals (P) with specified credits for each. |
What are some selected projects undertaken by students in the M. Tech. in Automotive Electronics program? | Selected projects include intelligent EV charging infrastructure, fuzzy enabled direct torque control for induction motors, and driver emotion recognition for enhancement of Human-Machine Interface. |
What is the contact email for inquiries about the M. Tech. in Automotive Electronics program? | The contact email for inquiries is mtech@amrita.edu. |
What is the M. Tech. in Automotive Engineering program about? | The M. Tech. in Automotive Engineering is a multi-disciplinary program aimed at developing advanced skills required to design and develop software-defined vehicles, including hybrid and electric vehicles, and Advanced Driver Assistance Systems (ADAS). |
What is the duration of the M. Tech. in Automotive Engineering program? | The duration of the M. Tech. in Automotive Engineering program is two years. |
What are the eligibility criteria for the M. Tech. in Automotive Engineering program? | The eligibility criteria for the M. Tech. in Automotive Engineering program include a Bachelor's degree in Mechanical Engineering, Mechatronics, Electrical and Electronics, or Production Engineering. |
What are the core subjects in the M. Tech. in Automotive Engineering curriculum? | Core subjects include Automotive Systems, Electric Drives and Controls, Automotive Electronics, Model Based System Design, Data Science and Analytics, and Automotive Laboratory. |
What are the elective streams available in the M. Tech. in Automotive Engineering program? | Elective streams include Software Defined Vehicles and Electric and Hybrid Vehicles. |
What are some of the job roles available for graduates of the M. Tech. in Automotive Engineering program? | Job roles include designing, developing, and manufacturing vehicles, creating blueprints of vehicles and components, and maintenance and servicing in various industries. |
What kind of research facilities are available for M. Tech. in Automotive Engineering students? | Research facilities include the Amrita Automotive Research and Technology Centre (AARTC), Noise, Vibration, and Harshness (NVH) Lab, and various testing labs for powertrain, emissions, and vehicle dynamics. |
What are the highlights of the M. Tech. in Automotive Engineering program? | Highlights include state-of-the-art facilities, opportunities for internships with leading automotive companies, and participation in collegiate design series programs. |
Who are some of the industry partners associated with the M. Tech. in Automotive Engineering program? | Industry partners include Renault-Nissan Technology & Business Centre India, Valeo India Private Ltd., and Continental Automotive Components (India) Ltd. |
What are the research thrust areas in the M. Tech. in Automotive Engineering program? | Research thrust areas include engine and emission studies, combustion analysis, vehicle simulation, hybrid electric vehicles, and computational fluid dynamics. |
What skills do students acquire in the M. Tech. in Automotive Engineering program? | Students acquire skills in SDV architecture design, EV powertrain testing, sensor fusion, deep learning, and cybersecurity in software-defined vehicles. |
What is the contact information for inquiries about the M. Tech. in Automotive Engineering program? | Contact can be made via phone at +91 8075876716, +91 9633913855, +91 6282371370 or email at mtech@amrita.edu. |
What is the significance of the automotive industry in India? | The automotive industry contributes to 7% of India's GDP and is one of the largest automotive markets in the world, with significant growth in production and exports. |
What are the project work requirements in the M. Tech. in Automotive Engineering program? | Students must complete a substantial project, culminating in a dissertation in the third and fourth semesters. |
What are the opportunities for internships in the M. Tech. in Automotive Engineering program? | Students have opportunities for internships with companies such as Mercedes Benz, Volvo, and Bosch, among others. |
What is the focus of the Advanced Driver Assistance System (ADAS) lab? | The ADAS lab focuses on collecting and processing data using various sensors and processors to enhance vehicle technology for safety and improved driving experience. |
What are some notable student projects in the M. Tech. in Automotive Engineering program? | Notable projects include the design of a digital audio filter for in-cabin audio response and stability analysis on a multi-body system model for vehicle dynamics. |
What is the M. Tech in Bio-Medical Engineering program about? | The M. Tech in Bio-Medical Engineering is an interdisciplinary program that combines engineering and life sciences, focusing on the interface between computational infrastructure and medical domains to support physicians in decision making. |
What are the eligibility criteria for the M. Tech in Bio-Medical Engineering program? | Eligibility criteria include a B.E/B.Tech in Electronics and Communication, Electrical and Electronics, Electronics and Instrumentation, Biomedical Engineering, Mechatronics Engineering, M.Sc. in Electronics, Physics, Chemistry, Microbiology, or MBBS. |
What is the duration of the M. Tech in Bio-Medical Engineering program? | The duration of the M. Tech in Bio-Medical Engineering program is two years. |
What are the program educational objectives of the M. Tech in Bio-Medical Engineering? | The program educational objectives include the ability to apply knowledge and design skills in solving complex problems in biomedical systems, adapt to dynamic challenges in biomedical technology, and exhibit professional competence and leadership qualities. |
What are the program outcomes for graduates of the M. Tech in Bio-Medical Engineering? | Program outcomes include the ability to conduct research, write and present technical reports, demonstrate mastery in the specialization area, work in teams, and maintain lifelong learning. |
What are the thrust areas in research for the M. Tech in Bio-Medical Engineering? | Thrust areas in research include Biomedical Instrumentation, Biomedical Signal Processing, Biomedical Image Processing, Biomaterials, Biosensors, Biomechanics, and Drug Design and Delivery. |
What specializations are available within the M. Tech in Bio-Medical Engineering program? | Specializations include Biomedical Instrumentation, Biomedical Signal Processing, Biomedical Image Processing, Biomaterials, Biosensors, Biomechanics, and Drug Design and Delivery. |
What are the career prospects after completing an M. Tech in Bio-Medical Engineering? | Graduates can work in healthcare, pharmaceuticals, medical device manufacturing, research institutions, and academia as biomedical engineers, medical device designers, clinical engineers, and more. |
What facilities and infrastructure are available for the M. Tech in Bio-Medical Engineering program? | Facilities include Signal Processing Lab, Radio Frequency Lab, Communication System Design Lab, Computational Optimization and Innovation Lab, Machine Intelligence Lab, and Biomedical Instrumentation Lab. |
What are the placement opportunities for M. Tech in Bio-Medical Engineering graduates? | Placement opportunities include organizations like Sree Chitra Tirunal Institute, Defence Metallurgical Research Laboratory, Apollo Hospitals, Tata Consultancy Services, and Cognizant Technology Solutions. |
What international program opportunities are available for M. Tech students? | International program opportunities include foreign internships with scholarships and higher education collaborations, such as EUREKA – KTH, Sweden and INDIA4EU – University of Bologna, Italy. |
What is the application process for the M. Tech in Bio-Medical Engineering program? | Interested candidates can apply through the Amrita University application portal. |
What is the contact information for inquiries about the M. Tech in Bio-Medical Engineering program? | For inquiries, you can email mtech@amrita.edu or call +91 8075876716, +91 9633913855, or +91 6282371370. |
What is the curriculum structure for the M. Tech in Bio-Medical Engineering program? | The curriculum includes courses in Embedded Computing, Machine Learning, Human Physiology, Medical Imaging Techniques, and a dissertation phase. |
What are the hands-on laboratory experiences included in the M. Tech program? | The program includes laboratory courses covering medical device design, biomaterials characterization, physiological measurements, and biomedical signal processing. |
What are the research opportunities available for M. Tech students in Biomedical Engineering? | Research opportunities include projects in biomedical imaging, drug delivery systems, prosthetics, tissue engineering, and collaborations with industry and healthcare institutions. |
What is the ranking of Amrita University in India? | Amrita University is ranked 7th in the National Institutional Ranking Framework (NIRF) Rankings 2023. |
What is the fee structure for the M. Tech program? | The fee structure for the M. Tech program can be downloaded from the university's website. |
What is the M. Tech. program in Biomedical Engineering & Artificial Intelligence about? | The M. Tech. program in Biomedical Engineering & Artificial Intelligence focuses on Biomedical Instrumentation and Signal Processing, combining engineering and medical technology to meet the demands of the healthcare industry. |
What are the key performance indicators for the program? | Key performance indicators include 100% placements for graduates, 80% of students getting internships in the first year, and 20% of graduates pursuing a PhD in Biomedical. |
What facilities are available for students in this program? | Facilities include fully equipped laboratories for Instrumentation, Embedded Systems, IoT, Signal Processing, AI, and Data. |
What is the fee structure for working professionals in the program? | The tuition fee is 53,000 per semester, with a one-time refundable caution deposit of 5,000, totaling 58,000. |
What are the eligibility criteria for the M. Tech. program? | Applicants should have a B.Tech. or B.E. in relevant fields with a minimum of 60%. |
What are the learning objectives of the program? | Learning objectives include understanding life sciences and engineering fundamentals, securing internships/placements, pursuing research careers, and adapting to a rapidly changing global environment. |
What are the program outcomes for graduates? | Program outcomes include the ability to conduct independent research, write and present technical reports, demonstrate mastery in the specialization, and bridge the gap between research and social needs. |
What are the thrust areas in research for this program? | Thrust areas include Low Cost Health Care Systems, Signal Processing, Embedded Systems, and Stochastic Process. |
What kind of internships do students get? | Students have a one-week internship at the largest hospital facility in India and internships with sought-after biomedical companies. |
What is the duration of the M. Tech. program? | The program duration is two years. |
What scholarships are available for students? | Scholarships are available based on CGPA, with different slabs offering monthly amounts for students maintaining certain academic standards. |
Who are some of the faculty members in the program? | Faculty members include Dr. Maneesha Vinodini Ramesh, K. A. Unnikrishna Menon, Balaji Hariharan, and others. |
What are the program's advantages? | Advantages include international collaborations, experienced faculty, thesis work on real-world challenges, and internships in leading biomedical companies. |
What is the application process for the program? | Interested candidates can apply through the 'Apply Now' link on the program's webpage. |
What is the total course credit for the program? | The total course credits for the program are 70. |
What are the core courses in the first semester? | Core courses include Applied Mathematics and Data Analytics, Human Physiology, Embedded System Design, and Bioinstrumentation. |
What are some elective courses offered in the program? | Elective courses include Wearable Biomedical Systems, Medical Robotics, and Artificial Intelligence in Healthcare. |
What is the placement record for graduates of this program? | The program boasts a 100% placement record for its graduates. |
How can prospective students contact the program for more information? | Prospective students can contact the program via email at mtech@amrita.edu or call +91 9446011097. |
What is the M.Tech in Computer Science & Engineering program about? | The M.Tech in Computer Science & Engineering (Machine Learning) program is designed for students with a background in computer science and engineering to develop into adept professionals. It builds skills and knowledge in advanced topics of computer science. |
What are the job profiles available after completing the M.Tech in Computer Science & Engineering? | Some job profiles include Application Analyst, Data Scientist, Data Analyst, Database Administrator, Information Systems Manager, IT Consultant, and Multimedia Analyst. |
What is the eligibility criteria for the M.Tech in Computer Science & Engineering program? | Eligibility includes B.E/B.Tech in Computer Science, Information Technology, Electronics and Communication, Electrical and Electronics, Electronics and Instrumentation, Information Science, MCA, M.Sc. Computer Science, M.Sc. IT, or M.Sc. Software Engineering. |
What is the duration of the M.Tech in Computer Science & Engineering program? | The duration of the program is two years. |
What are the program objectives of the M.Tech in Computer Science & Engineering? | The program aims to hone the skills of computer science professionals, develop experts in recent technologies, create manpower with technical competency, and encourage lifelong learning. |
What are the program outcomes for M.Tech graduates? | Program outcomes include the ability to independently carry out research, write and present technical reports, demonstrate mastery over the area, and design computing solutions using emerging paradigms. |
What are some of the advanced topics covered in the M.Tech curriculum? | Advanced topics include advanced algorithms, distributed computing, parallel computing, computer vision, natural language processing, big data analytics, and software architecture. |
What are the research thrust areas in the M.Tech program? | Research thrust areas include Biometrics, Computer Vision, Signal Processing, Data Analytics, Evolutionary Computing, Next Gen Computing, Predictive Analytics & IoT, and Human Computer Interaction. |
What is the placement record for M.Tech graduates? | The placement record is excellent, with an 88% placement rate for eligible students in the 2021 batch. |
Which companies recruit M.Tech graduates from Amrita? | Companies include Cisco, IBM, Cerner, L&T Technology, Samsung, TCS, Oracle, Zoho Corporation, and many others. |
What facilities are available for M.Tech students? | Facilities include fully equipped computer laboratories, specialized labs for data analytics, robotics, and mobile application development. |
What are the opportunities for student exchange in the M.Tech program? | Opportunities exist for student exchange in premier universities like KTH Sweden, Politecnico Di Milano, University of New Mexico, and others. |
What is the focus of the M.Tech in Computer Science & Engineering program? | The program focuses on developing skills in machine learning, big data, and computational intelligence, along with practical experience through internships. |
How can M.Tech students contribute to research? | Students can contribute by participating in research projects, collaborating with faculty, publishing papers, and staying updated with developments in their field. |
What is the application process for the M.Tech program? | Interested candidates can apply through the Amrita University application portal. |
What is the contact information for inquiries about the M.Tech program? | For more information, you can email mtech@amrita.edu or call +91 8075876716, +91 9633913855, +91 6282371370. |
What is the M. Tech. in Cyber Security program about? | The M. Tech. in Cyber Security program focuses on providing a good blend of theoretical and practical knowledge in the field of Cyber Security, covering areas such as cryptography, network security, and digital forensics. |
What are the eligibility criteria for the M. Tech. in Cyber Security program? | The eligibility criteria include a B.Tech/BE degree in ECE, EEE, CS, or IT. |
What is the duration of the M. Tech. in Cyber Security program? | The duration of the program is two years. |
What are the focus areas of the M. Tech. in Cyber Security program? | Focus areas include Cryptography, Cloud Security, Digital Forensics, Web Security, Mobile Security, and Machine Learning. |
What is the curriculum structure of the M. Tech. in Cyber Security program? | The curriculum includes core courses, electives, laboratory sessions, and a dissertation. |
What are some of the core courses in the M. Tech. in Cyber Security program? | Core courses include Mathematical Foundations for Cyber Security, Concepts in System Security, and Cryptography. |
What types of laboratories are available in the M. Tech. in Cyber Security program? | Laboratories include Cyber Security Lab, IoT VAPT Lab, and FPGA Lab. |
What career paths can I pursue after completing an M. Tech in Cyber Security? | Graduates can pursue roles such as cybersecurity analysts, security consultants, incident responders, and cloud security experts. |
What are the admission procedures for the M. Tech. in Cyber Security program? | Students can apply through the official Amrita Vishwa Vidyapeetham website. |
What facilities are available for M. Tech. in Cyber Security students? | Facilities include specialized labs for Cyber Security and IoT. |
What is the placement scenario for M. Tech. in Cyber Security graduates? | The program has a strong placement record with many top companies recruiting graduates. |
What is the fee structure for the M. Tech. in Cyber Security program? | The fee structure can be downloaded from the official website. |
What is the significance of the TIFAC-CORE in Cyber Security at Amrita? | The TIFAC-CORE in Cyber Security focuses on advanced research in areas like enterprise-wide security and data center security. |
What international opportunities are available for M. Tech. in Cyber Security students? | Students can participate in foreign internships and dual degree programs. |
What are the elective courses available in the M. Tech. in Cyber Security program? | Electives include Data Mining and Machine Learning in Cyber Security, Security of Cyber Physical Systems, and Blockchain Technology. |
How does Amrita Vishwa Vidyapeetham rank among universities in India? | Amrita is ranked 7th in the National Institutional Ranking Framework (NIRF) Rankings 2023. |
What is the contact information for admissions related queries? | Students can contact via email at mtech@amrita.edu. |
What is the M. Tech program in Cyber Security Systems & Networks about? | This M. Tech program aims to train students in the cybersecurity discipline through a well-designed combination of courseware and its application on real-world scenarios, emphasizing foundational courses and diverse subject core areas such as cryptography, operating systems and security, cloud security, and security of... |
What are the objectives of the M. Tech program in Cyber Security Systems & Networks? | The program aims to help students comprehend various security threats and vulnerabilities, scale up demand from multiple industrial sectors, and architect, design, and implement fool-proof products in cyber security. |
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