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TECHNICAL TRAINING COURSES FOR INDUSTRIAL AUTOMATION JOB PROFILE
This Training course provides insights about Real-world Instrumentation and will get an exposure as an Industrial Automation Professional.
1. Campus to Corporate Technical Training Basic Course
CAMPUS TO CORPORATE TECHNICAL
TRAINING BASIC COURSE
20 hours
- Instrumentation Job Opportunities Overview.
- Insights about Process Industry/Plant, purpose and its types.
- Departments in Process Industry and its functions.
- Process Industry Vocabularies and Terminologies.
- Necessary Equipment in Process Industry. Overview about Project, Commissioning, Startup and Maintenance in Process Industry. Field Instrumentation overview.
- Instrumentation Documents like (P&I D, Control Narrative, Inst.Data Sheets, etc.)
- DCS/SIS/FGS – Automation overview. Automation Project Life cycle overview.
- Assessment – Question and Answer sessions. Interview Preparation Tips and Mock Interview.
2. Campus to Corporate Technical Training Advance Course
CAMPUS TO CORPORATE TECHNICAL
TRAINING ADVANCED COURSE
Takeaways from this course:
35 hours
- DCS Automation Company’s Project Life Cycle.
- Customer Inputs and Its analysis.
- Mandatory Documents Deliverables from Automation Vendor to Client.
- Automation Company’s Vocabularies and Terminologies.
- FAT, SAT, Startup, Commissioning Overview
- Assessment – Question and Answer sessions.
For Practical Experience - Internal Project to be done by Participants:
- Project Development from real world inputs.
- HMI Development.
- Base Database, Complex loops Development.
- Interlocks, Permissive, Auto start/Stop Development.
- Virtual Hands-on Experience on any one of the system EMERSON/HONEYWELL/YOKOGAWA
3. Maintenance Engineer Profile Courses
TECHNICAL TRAINING COURSES FOR
MAINTENANCE ENGINEER JOB PROFILE
Takeaways from this course:
25 hours
- Common Maintenance Engineer Duties like Preventive Maintenance Inspection(PMI), Maintenance Planning, Troubleshooting of Instruments, Calibration, Inventory and Spare parts Management Overview.
- Field Instruments Maintenance
- DCS System Maintenance
- Other Departments Collaboration During Maintenance
- Operation Review Meeting Overview.
- Key Performance Indicators (KPI) on Instrumentation Front.
Maintenance Engineer in Various Plants:
- Oil and Gas Instrumentation Maintenance Engineer Job profile and Overview.
- Power Plant Instrumentation Maintenance Engineer Job profile and Overview.
- Non-Ferrous Material Instrumentation Maintenance Engineer Job profile and Overview.
- Cement Plant Instrumentation Maintenance Engineer Job profile and Overview.
4.EPC Engineer Profile Course
TECHNICAL TRAINING COURSES FOR
EPC ENGINEER JOB PROFILE
Takeaways from this course:
30 hours
- Introduction to Instrumentation Design.
- Package Overview.
- Deliverables Documents.
- System Design.
- Selection of Instruments.
- Inter Disciplines Workflow.
- EPC Project Management Overview.
- Proposal Overview.
- Procurement Overview
5. Process Automation Engineer Profile (DCS, PLC,SCADA) courses
PROCESS AUTOMATION ENGINEER
PROFILE (DCS, PLC,SCADA) COURSES
Takeaways from this course:
40 hours
- Process Automation Contract overview – (MAC,MIV)
- Client Requirements and Control philosophy for PAS Vendor
DCS Hardware and it’s relevant Documents:
- Marshalling Cabinets, System Cabinets, Network Cabinets, Workstations Overview
- UPS and Non-UPS Power Distribution for PAS Panels
- System Architecture, Network Architecture, Grounding Scheme Documents Overview
Clients Requirements analysis on the DCS Software front.
- Clients Requirements analysis on the DCS Software front.
- Batch Process and Continuous process overview.
- System Architecture, Network Architecture, Grounding Scheme Documents Overview
- Template Identification, Base Module Development and IO Assignment Configuration
- Complex loop, Sequence Development, Interlocks, Permissive and Auto Start/Stop Configuration HMI Design and Development.
- Integrated Testing between Logic and HMI to ensure the Client requirements are met.
Practical: Mock Project Development on Emerson or Honeywell or Yokogawa System.
6. Safety Systems Engineer Profile (SIS and FGS) courses
SAFETY SYSTEMS ENGINEER
PROFILE (SIS AND FGS) COURSES
Takeaways from this course:
35 hours
- Safety Standards Overview
- Safety Systems Terminologies
- Difference between DCS and SIS
- Difference between ESD and FGS
- ESD/FGS Documentation
- ESD/FGS Hardware Overview
- ESD/FGS Software Overview
- DCS SIS Integration
For Practical Experience - Internal Project to be done by Participants:
- Project Development from Cause-and-Effect Charts
- HMI Development for SIS Graphics, F&G Layout graphics
- Base Database, Voter logic Development.
- Voter logic, Maintenance Override Switch (MOS), Process and Emergency Shutdown (PSD/ESD).
- Virtual Hands-on Experience on any one of the system EMERSON/HONEYWELL/YOKOGAWA
7. Industrial Automation Project Life cycle and It’s Management courses
INDUSTRIAL AUTOMATION PROJECT LIFE
CYCLE AND IT’S MANAGEMENT COURSES
Takeaways from this course:
25 hours
Project Management in Various Instrumentation Profiles
- Automation Engineer Project Management
- EPC Engineer Project Management
- Client Engineer Project Management
Below Project Management Topics will be covered on Instrumentation Front.
- Project Life cycle.
- Project Vs Operations.
- Stakeholders and Resources Management
- Scope/Schedule/Cost Management.
- Risk Management.
- Communication Management.
- Procurement Management.
Online Education
Value added services
- Technical mock interview
- Tips to crack technical interview
- Carrier support
Empowering Careers through Expertise
Empowering Careers through Comprehensive Training in Engineering, Automation, and Industrial Excellence.
Descriptions
Introduction:
In the dynamic landscape of the corporate world, the transition from campus life to a professional environment is a critical phase for engineering students. To bridge this gap and empower aspiring professionals with the necessary technical skills, the “Campus to Corporate Technical Training” course emerges as a strategic initiative. This comprehensive program is designed to equip engineering graduates with the practical know-how and industry-relevant skills required to thrive in the corporate sector.
I. Understanding the Corporate Ecosystem:
Corporate Culture Immersion:
The course kicks off with an exploration of the corporate environment, helping students understand organizational dynamics, hierarchy, and workplace expectations. This early exposure sets the stage for a smoother integration into the professional sphere.
Technical Skill Enhancement:
Elevate your technical prowess through specialized modules tailored to enhance skills crucial for success in the corporate sector. From programming languages to project management, acquire the expertise needed for a thriving engineering career.
II. Technical Proficiency Enhancement:
Navigating Engineering Documents:
Master the art of deciphering industry-specific documents crucial for success. Gain proficiency in handling documents related to DCS, PLC, SCADA, and other essential elements of industrial engineering, ensuring readiness for real-world challenges.
Hands-on Project Work:
Theory comes to life through hands-on projects, providing students with practical experience in solving real-world problems. This not only enhances technical skills but also instills problem-solving and critical-thinking abilities crucial for navigating complex corporate challenges.
III. Professional Development:
Simulation and Troubleshooting
Develop proficiency in simulating industrial processes and troubleshooting control systems, equipping students with the expertise to address technical issues effectively in real-world scenarios.
Instrumentation and Control Systems
Delve into the intricacies of instrumentation and control systems, honing your technical skills in these critical areas for comprehensive industrial automation expertise.
IV. Industry Interaction and Networking:
Guest Lectures and Industry Insights:
Eminent professionals and industry experts share their experiences, providing invaluable insights into the nuances of the corporate world. Students gain a firsthand understanding of industry trends, challenges, and opportunities.
Networking Events:
Structured networking events allow students to interact with professionals from their field of interest. This not only opens doors for potential mentorship but also expands their professional network, enhancing job prospects and career growth.
Conclusion:
The “Campus to Corporate Technical Training” course serves as a transformative journey, guiding engineering students through the nuances of corporate life. By combining technical proficiency, professional development, and industry exposure, this course equips students with the holistic skill set necessary to thrive in the ever-evolving corporate landscape. As they step into the professional realm, these individuals are not merely graduates but skilled professionals ready to make impactful contributions to their chosen fields.
Empower, Learn, Thrive, Excel
Why Choose Us
It's The Bright One, It's The Right One, That's Education.
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TECHNICAL TRAINING COURSES FOR INDUSTRIAL AUTOMATION JOB PROFILE
VIRTUAL EXPLORATION TO REAL WORLD INSTRUMENTATION – Module I – (40 HOURS) Campus to Corporate
- Takeaways from this course: Instrumentation Job Opportunities Overview.
- Insights about Process Industry/Plant, purpose and its types.
- Mandatory Departments in Process Industry and its functions.
- Process Industries Vocabularies and Terminologies.
- Necessary Equipment in Process Industry. Overview about Project, Commissioning, Startup and Maintenance in Process Industry. Field Instrumentation overview.
- Instrumentation Documents like (P&I D, Control Narrative, Inst.Data Sheets, etc.) DCS/SIS/FGS – Automation overview. Automation Project Life cycle overview.
- Assessment – Question and Answer sessions. Interview Preparation Tips and Mock Interview.