What is Electrical Design?

Electrical design involves the planning, development, and specification of electrical systems within buildings or projects. It includes the creation of wiring diagrams, load calculations, circuit designs, and the selection of electrical equipment such as transformers, switchgear, and protection devices. Electrical designers ensure that systems are both functional and compliant with safety regulations and energy efficiency standards.

Why Choose Electrical Design Course?

• In-Demand Skill: Electrical designers are essential for almost all construction and renovation projects, as electrical systems are fundamental to the functioning of any building.
• Career Advancement: This course will help you gain specialized skills in electrical system design, making you a valuable asset in the construction, architecture, and engineering industries.
• Practical Application: The course emphasizes practical, hands-on training using industry-standard software (AutoCAD, Revit) for electrical drafting and system design.
• Energy Efficiency Focus: Learn to design energy-efficient electrical systems that comply with modern sustainability standards and help reduce operational costs.
• Global Opportunities: Electrical designers are in high demand worldwide, opening doors to both local and international career opportunities.

Module 1: Introduction to Electrical Engineering & Fundamentals

• Basic Concepts: Overview of electrical engineering principles.
• Core Electrical Concepts: Understanding of Ohm’s Law, voltage, current, resistance, power, and electrical loads in both series and parallel configurations.
• AC and DC Currents: Distinction between alternating current (AC) and direct current (DC).
• AC Current Generation and Distribution: Processes of generating, transmitting, distributing, and consuming AC current.
• Electrical Machinery: Introduction to DC and AC generators, transformers, and induction motors (single-phase and three-phase).
• Star-Delta Connections: Understanding the principles and applications.

MODULE -2 Field Instruments in Industrial Applications

• Switchgear: Exploring various switchgears, including SPST, SPDT, contactors, selector switches, and push buttons.
• Control Components: Understanding relays, timers, counters, and protection devices such as RCCBs, MCBs, fuses, ELCBs, overload relays, and sockets.
• Sensors & Actuators: Overview of solenoid valves, control valves, level sensors, flow sensors, RTDs, proximity switches, IR sensors, motion sensors, metal/non-metal sensors, float sensors, pressure sensors, encoders, capacitive sensors, limit switches, potentiometers, buzzers, pumps, and smoke sensors.

MODULE -3 Electrical Control Circuits

• Single-phase and Three-phase Circuits: Analysis and comparison of single-phase and three-phase circuits.
• Motor Control Circuits: Different types of control circuits for motors, including power circuits and relay logic wiring.
• Load Connections: Series and parallel connections of electrical loads.
• Control Systems: Practical applications of inching/jogging, DOL starters (with power and control contactors), and forward/reverse operations of induction motors.
• Star-Delta Starter: Manual and automatic star-delta starter systems.

MODULE – 4 Electrical Symbols & Abbreviations

• Symbols: Commonly used electrical symbols for components and devices.
• Abbreviations: Understanding key electrical abbreviations.
• Load Calculations: Detailed specifications for various electrical equipment and energy-saving techniques.

MODULE – 5 Illumination Design & AC Systems

• Luminance & Lux: Basic principles of luminance and the recommended lux levels.
• Lighting Design: Types of lighting and guidelines for fixture placement.
• Illumination Calculations: Calculating lux levels for different spaces and selecting the appropriate lighting solutions.

MODULE – 6 Load Calculations

• Lighting Load Calculation: Methods for calculating lighting requirements.
• Power Load Calculations: Determining raw power load and AC load requirements.
• Peak Demand Calculation: Estimating peak electrical demand for efficient system design.

MODULE – 7 Transformers

• Transformer Basics: Parts, types, and cooling methods for transformers.
• Transformer Losses: Identifying and managing losses in transformer systems.
• Protection & Sizing: Key considerations for transformer protection, proper sizing, and earthing.

MODULE – 8 Diesel Generators (DG Sets)

• DG Set Advantages: Understanding the benefits of using diesel generators.
• DG Set Types: Exploration of various DG set types and their applications.
• Installation & Faults: Key installation guidelines and troubleshooting common faults.
• Sizing: How to correctly size a DG set for optimal performance.

MODULE – 9 Uninterrupted Power Supply (UPS) Systems

• UPS Basics: Introduction to UPS systems and their working principles.
• Battery Sizing: Selecting the right battery sizes for different UPS configurations.
• UPS Sizing: Calculating the appropriate UPS size for specific power requirements.

MODULE – 10 Switchgear Selection

• Circuit Breakers: Types, principles of operation, and standard sizes.
• Circuit Breaker Selection: How to choose a circuit breaker based on short circuit capacity and sizing considerations.

MODULE – 11 Cable Sizing & Busbar Calculations

• Cable Selection: Understanding the types of cables and the selection process.
• Voltage Drop & Short Circuit Calculations: Essential calculations for voltage drop and short circuit protection.
• Busbar and Duct Systems: Calculating busbar sizes and understanding bus duct systems.
• Conduits & Cable Trays: Proper installation techniques for conduits and cable trays.

MODULE – 12 Earthing & Lightning Arrestors

• Earthing Importance: The critical role of earthing in electrical systems and essential points to earth.
• Earthing & Lightning Arrestor Calculations: Calculating earthing resistance and designing lightning arrestors for safety.

MODULE – 13 Power Factor Correction

• Capacitor Banks: Introduction to capacitor banks and their role in power factor correction.
• Power Factor Improvement: Advantages of improving power factor and selecting the correct capacitor bank sizes.

MODULE – 14 Electrical Drafting with AutoCAD

• Electrical Layouts: Drawing single-line diagrams (SLDs), load scheduling, and various electrical layouts including lighting, conduit, wiring, and power layouts using AutoCAD.

MODULE – 15 External Electrical Design

• Residential and Commercial Design: Designing electrical systems for villas, apartments, high-rise buildings, and malls.

MODULE – 16 Software Tools for Electrical Design

• AutoCAD: Using AutoCAD for electrical drafting and design.
• DIALux: Understanding DIALux software for lighting design and simulation.

Benefits of Electrical Design & Drafting Course at Solve Tech Training Institute

• Career Opportunities: The demand for skilled electrical designers is growing in construction, architecture, energy, and manufacturing sectors.
• Industry-Relevant Skills: Acquire knowledge in electrical system design, coding standards, and software tools (AutoCAD, Revit) that are widely used in the industry.
• Hands-On Experience: Practical training in designing electrical layouts, wiring diagrams, and load calculations for various types of projects.
• Energy-Efficiency Expertise: Specialize in creating energy-efficient electrical systems, which are in high demand due to growing concerns about sustainability.
• Global Recognition: The course certification is recognized internationally, increasing your chances of securing a position in global projects.
• Job-Readiness: Gain the skills and knowledge to enter the job market immediately upon completion of the course.

Electrical Design Training Courses at Solve Tech

Our experienced engineering faculty offers flexible classes on weekdays and weekends, catering to working professionals. Our highly recommended MEP Electrical design course is tailored for electrical engineering professionals seeking a proven program. Our comprehensive training covers both theory and practical aspects, including gaining government approval

Our job-focused training ensures real-world industry experience. Trainees engage in project preparation, assistance, and execution, mirroring our employees' roles. For inquiries about our electrical design course in Dubai, email info@solvetechtraining.com