B.E. in Automation & Robotics
Engineering (B.E. / B.Tech)
Shortlisted by 61+ Students
Location: Bengaluru/Bangalore
Duration: 4 YEAR
Regular / Offline
Average Fees: ₹ 5.45 Lakhs
Highlights 1. Robotics Engineering focuses on creating and controlling robots using advanced technology to perform various tasks efficiently. 2. Robots help speed up manufacturing, making production faster and reducing the need for manual labor in industries. 3. This technology is essential in specialized fields like nuclear science, deep-sea exploration, and medical equipment development. 4. Robotics also supports critical operations like power plant maintenance, electrical signal transmission, and automated farming. 5. A career in this field offers opportunities in industries such as research, engineering, manufacturing, mining, and energy sectors.
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Infrastructure
Classrooms
The Department of Engineering offers spacious, well-ventilated classrooms and laboratories designed to enhance the learning experience. Each classroom is equipped with modern teaching aids, including projectors and overhead projectors (OHP), to support contemporary teaching methods. Dedicated seminar halls for each department come equipped with audio-visual systems and whiteboards, providing an ideal setting for presentations, interactive sessions, and collaborative learning. These thoughtfully designed spaces foster a dynamic educational environment where students can engage deeply with their subjects.
Staffrooms
The staffrooms in the Engineering Department are designed to be comfortable and functional, offering faculty members a bright, spacious environment that promotes both collaboration and privacy. Each faculty member is provided with a dedicated cubicle, allowing for focused work while fostering a supportive atmosphere for teamwork and academic discussions. The welcoming ambiance encourages faculty to share ideas, plan lessons, and engage with colleagues, enhancing the overall academic culture.
Study Centre
The study centre at Impact provides students with access to cutting-edge resources and specialized labs that encourage exploration and innovation.
AWS (Amazon Web Services) Lab:
The AWS Lab offers hands-on learning opportunities in cloud computing through programs like AWS Educate. This initiative provides students with free credits and access to AWS resources, enabling them to experiment, build applications, and develop practical skills. The lab is a valuable platform for skill development, certification preparation, and exploring real-world cloud-based solutions. Students benefit from:
Practical Experience: Gain firsthand experience with AWS services in a risk-free environment.
Career Development: Explore cloud career pathways and access internship opportunities through the AWS job board.
Resource Optimization: Learn best practices for managing workloads efficiently.
Entrepreneurial Support: Access AWS Activate for resources to support startup projects and innovative ideas.
Robotics Lab:
The Robotics Lab is a dynamic environment equipped with advanced hardware and software tools to support research and innovation in robotics. Students have access to robotic arms, sensors, and programming tools like C++ and Python. The lab also offers prototyping and fabrication equipment, enabling students to design, build, and test robotic systems while honing their technical and problem-solving skills.
CADD (Computer-Aided Design and Drafting) Lab:
The CADD Lab is an essential resource for students specializing in engineering, architecture, and design. It provides industry-standard software like AutoCAD, SolidWorks, CATIA, and Revit, empowering students to bring their designs to life. Key features include:
High-Performance Workstations: Optimized for complex, graphics-intensive tasks.
Advanced Peripherals: Tools such as graphic tablets and high-precision input devices for accurate design work.
Printing and Plotting: Large-format printers for producing detailed physical drafts and technical drawings.
Collaborative Spaces: Areas for group work and instructor-led guidance.
Practical Integration: Aligns with the academic curriculum, allowing students to apply theoretical knowledge through hands-on projects.
These specialized labs and study resources not only enhance learning but also prepare students for real-world challenges by equipping them with the technical skills and practical knowledge needed for future careers.
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