Bachelor of Technology (B.Tech.) Biologically Inspired System Science provides students with the foundation to pursue careers in biologically inspired systems science. This course focuses on the design and analysis of new processes and technologies and the evaluation of performance. Data scientists have a strong understanding of algorithms and machine learning techniques. Industrial designers develop concepts and designs for manufactured products.
Bio-inspired Robotics emphasizes the design and function of robotic systems using principles of biology. Coursework in this area is led by Professor Kaushik Jayaram and focuses on the design and construction of bio-inspired robots. The course includes an introduction to bio-inspired systems, two case studies, and several directions for future research.
Bio-inspired systems emphasize self-directed systems based on metaphors from nature and the human body. Autonomy engineering is enabled by agent technologies and can be retrofitted into legacy systems and designed into new systems. While transferring responsibility to autonomous systems raises concerns about safety and security, self-protection mechanisms in such systems promote user confidence and safety.
Using bio-inspired approaches to design dynamic materials and systems, engineers can translate biological discoveries into innovative and practical technologies. The translation of biological discoveries requires an integrative perspective of length and timescales and consideration of mechanochemical cues.
Benefits of B.Tech in Biologically Inspired System Science
The benefits of a B.Tech in Biologically Inspired System Science (BISS) program include a strong foundation in core engineering concepts. In addition to this, students learn the state-of-the-art in various biological sciences, including environmental, cognitive, and neuroscience disciplines.
Despite the many benefits of studying biology, the field of computing has yet to fully capitalize on it. Although many of the advances in the field are based on "ground-up" understandings of biological systems, only a small number of biological systems have such a detailed knowledge base. Therefore, the relevance of biological systems to computing is probably limited in the short term.
The B.Tech in Biologically Inspired System Science degree program offers a strong foundation in computational systems. While computing is an integral part of many industries, it can often be challenging to apply new methods to existing systems. Biologically inspired system science courses can help students learn how to create better computer systems.
Biologically inspired systems are the basis of many important technologies. They help the industry grow by helping solve problems that digital machines have failed to address.
Eligibility for B.Tech in Biologically Inspired System Science
The candidates must have passed 10+2 from a recognized board.
They must have a minimum aggregate of 55% to be eligible for the program.
Future Scope of B.Tech in Biologically Inspired System Science
Those who study B.Tech in Biologically Inspired System Science will gain a solid grounding in biology and then specialize in one of three fields in engineering. This interdisciplinary course combines biological, physical, and engineering principles to produce solutions for various problems that affect our society.
Students studying Bioelectronic Engineering will develop a foundation in the study of electronics, computer science, and social responsibility. In addition to acquiring the knowledge necessary to be a successful engineer, these graduates will also develop a solid understanding of teamwork, and the importance of societal responsibility.
In addition to the field of Biologically Inspired Systems, B.Tech students can explore the fields of biology, genetics, and computer science. Students enrolled in this course are encouraged to apply for research jobs in various industries, such as biotechnology, and biomedical engineering. There are also plenty of opportunities for students who want to combine their passion for biology with their love for technology.
Career Opportunities and Job Prospects of B.Tech in Biologically Inspired System Science
As a graduate of a B.Tech in Biologically Inspired System Science program, you'll have a diverse range of job options, ranging from R&D Engineer to Industry Design. You'll have the opportunity to choose between a wide variety of positions, and the average placement package is INR 3,00,000 to INR 12,00,000.
Depending on the level of experience you've achieved, you might want to look into various job options or continue your education at an M.Tech program.
The field of Biologically Inspired System Science is highly diverse, and it is often used to develop new technologies, such as artificial intelligence and robotics. Its applications in computing are often based on incomplete understandings of biological systems. However, many important insights have been gained from faulty or incomplete biological models.
There is no single example of this yet. Despite its value to computing, there are still a variety of employment prospects for graduates with B.Tech degrees in Biologically Inspired System Science.
After graduation, students may choose to pursue higher education. The most common choice is to take an MBA course. This is an excellent opportunity to combine your B.Tech with another degree, or to get your start in a thriving startup. Alternatively, you can choose to work for a private company or as an engineer.
Course duration and fee details of B.Tech in Biologically Inspired System Science
The B.tech in Biologically inspired system science is a four-year degree program.
The average fees for the completion of the program are between 3 to 8 lacs or it may vary from college to college.
4 Years
Under Graduate
Engineering
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