Automation Course
Factory Automation
Factory Automation
Factory Automation leverages control systems like computers and robots, along with information technologies, to manage industrial processes and machinery, minimizing the need for human intervention. Key components include Programmable Logic Controllers (PLCs) for machine control, robotics for precision and repetitive tasks, and sensors for real-time data collection to optimize operations.
Advanced technologies such as Artificial Intelligence (AI) and the Internet of Things (IoT) are increasingly integrated into these systems, enabling smarter, more adaptive manufacturing environments. Automation enhances productivity through continuous, error-free operations, reduces production costs, and improves product quality.
Moreover, factory automation offers flexibility, allowing quick adaptation to changing production needs with minimal downtime. By improving efficiency, safety, and reliability, factory automation transforms manufacturing processes to meet the demands of modern industries, driving significant advancements in production capabilities.
Advantages of Embedded Systems
- Increased Efficiency
- Enhanced Precision and Accuracy
- Cost Reduction
- Improved Safety
- Scalability
- Consistency and Reliability
- Real-time Monitoring and Data Collection
- Enhanced Productivity
- Resource Optimization
- Competitive Advantage
Embedded Systems Job Opportunities
- Automation Engineer
- Robotics Technician
- Controls Engineer
- Industrial Engineer
- Maintenance Technician
- System Integrator
- Software Developer
- IoT Specialist
- Quality Control Analyst
- Project Manager
- Data Analyst
- Sales Engineer
- Duration
6 Months
- Type of Study
Full Time
- Fees
20000
- R & D Department
22 Years
What you will learn?
TEACHING
WORLD-CLASS FACULTY WITH A WEALTH OF INDUSTRY EXPERIENCE.
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DCS Courses -Distributed Control System - Syllabus
Factory IO
- Boxes
- Pallets
- Stackable Box
- Raw Material
- Product Lid
- Product Base
- Final Product
- Roller Conveyor
- Curved Roller Conveyor
- Loading Conveyor
- Roller Stop
- Free Roller
- Chain Transfer
- Belt Conveyors
- Curved Belt Conveyor
- Belt Conveyor Gate
- Inclined Belt Conveyor
- Conveyor Scale
- Capacitive Sensor
- Diffuse Sensor
- Inductive Sensor
- Light Array
- Retroreflective Sensor
- Emergency Stop
- Push Buttons
- Light, Indicators
- Selector
- Potentiometer
- Digital Display
- Electric, Switchboard
- Machining Center
- Elevator
- Pick & Place
- Stacker Crane and Rack
- Palletizer
- Two-Axis Pick & Place
- Tank
- Handrails, Platforms
- Safeguard
- Stairs
- Safety Door
- Alarm Siren
- Stack Light
- Warning Light
- Emitter
- Remover Siemens S7-1200/1500
- Siemens S7-PLCSIM
- Control I/O
- Introduction to the Hardware Siemens S7-1200 PLC
- Introduction to Siemens TIA-Total Integrated Automation
- Understanding General Elements of TIA
- Bit Logic Operations in TIA
- Timer Operations in TIA
- Counter Operations in TIA
- Comparative Operations in TIA
- Math Operations in TIA
- Move Operations in TIA
- Understanding various Program Control operations in TIA
- Word logic Operators
- Shift and Rotate Command
- PLC Troubleshooting Techniques
- WinCC – Unified
- Webserver – Basic
- Webserver with user defined Pages
- PLC – PLC Communication
- Analog Value Processing
- PID Compact
- Data Blocks, Organization blocks and function blocks – Overview
- PLC Application Example using SCL Coding
- Simulate HMI and PLC in Siemens TIA
- Learn Siemens HMI KTP 400 – Wiring Designing and Interfacing
- Understanding Switch elements in Siemens KTP 400 HMI
- Creating Output Indication in HMI
- Understanding multi-state Inputs and Outputs in HMI
- Numeric Display element
- Understanding Animations in HMI
- Understanding Control Functions of HMI
- Understanding Alarms – Discrete and Analogue
Build your Career in Factory Autoamtion with SMEC
Building your career in factory automation with SMEC Automation offers a strategic and comprehensive approach to becoming a proficient automation professional. SMEC Automation provides specialized training programs that encompass critical aspects of factory automation, including PLC programming, SCADA systems, robotics, control systems, and IoT integration. These courses are meticulously designed to blend theoretical knowledge with practical application, ensuring you are well-prepared for real-world challenges.
SMEC Automation’s training facilities are equipped with the latest automation technologies and tools, providing a hands-on learning experience that mirrors current industry practices. The courses are led by experienced instructors who bring a wealth of industry expertise, offering insights into the latest trends and advancements in factory automation. This practical, experience-based learning ensures that you develop the skills necessary to excel in the automation field.
Furthermore, SMEC Automation offers robust career support services, including resume development, interview coaching, and job placement assistance. Their extensive industry network and partnerships with top automation companies provide valuable connections and employment opportunities, enhancing your career prospects.
Choosing SMEC Automation for your training means gaining access to a nurturing environment that prioritizes practical skills and industry relevance. Whether you are starting your career or seeking to upgrade your skills, SMEC Automation equips you with the knowledge and experience needed to thrive in the fast-paced world of factory automation.
Benefits of learning from us
- Designed for Working Professionals
- Personalised mentorship sessions
- Dedicated career support
- Doubt-Solving with Expert Industry mentors
- Proactive Program Support
- Job Assistance with Top Firms
- IIIT Kanpur Alumni organised syllabus
- Virtual Lab Facility
- 100% Placement Assistance
- National & International Certifications
FAQs for Factory Automation
We have mainly three types of courses.
a.) A three and a half months full course which is known as Post Graduate Diploma in Industrial Automation (PGDIA) which covers 7 brands of PLCs (SIEMENS, Allen Bradley, ABB, Schneider Electric, Omron, Delta, GE Fanuc), 5 SCADAs (Intouch, Factory Talkview, WinCC, Vijeo Citect and iFix), VFD, HMI, MCC Panel wiring and designing, PAC
(Programmable Automation Controller), P&FI and DCS (Distributed Control System)
b.) The next course is a two months course – Advanced Diploma in Industrial Automation (ADIA) with 6 PLCs, 3 SCADAs, VFD, HMI, MCC Panel, P&FI and DCS can also be included.
C.) The third is the One-month course Certified Automation Engineering (CAE) with 6 PLCs, 2 SCADAs, VFD, P&FI.
SMEC, one of India’s first worldwide EPC contractor company globally recognized for its distinctive services specifically in Marine & Industrial Automation, Instrumentation, Electrical, Pneumatics, Hydraulics and Mechanical sectors which started its journey in 2001. It has a R&D and training division SMEClabs which caters job-oriented training in various domains which helps an aspiring engineer /fresher or professionals to get a jump start to their career.
Yes of course. Being a mechanical engineer, most of the people say that industrial automation is related to electrical, instrumentation electronics field, but in reality, even mechanical domain sectors are also using automation for their manufacturing units, factories, piping plants as well as rig areas.
Valves all are controlled by PLC only and plants can be monitored using SCADA. An automation engineer with a mechanical background will always be an advantage for factory/manufacturing units. In most of the countries especially European and western countries, you can see that more mechanical engineers work in Industrial Automation field as there more factories/manufacturing units etc. We will cover from basics only so that irrelevant of the branch you completed you can choose automation as your career. Actually, automation is a combination of electrical, electronics, mechanical, hydraulics and instrumentation.
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