341
Articles published
Join thousands of students achieving their dreams with expert-led courses.
Join free and unlock everything on EasyShiksha.
Takes less than 3 seconds โ no password needed
Please enter a valid email address.
Checking your emailโฆ
Almost done โ just verify your number so we can send course updates and certificates.
Used only for verification & updates
Incorrect OTP. Please try again.
Takes less than 10 seconds
Please select your country.
Please select your state.
Automation is increasingly used in manufacturing, automotive production, electronics, process industries and other technical environments. Automated systems use sensors, controllers, software and machinery to monitor operations and perform tasks with limited manual intervention. Understanding these systems can be valuable for students interested in industrial technology and modern production methods.
The Bachelor of Vocation (B.Voc) in Automation at Kalinga University is an undergraduate vocational programme focused on automation technologies and related technical skills. The programme listing on EasyShiksha describes learning areas that include industrial automation, robotics, control systems, programmable logic controllers (PLCs), sensors, embedded systems and the Internet of Things (IoT).
This article explains the programme's listed eligibility, duration, curriculum, admission process and potential career pathways. Students should verify the latest programme information before applying.
B.Voc in Automation is an undergraduate vocational degree programme designed to introduce students to the technologies used to control, monitor and automate machines and industrial processes.
Automation connects multiple technical disciplines, including mechanical systems, electrical and electronic systems, instrumentation, control systems and computing. Students studying this field may learn how sensors collect information, controllers process inputs and automated equipment responds to programmed instructions.
The programme at Kalinga University is listed on EasyShiksha as a three-year degree divided into six semesters. Its curriculum includes robotics, PLC applications, industrial communication, IoT, embedded systems and smart manufacturing.
Explore the B.Voc in Automation programme at Kalinga University on EasyShiksha for the current programme details.
Programme name: B.Voc in Automation
University: Kalinga University
Programme type: Bachelor of Vocation
Programme level: Undergraduate degree
Listed duration: Three years
Academic structure: Six semesters
Minimum qualification listed: 10+2 or equivalent
Alternative qualifications listed: Two-year ITI diploma after Class 10 or three-year polytechnic diploma after Class 10
Language listed: English
Learning areas: Industrial automation, robotics, control systems, sensors, IoT and smart manufacturing
These details are based on the programme listing. Applicants should confirm the current eligibility criteria, approved learning mode and other admission conditions directly from the current programme page.
The EasyShiksha listing states that applicants may qualify through 10+2 or an equivalent qualification. It also lists a two-year ITI diploma after Class 10 and a three-year polytechnic diploma after Class 10 as alternative entry routes for the B.Voc programme category.
Before applying, students should confirm that their specific qualification is accepted for B.Voc in Automation and check any additional conditions.
Applicants should review:
Accepted educational qualifications.
Any minimum marks or subject requirements.
The documents required for verification.
The current admission procedure.
The programme's learning format and participation requirements.
Meeting a stated minimum qualification does not by itself guarantee admission. The application remains subject to the institution's applicable admission and verification process.
The programme is listed as a three-year undergraduate degree comprising six semesters.
The curriculum progresses from introductory engineering and automation concepts to robotics, industrial control systems, connected technologies and automation projects. Practical learning, workshop activities and project work are described in the programme information.
Students should consult the latest syllabus for the exact subjects, assessments and progression requirements. They should also verify how practical training is delivered and whether any in-person participation is required.
The EasyShiksha programme listing provides a semester-wise curriculum. The following overview summarises its main learning areas.
The first semester introduces automation and industrial systems alongside foundational technical subjects. Listed areas include:
Introduction to Automation and Industrial Systems
Fundamentals of Mechanical Systems
Basic Electrical and Electronic Systems
Engineering Mathematics and Applied Science
Introduction to Sensors and Transducers
Computer Applications and Technical Communication
Workshop Practice and Practical Training
These subjects establish the foundation for understanding how mechanical, electrical and electronic components contribute to automated systems.
The second semester develops introductory knowledge of electrical and electronic systems, measurement and instrumentation. Listed subjects include electrical machines, electronic devices and circuits, instrumentation fundamentals, automatic control systems, sensors and measurement techniques.
This knowledge helps students understand how industrial systems measure physical conditions and use electrical or electronic components to support machine operation.
The third semester introduces robotics and automated production systems. The listed subjects include:
Introduction to Robotics and Robotic Systems
Robotic Design and Control
Industrial Automation Fundamentals
Programmable Logic Controllers and Applications
Mechanical Systems for Robotics
Fault Analysis and Repair
Robotics and Automation Laboratory
These topics provide a foundation for understanding robot components, automated processes and the use of programmable controllers in industrial environments.
The fourth semester focuses on connected and computer-controlled technologies. The curriculum lists IoT and embedded systems, IoT in industrial automation, mobile robots, autonomous systems, microcontrollers, embedded programming, industrial communication and advanced sensors and actuators.
Students can use these concepts to understand how devices collect data, communicate and interact with automated equipment.
The fifth semester extends the programme into advanced industrial automation and manufacturing applications. Listed topics include:
Advanced Industrial Automation
Control Systems for Robots
Manufacturing and Quality Norms
Computer-Aided Design Fundamentals
Industrial Robotics Programming
Smart Manufacturing and Industry 4.0
On-the-Job Training or Internship
This stage connects technical learning with industrial practices and may offer opportunities to apply concepts in a practical setting, subject to the programme's actual training arrangements.
The final semester covers advanced robotics and automation applications, automation system integration, industrial IoT, smart factory technologies, fault diagnosis, maintenance and troubleshooting. The listed curriculum also includes project planning, professional skills and a major project or capstone project.
The final project provides an opportunity to apply concepts to a defined technical problem or automation application, in accordance with the programme's assessment requirements.
Industrial automation uses control systems and equipment to perform or monitor production tasks. Students can develop an understanding of how automated processes are organised and how components work together.
A PLC is an industrial controller used to manage machinery and processes according to programmed logic. PLC knowledge is relevant to understanding automated production lines and equipment control.
Robotics combines mechanical structures, electronics, sensors and control software. Study in this area introduces students to robotic systems, movement, control and industrial applications.
Sensors detect conditions such as position, temperature, pressure or proximity. Instrumentation involves measuring and interpreting information from physical processes. These technologies help automated systems respond to changing conditions.
IoT connects devices so that they can exchange information, while embedded systems use computing hardware and software to perform specific functions. Industrial applications may use these technologies for monitoring and control.
Smart manufacturing combines connected equipment, automation and data-driven processes. The programme's listed Industry 4.0 and smart-manufacturing subjects introduce learners to this area of modern production.
Depending on their learning progress and practical exposure, students may develop foundational skills in:
Understanding industrial automation systems.
Recognising the role of sensors and actuators.
Understanding basic PLC and control-system concepts.
Exploring robotics and embedded systems.
Interpreting technical information.
Identifying basic faults and troubleshooting requirements.
Understanding industrial communication and IoT concepts.
Following workshop and equipment safety procedures.
Working on technical assignments and projects.
Advanced competence depends on the practical training provided, equipment access, individual practice and any additional specialist training undertaken.
EasyShiksha outlines an application process for the programme. Applicants should follow the current instructions on the programme page.
Visit the B.Voc in Automation listing and review the eligibility, duration, syllabus and learning mode.
Enter the requested personal, contact and educational information accurately in the application form.
Upload the documents specified in the application process so that eligibility and academic information can be verified.
Follow the current application instructions and complete any required submission steps. Check the programme page for the applicable process and requirements.
The application and supporting documents are reviewed according to the applicable verification process. Respond to requests for clarification or additional documentation.
Eligible applicants who complete the required steps can follow the university's enrolment instructions.
After enrolment, students should follow the instructions provided for accessing the learning platform and programme resources.
The exact steps, documentation and enrolment arrangements may change. Refer to the current programme listing for the latest instructions.
Graduates may explore roles related to industrial automation, robotics, control systems, instrumentation and connected devices. The suitability of a particular role depends on the graduate's practical skills, experience, employer requirements and any additional training needed.
Automation technicians may help install, operate, inspect and troubleshoot automated equipment. Responsibilities vary according to the equipment and the employer's technical requirements.
Robotics technicians support robotic equipment through setup, testing, maintenance and troubleshooting. Some positions require specific experience with industrial robots or their control systems.
This role can involve supporting systems that monitor and control industrial machinery. Relevant knowledge may include instrumentation, controllers and electrical or electronic components.
PLC-related work may involve configuring, testing or troubleshooting programmable controllers. Employers may require demonstrated programming skills and training on particular systems.
Instrumentation technicians work with instruments used to measure and monitor industrial processes. Their responsibilities can include installation, testing, calibration or maintenance, depending on the role and qualifications.
IoT-related support roles may involve connected devices, sensors, basic networks and device monitoring. The precise responsibilities depend on the technology used by the employer.
Some graduates may explore support roles involving project documentation, testing, equipment coordination or implementation activities within automation projects.
These are potential career directions rather than guaranteed job outcomes. Certain positions, especially those with engineering responsibilities, may require additional qualifications, specialised training or relevant experience.
Students who want to continue studying should check the eligibility criteria of their intended qualification. Depending on the institution and programme, possible routes may include additional vocational qualifications, specialised technical certifications or related undergraduate and postgraduate study.
Admission to another programme is not automatic. Students should verify whether their qualification meets the entry requirements of the next course.
Learners can browse the B.Voc programme directory on EasyShiksha to compare other vocational degree programmes.
The programme may be worth considering for students who:
Are interested in robotics and automated machinery.
Want to understand how industrial control systems operate.
Are curious about sensors, PLCs, IoT or embedded systems.
Want to explore smart manufacturing and Industry 4.0.
Prefer vocational education focused on technical skills.
Want to compare automation with other mechanical or technology-related study options.
Students should compare the programme's curriculum, practical components and learning format with their own interests and future goals.
Before applying, consider these factors:
Qualification: Confirm the type of degree or certificate awarded.
Eligibility: Check accepted qualifications and any additional admission conditions.
Curriculum: Review the actual subjects, including PLCs, robotics, instrumentation and embedded systems.
Practical learning: Confirm how laboratory sessions, workshops, projects and internships are delivered.
Learning mode: Verify whether the programme is online, in person or offered through another format.
Equipment and software: Ask about the practical tools and technologies available to learners.
Career preparation: Review the skills developed and any opportunities for supervised practice.
Progression: Check whether the qualification meets the entry requirements for future study.
Reading the programme details carefully helps students understand what is included rather than relying on the course title alone.
Students interested in automation and related technical fields can compare these programme options:
B.Voc in Automation at Kalinga University — explore the programme's listed eligibility, curriculum and admission process.
B.Voc in Robotics at Kalinga University — compare a related programme focused on robotic systems.
B.Voc in Mechanical at Kalinga University — explore a vocational pathway in mechanical subjects.
B.Voc in Production Technology at Kalinga University — review a programme focused on production and manufacturing technology.
B.Voc programme directory — discover other listed vocational degree programmes.
All university programmes on EasyShiksha — explore qualifications across institutions and subject areas.
These programmes have different subject focuses. Applicants should check each individual page for current eligibility, duration, curriculum, learning arrangements and qualification details before making a decision.
B.Voc in Automation at Kalinga University is a three-year undergraduate vocational programme listed on EasyShiksha. Its six-semester curriculum covers introductory engineering subjects, industrial automation, robotics, PLCs, sensors, IoT, embedded systems and smart manufacturing.
Students interested in this field should confirm the current admission requirements, syllabus, practical learning arrangements and learning mode before applying. Comparing related programmes through EasyShiksha can help prospective students choose an option aligned with their academic background and technical interests.
It is an undergraduate vocational degree programme focused on industrial automation, robotics, control systems and related technologies. The current EasyShiksha listing provides programme details and a semester-wise curriculum.
The programme is listed as three years long and divided into six semesters. Students should confirm the current academic structure and applicable programme requirements before enrolment.
The listing identifies 10+2 or equivalent as an entry route. It also lists a two-year ITI diploma after Class 10 and a three-year polytechnic diploma after Class 10 as alternative routes, subject to current admission conditions.
The listed curriculum includes electrical and mechanical systems, sensors, instrumentation, robotics, PLCs, industrial automation, IoT, embedded systems, smart manufacturing and automation projects.
Yes. The listed curriculum includes robotic systems, robotic design and control, robotics laboratories, industrial robotics programming and advanced robotics applications.
A Programmable Logic Controller is an industrial controller used to operate machinery and processes through programmed logic. PLC knowledge is relevant to industrial automation and automated production systems.
Depending on their skills and experience, graduates may explore automation technician, robotics technician, control systems support, instrumentation or IoT-related roles. Employers may require additional training for specific responsibilities.
Further study may be possible when the next programme accepts the qualification. Students should check the intended institution's admission criteria and any additional prerequisites.
The programme listing describes workshop practice, laboratory activities, industry-oriented training, on-the-job training or internship, and a final project. Applicants should verify the current delivery arrangements and requirements.
Students can compare it with B.Voc in Robotics, B.Voc in Mechanical and B.Voc in Production Technology through the individual EasyShiksha programme pages and the B.Voc directory.
More News Click here
Discover thousands of colleges and courses, enhance skills with online courses and internships, explore career alternatives, and stay updated with the latest educational news..
Gain high-quality, filtered student leads, prominent homepage ads, top search ranking, and a separate website. Let us actively enhance your brand awareness.
Download EasyShiksha Mobile Apps from Android Play Store, Apple App Store, Amazon App Store, and Jio STB.
1 million+ย learned on the EasyShiksha App
Trusted by Standards & Global Compliance Frameworks
Built under internationally recognized standards for quality, information security, educational excellence and business continuity.
ISO 9001:2015 | ISO/IEC 27001:2022 | ISO 21001:2018 | ISO 22301:2019 | DPIIT Recognized Startup | MSME Registered
