Institute Agenda :-
Study Materials ,Bag , ID Card Provide & course Non - Semester Pattern. Exam Scheduled July/August Month, Before 2 Months informed to Exam Appear students for their Hall Ticket Register.
(Note: Anytime agenda can change on the Management Basis.)
Learning Mode:- (Selection Type)
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Type
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Learning Mode
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Classes Schedule & Timing
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1
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For Regular Learning
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Timing 10 AM to 3PM
(Sunday/Govt & Local Holiday – Holiday)
[All Health Courses Applicable for Regular]
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2
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For Part-time Learning
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Saturday Only (Timing 10AM to 4PM)
[Note: Health Dept Course only ]
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3
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For Distance Learning
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Sequencely 7 days classes – only
(Timing 10AM to 4 PM)
[Note: Except Health Dept Course]
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4
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For Online Learning
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Zoom Class (Monday to Friday)
& Meeting Discuss ( Timing 11 AM to 1PM)
[Note: Except Health Dept Course]
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Course Overview:
An electric shock is a physiological reaction caused by an electric current passing through the body. This occurs when a person comes into contact with a source of electricity, and the current flows through their tissues, causing effects like involuntary muscle contractions, burns, and potential disruption of heart and nervous system functions.
Course Responsibilities:-
Design and Development
- Reading and interpreting technical drawings and design specifications.
- Assisting with the design and development of electronic systems, circuits, and components (e.g., printed circuit boards).
- Using computer-aided design (CAD) software and simulation tools to create plans and prototypes.
Manufacturing and Production
- Assembling and integrating electrical and electronic systems and products.
- Performing quality control and inspections on manufactured components.
- Installing and testing new facilities and equipment.
Maintenance and Troubleshooting
- Conducting tests and analysis to evaluate performance and identify potential defects or malfunctions.
- Troubleshooting and repairing electronic devices, machinery, and systems (e.g., industrial equipment, communication systems, consumer electronics).
- Performing preventive maintenance and ensuring the smooth and safe operation of equipment.
General Responsibilities
- Ensuring compliance with safety standards and industry regulations.
- Preparing technical documentation and reports.
- Collaborating with cross-functional teams, including design engineers and operational staff.
- Keeping up-to-date with new technologies and industry changes.
These roles can be found in industries such as aerospace, manufacturing, telecommunications, automotive, and power.
Course Curriculum Components:
Foundational Electronic Engineering Components
General diploma programs in electronics provide the core knowledge required. These typically include:
- Applied Sciences: Core knowledge of applied physics and applied chemistry, including material properties of conductors, insulators, and magnetic materials.
- Mathematics: Engineering mathematics covering trigonometry, calculus, and complex numbers, which are essential for circuit analysis.
- Basic Electrical & Electronics: Fundamentals of electrical circuits, Ohm's law, AC/DC circuits, and passive components like resistors, capacitors, and inductors (chokes).
- Electronic Devices and Circuits: Understanding semiconductor materials, diodes, transistors, rectifiers, filters, and amplifiers.
- Digital Electronics and Microprocessors: Principles of digital logic, microcontrollers, and microprocessors, which are key to control systems in automated devices.
Specialized "Electronic Chocks Making" Components
For the specific application of making electronic chocks (especially automated wheel chocks for safety systems), the curriculum would likely focus on:
- Sensors and Instrumentation: Training on various sensor types and their applications in detecting wheel placement, vehicle height, and door closure, as seen in commercial systems.
- Control Systems and Industrial Automation: Designing and implementing control circuits for the chocking mechanism, often involving programmable logic and interfacing with other systems like dock levelers and traffic lights.
- Power Electronics and Drives: Knowledge of power supplies, power electronics, and potentially electric drives if the chock mechanism is motorized.
- Mechanical and Material Integration: Understanding the integration of electronic components with robust mechanical systems, including working with materials like steel and high-density polyethylene for durability in industrial environments.
- Industrial Project Work: Practical, hands-on experience in assembling, testing, and troubleshooting an entire system, likely involving on-the-job training in an industrial setting.
- Safety and Standards: Knowledge of regulatory requirements and safety standards (e.g., OSHA guidelines) related to vehicle restraint systems in industrial settings
- Job opportunities: Job opportunities in various sectors, including manufacturing, telecommunications, IT, and Automation.
Features of the Course :
During Training Period, OJT at Hospitals/Industrial/Companies (If applicable courses only)
Placement Guidance:
Those who are Regular and Part time candidate Assurance the Placement 100% throughout India based on the candidates and other online and distance Candidates. We will guide to the Placement and based on the Candidate’s willing.
- Further Clarification Contact: 88701 91125 , 96299 01300 , 73582 18375
