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On completion of this course, participants will be able to undertake the movement of plant and equipment, steel erection, use hoists (including mast climbing hoists), undertake the placement of pre-cast concrete, use safety nets and static lines, install perimeter safety screens, shutters and cantilevered crane-loading platforms. Oasis Institute trainings are designed based on regulations and industry best practices, it is also aligned with relevant international standards and/or approved by appropriate industry accrediting bodies as necessary. The aim of Oasis Institute trainings are to ensure that all individuals have reached a recognized level of knowledge and awareness and to enable them to work on-site more safely with reduced risk to themselves and others. The training courses are specifically designed for the construction and engineering construction industries and are relevant to the following sectors: oil & gas, power, renewable energy, nuclear, chemical, pharmaceutical, food, shipbuilding, and all other construction projects including new build and transportation networks. The courses are interactive and can be delivered in the language of your choice. The content can be localized to reflect the country or region where the workforce will operate. To ensure that individuals have reached the required level of competency, they MUST successfully complete a training course and an examination. Successful candidates will then be issued a certificate transferable worldwide. Individuals must renew their certificates based on the expiry date shown on the certificate to ensure their knowledge is current. A qualified rigger is defined as a qualified person who, by possession of a recognized degree, certificate or professional standing, or who by extensive knowledge, training and experience, successfully demonstrated the ability to solve/resolve problems relating to rigging. This course brings all of the rigging concerns into focus for a practical, field proven method of ensuring rigging safety. This course offers both practical and theoretical rigging content. You will learn the responsibilities of individuals, the safe use of typical equipment and techniques involved in lifting and rigging safely in the entertainment industry. Participants will obtain the benefit of training in a safe and controlled environment. Course Outline: Current legislation and regulations, including HASAWA, PUWER, LOLER, the Work at Height Regulations and how to carry out risk assessments Working at height including work restraint, work positioning and fall arrest. This is carried out at low level on the practice beam and catenaries, then on beams at height. Principles of lifting and safe systems of work. Marking out. Rigging with a variety of typical rigging equipment including steels, round slings and shackles. Calculating simple bridles and weight distribution relating to bridling. Using trusses correctly, slinging and load distribution. Rigging with a variety of typical rigging equipment including steels, round slings and shackles. Operating chain hoists using direct control and low voltage hoist controllers. Steel wire rope terminations. Pre use checks to lifting equipment and PPE.

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Introduction to HVAC The need for HVAC References, standards and codes Terms, definitions and units HVAC system type overview Ventilation and air quality Buildings and energy efficiency Psychrometrics Properties of moist air Psychrometric chart Sensible and latent Combined processes Mixing of air streams Refrigeration Definitions Refrigerant selection Safety considerations Pressure and enthalpy Phase change concepts Vapor compression cycle System components Heating and Cooling Loads Loads and energy Heat transfer Weather data Infiltration and ventilation Cooling load calculations All Air Systems Definition of “all air systems” Types of all supply and return air systems Recirculating / Mixed Air Systems Dedicated Outside Air (DOAS) Systems Overhead / Dilution Type: Constant Volume (CAV) and Variable Volume (VAV) Displacement / UFAD Type Types of exhaust systems General – Toilet, etc. Laboratory, process, or other specialty systems Types of central equipment Packaged / Unitary systems Split systems Air handling units Fans Types of terminal equipment Air Terminal Units / VAV Boxes Grilles, Registers, & Diffusers System Comparison – Advantages / Disadvantages Hybrid approaches Applications / Examples Hydronic Systems Definition of “hydronics” Comparison to air systems Types of hydronic systems Heating Hot Water Chilled Water Condenser Water: Tower and Geo-exchange Glycol Water Types of central equipment Boilers Chillers Cooling Towers / Fluid Coolers Pumps Heat Exchangers Types of terminal equipment Coils Unit Heaters Fan Coil Units Chilled Beams Radiant System Comparison – Advantages / Disadvantages Steam and Steam Condensate Definition of “steam” Comparison to air and hydronic systems ASME Codes / Safety Types of steam and condensate systems Low Pressure High Pressure Condensate Collection: Gravity return, Pumped return, Vacuum Types of central equipment Boilers Heat Exchangers Make-up water systems Types of terminal equipment Coils Humidifiers Unit Heaters Fan Coil Units Radiant System Comparison - Advantages / Disadvantages Applications / Examples Field Tour - Wisconsin Energy Institute Controls: Building Automation Systems Definition / Purpose of “Building Automation System (BAS)” Types of HVAC control systems Local Centralized (Building-wide) Pneumatic Direct Digital Control Pneumatic-Hybrid Programmable Logic Control (PLC) Type of control equipment Valves Dampers Actuators Sensors and thermostats Types of Controls Proportional/Modulating Control Concepts Open/Closed Loop Control Wisconsin Energy Institute Sequence of Operations Mechanical Flow Diagrams INSTITUTE OF PROFESSIONAL AND TECHNICAL STUDIES (IPATS) Whatsapp: +92 3219606785, 03035530865 Call: +923315145601, 03495021336 Head Office: 2nd Floor, Yasir Plaza, Near Chatri Chowk, Khanna Pull, Qadeer Road, Rawalpindi, Pakistan Contact Office: +923219606785, 03035530865, 0331-5145601, 0349-5021336 Email: ipatsedu@gmail.com Website: www.ipatsedu.comProfessional Training of HVAC HEATING, VENTILATION,AIR CONDITIONING HVAC Course Heating, ventilation, and air conditioning (HVAC) is an indoor and vehicular environmental comforting technology. The technology aims to provide thermal comfort and high indoor air quality. The techniques of ventilating a building is further divided into a few types as mechanical, forced, and natural ventilation that will provide optimal temperature throughout the day and night. HVAC does the above function, through three different and integrated parts such as heating, ventilation, and air-conditioning at required points or wherever necessary. Installing, HVAC systems has become common in the recent days and also the required industry standard for construction of new buildings. Introduction to HVAC The need for HVAC References, standards and codes Terms, definitions and units HVAC system type overview Ventilation and air quality Buildings and energy efficiency Psychrometrics Properties of moist air Psychrometric chart Sensible and latent Combined processes Mixing of air streams Refrigeration Definitions Refrigerant selection Safety considerations Pressure and enthalpy Phase change concepts Vapor compression cycle System components Heating and Cooling Loads Loads and energy Heat transfer Weather data Infiltration and ventilation Cooling load calculations All Air Systems Definition of “all air systems” Types of all supply and return air systems Recirculating / Mixed Air Systems Dedicated Outside Air (DOAS) Systems Overhead / Dilution Type: Constant Volume (CAV) and Variable Volume (VAV) Displacement / UFAD Type Types of exhaust systems General – Toilet, etc. Laboratory, process, or other specialty systems Types of central equipment Packaged / Unitary systems Split systems Air handling units Fans Types of terminal equipment Air Terminal Units / VAV Boxes Grilles, Registers, & Diffusers System Comparison – Advantages / Disadvantages Hybrid approaches Applications / Examples Hydronic Systems Definition of “hydronics” Comparison to air systems Types of hydronic systems Heating Hot Water Chilled Water Condenser Water: Tower and Geo-exchange Glycol Water Types of central equipment Boilers Chillers Cooling Towers / Fluid Coolers Pumps Heat Exchangers Types of terminal equipment Coils Unit Heaters Fan Coil Units Chilled Beams Radiant System Comparison – Advantages / Disadvantages Steam and Steam Condensate Definition of “steam” Comparison to air and hydronic systems ASME Codes / Safety Types of steam and condensate systems Low Pressure High Pressure Condensate Collection: Gravity return, Pumped return, Vacuum Types of central equipment Boilers Heat Exchangers Make-up water systems Types of terminal equipment Coils Humidifiers Unit Heaters Fan Coil Units Radiant System Comparison - Advantages / Disadvantages Applications / Examples Field Tour - Wisconsin Energy Institute Controls: Building Automation Systems Definition / Purpose of “Building Automation System (BAS)” Types of HVAC control systems Local Centralized (Building-wide) Pneumatic Direct Digital Control Pneumatic-Hybrid Programmable Logic Control (PLC) Type of control equipment Valves Dampers Actuators Sensors and thermostats Types of Controls Proportional/Modulating Control Concepts Open/Closed Loop Control Wisconsin Energy Institute Sequence of Operations Mechanical Flow Diagrams INSTITUTE OF PROFESSIONAL AND TECHNICAL STUDIES (IPATS) Whatsapp: +92 3219606785, 03035530865 Call: +923315145601, 03495021336 Head Office: 2nd Floor, Yasir Plaza, Near Chatri Chowk, Khanna Pull, Qadeer Road, Rawalpindi, Pakistan Contact Office: +923219606785, 03035530865, 0331-5145601, 0349-5021336 Email: ipatsedu@gmail.com Website: www.ipatsedu.comProfessional Training of HVAC HEATING, VENTILATION,AIR CONDITIONING HVAC Course Heating, ventilation, and air conditioning (HVAC) is an indoor and vehicular environmental comforting technology. The technology aims to provide thermal comfort and high indoor air quality. The techniques of ventilating a building is further divided into a few types as mechanical, forced, and natural ventilation that will provide optimal temperature throughout the day and night. HVAC does the above function, through three different and integrated parts such as heating, ventilation, and air-conditioning at required points or wherever necessary. Installing, HVAC systems has become common in the recent days and also the required industry standard for construction of new buildings. Introduction to HVAC The need for HVAC References, standards and codes Terms, definitions and units HVAC system type overview Ventilation and air quality Buildings and energy efficiency Psychrometrics Properties of moist air Psychrometric chart Sensible and latent Combined processes Mixing of air streams Refrigeration Definitions Refrigerant selection Safety considerations Pressure and enthalpy Phase change concepts Vapor compression cycle System components Heating and Cooling Loads Loads and energy Heat transfer Weather data Infiltration and ventilation Cooling load calculations All Air Systems Definition of “all air systems” Types of all supply and return air systems Recirculating / Mixed Air Systems Dedicated Outside Air (DOAS) Systems Overhead / Dilution Type: Constant Volume (CAV) and Variable Volume (VAV) Displacement / UFAD Type Types of exhaust systems General – Toilet, etc. Laboratory, process, or other specialty systems Types of central equipment Packaged / Unitary systems Split systems Air handling units Fans Types of terminal equipment Air Terminal Units / VAV Boxes Grilles, Registers, & Diffusers System Comparison – Advantages / Disadvantages Hybrid approaches Applications / Examples Hydronic Systems Definition of “hydronics” Comparison to air systems Types of hydronic systems Heating Hot Water Chilled Water Condenser Water: Tower and Geo-exchange Glycol Water Types of central equipment Boilers Chillers Cooling Towers / Fluid Coolers Pumps Heat Exchangers Types of terminal equipment Coils Unit Heaters Fan Coil Units Chilled Beams Radiant System Comparison – Advantages / Disadvantages Steam and Steam Condensate Definition of “steam” Comparison to air and hydronic systems ASME Codes / Safety Types of steam and condensate systems Low Pressure High Pressure Condensate Collection: Gravity return, Pumped return, Vacuum Types of central equipment Boilers Heat Exchangers Make-up water systems Types of terminal equipment Coils Humidifiers Unit Heaters Fan Coil Units Radiant System Comparison - Advantages / Disadvantages Applications / Examples Field Tour - Wisconsin Energy Institute Controls: Building Automation Systems Definition / Purpose of “Building Automation System (BAS)” Types of HVAC control systems Local Centralized (Building-wide) Pneumatic Direct Digital Control Pneumatic-Hybrid Programmable Logic Control (PLC) Type of control equipment Valves Dampers Actuators Sensors and thermostats Types of Controls Proportional/Modulating Control Concepts Open/Closed Loop Control Wisconsin Energy Institute Sequence of Operations Mechanical Flow Diagrams INSTITUTE OF PROFESSIONAL AND TECHNICAL STUDIES (IPATS) Whatsapp: +92 3219606785, 03035530865 Call: +923315145601, 03495021336 Head Office: 2nd Floor, Yasir Plaza, Near Chatri Chowk, Khanna Pull, Qadeer Road, Rawalpindi, Pakistan Contact Office: +923219606785, 03035530865, 0331-5145601, 0349-5021336 Email: ipatsedu@gmail.com Website: www.ipatsedu.comProfessional Training of HVAC HEATING, VENTILATION,AIR CONDITIONING HVAC Course Heating, ventilation, and air conditioning (HVAC) is an indoor and vehicular environmental comforting technology. The technology aims to provide thermal comfort and high indoor air quality. The techniques of ventilating a building is further divided into a few types as mechanical, forced, and natural ventilation that will provide optimal temperature throughout the day and night. HVAC does the above function, through three different and integrated parts such as heating, ventilation, and air-conditioning at required points or wherever necessary. Installing, HVAC systems has become common in the recent days and also the required industry standard for construction of new buildings. Introduction to HVAC The need for HVAC References, standards and codes Terms, definitions and units HVAC system type overview Ventilation and air quality Buildings and energy efficiency Psychrometrics Properties of moist air Psychrometric chart Sensible and latent Combined processes Mixing of air streams Refrigeration Definitions Refrigerant selection Safety considerations Pressure and enthalpy Phase change concepts Vapor compression cycle System components Heating and Cooling Loads Loads and energy Heat transfer Weather data Infiltration and ventilation Cooling load calculations All Air Systems Definition of “all air systems” Types of all supply and return air systems Recirculating / Mixed Air Systems Dedicated Outside Air (DOAS) Systems Overhead / Dilution Type: Constant Volume (CAV) and Variable Volume (VAV) Displacement / UFAD Type Types of exhaust systems General – Toilet, etc. Laboratory, process, or other specialty systems Types of central equipment Packaged / Unitary systems Split systems Air handling units Fans Types of terminal equipment Air Terminal Units / VAV Boxes Grilles, Registers, & Diffusers System Comparison – Advantages / Disadvantages Hybrid approaches Applications / Examples Hydronic Systems Definition of “hydronics” Comparison to air systems Types of hydronic systems Heating Hot Water Chilled Water Condenser Water: Tower and Geo-exchange Glycol Water Types of central equipment Boilers Chillers Cooling Towers / Fluid Coolers Pumps Heat Exchangers Types of terminal equipment Coils Unit Heaters Fan Coil Units Chilled Beams Radiant System Comparison – Advantages / Disadvantages Steam and Steam Condensate Definition of “steam” Comparison to air and hydronic systems ASME Codes / Safety Types of steam and condensate systems Low Pressure High Pressure Condensate Collection: Gravity return, Pumped return, Vacuum Types of central equipment Boilers Heat Exchangers Make-up water systems Types of terminal equipment Coils Humidifiers Unit Heaters Fan Coil Units Radiant System Comparison - Advantages / Disadvantages Applications / Examples Field Tour - Wisconsin Energy Institute Controls: Building Automation Systems Definition / Purpose of “Building Automation System (BAS)” Types of HVAC control systems Local Centralized (Building-wide) Pneumatic Direct Digital Control Pneumatic-Hybrid Programmable Logic Control (PLC) Type of control equipment Valves Dampers Actuators Sensors and thermostats Types of Controls Proportional/Modulating Control Concepts Open/Closed Loop Control Wisconsin Energy Institute Sequence of Operations Mechanical Flow Diagrams INSTITUTE OF PROFESSIONAL AND TECHNICAL STUDIES (IPATS) Whatsapp: +92 3219606785, 03035530865 Call: +923315145601, 03495021336 Head Office: 2nd Floor, Yasir Plaza, Near Chatri Chowk, Khanna Pull, Qadeer Road, Rawalpindi, Pakistan Contact Office: +923219606785, 03035530865, 0331-5145601, 0349-5021336Professional Training of HVAC HEATING, VENTILATION,AIR CONDITIONING HVAC Course Heating, ventilation, and air conditioning (HVAC) is an indoor and vehicular environmental comforting technology. The technology aims to provide thermal comfort and high indoor air quality. The techniques of ventilating a building is further divided into a few types as mechanical, forced, and natural ventilation that will provide optimal temperature throughout the day and night. HVAC does the above function, through three different and integrated parts such as heating, ventilation, and air-conditioning at required points or wherever necessary. Installing, HVAC systems has become common in the recent days and also the required industry standard for construction of new buildings. Introduction to HVAC The need for HVAC References, standards and codes Terms, definitions and units HVAC system type overview Ventilation and air quality Buildings and energy efficiency Psychrometrics Properties of moist air Psychrometric chart Sensible and latent Combined processes Mixing of air streams Refrigeration Definitions Refrigerant selection Safety considerations Pressure and enthalpy Phase change concepts Vapor compression cycle System components Heating and Cooling Loads Loads and energy Heat transfer Weather data Infiltration and ventilation Cooling load calculations All Air Systems Definition of “all air systems” Types of all supply and return air systems Recirculating / Mixed Air Systems Dedicated Outside Air (DOAS) Systems Overhead / Dilution Type: Constant Volume (CAV) and Variable Volume (VAV) Displacement / UFAD Type Types of exhaust systems General – Toilet, etc. Laboratory, process, or other specialty systems Types of central equipment Packaged / Unitary systems Split systems Air handling units Fans Types of terminal equipment Air Terminal Units / VAV Boxes Grilles, Registers, & Diffusers System Comparison – Advantages / Disadvantages Hybrid approaches Applications / Examples Hydronic Systems Definition of “hydronics” Comparison to air systems Types of hydronic systems Heating Hot Water Chilled Water Condenser Water: Tower and Geo-exchange Glycol Water Types of central equipment Boilers Chillers Cooling Towers / Fluid Coolers Pumps Heat Exchangers Types of terminal equipment Coils Unit Heaters Fan Coil Units Chilled Beams Radiant System Comparison – Advantages / Disadvantages Steam and Steam Condensate Definition of “steam” Comparison to air and hydronic systems ASME Codes / Safety Types of steam and condensate systems Low Pressure High Pressure Condensate Collection: Gravity return, Pumped return, Vacuum Types of central equipment Boilers Heat Exchangers Make-up water systems Types of terminal equipment Coils Humidifiers Unit Heaters Fan Coil Units Radiant System Comparison - Advantages / Disadvantages Applications / Examples Field Tour - Wisconsin Energy Institute Controls: Building Automation Systems Definition / Purpose of “Building Automation System (BAS)” Types of HVAC control systems Local Centralized (Building-wide) Pneumatic Direct Digital Control Pneumatic-Hybrid Programmable Logic Control (PLC) Type of control equipment Valves Dampers Actuators Sensors and thermostats Types of Controls Proportional/Modulating Control Concepts Open/Closed Loop Control Wisconsin Energy Institute Sequence of Operations Mechanical Flow Diagrams INSTITUTE OF PROFESSIONAL AND TECHNICAL STUDIES (IPATS) Whatsapp: +92 3219606785, 03035530865 Call: +923315145601, 03495021336 Head Office: 2nd Floor, Yasir Plaza, Near Chatri Chowk, Khanna Pull, Qadeer Road, Rawalpindi, Pakistan Contact Office: +923219606785, 03035530865, 0331-5145601, 0349-5021336 Email: ipatsedu@gmail.com Website: www.ipatsedu.comProfessional Training of HVAC HEATING, VENTILATION,AIR CONDITIONING HVAC Course Heating, ventilation, and air conditioning (HVAC) is an indoor and vehicular environmental comforting technology. The technology aims to provide thermal comfort and high indoor air quality. The techniques of ventilating a building is further divided into a few types as mechanical, forced, and natural ventilation that will provide optimal temperature throughout the day and night. HVAC does the above function, through three different and integrated parts such as heating, ventilation, and air-conditioning at required points or wherever necessary. Installing, HVAC systems has become common in the recent days and also the required industry standard for construction of new buildings. Introduction to HVAC The need for HVAC References, standards and codes Terms, definitions and units HVAC system type overview Ventilation and air quality Buildings and energy efficiency Psychrometrics Properties of moist air Psychrometric chart Sensible and latent Combined processes Mixing of air streams Refrigeration Definitions Refrigerant selection Safety considerations Pressure and enthalpy Phase change concepts Vapor compression cycle System components Heating and Cooling Loads Loads and energy Heat transfer Weather data Infiltration and ventilation Cooling load calculations All Air Systems Definition of “all air systems” Types of all supply and return air systems Recirculating / Mixed Air Systems Dedicated Outside Air (DOAS) Systems Overhead / Dilution Type: Constant Volume (CAV) and Variable Volume (VAV) Displacement / UFAD Type Types of exhaust systems General – Toilet, etc. Laboratory, process, or other specialty systems Types of central equipment Packaged / Unitary systems Split systems Air handling units Fans Types of terminal equipment Air Terminal Units / VAV Boxes Grilles, Registers, & Diffusers System Comparison – Advantages / Disadvantages Hybrid approaches Applications / Examples Hydronic Systems Definition of “hydronics” Comparison to air systems Types of hydronic systems Heating Hot Water Chilled Water Condenser Water: Tower and Geo-exchange Glycol Water Types of central equipment Boilers Chillers Cooling Towers / Fluid Coolers Pumps Heat Exchangers Types of terminal equipment Coils Unit Heaters Fan Coil Units Chilled Beams Radiant System Comparison – Advantages / Disadvantages Steam and Steam Condensate Definition of “steam” Comparison to air and hydronic systems ASME Codes / Safety Types of steam and condensate systems Low Pressure High Pressure Condensate Collection: Gravity return, Pumped return, Vacuum Types of central equipment Boilers Heat Exchangers Make-up water systems Types of terminal equipment Coils Humidifiers Unit Heaters Fan Coil Units Radiant System Comparison - Advantages / Disadvantages Applications / Examples Field Tour - Wisconsin Energy Institute Controls: Building Automation Systems Definition / Purpose of “Building Automation System (BAS)” Types of HVAC control systems Local Centralized (Building-wide) Pneumatic Direct Digital Control Pneumatic-Hybrid Programmable Logic Control (PLC) Type of control equipment Valves Dampers Actuators Sensors and thermostats Types of Controls Proportional/Modulating Control Concepts Open/Closed Loop Control Wisconsin Energy Institute Sequence of Operations Mechanical Flow Diagrams INSTITUTE OF PROFESSIONAL AND TECHNICAL STUDIES (IPATS) Whatsapp: +92 3219606785, 03035530865 Call: +923315145601, 03495021336 Head Office: 2nd Floor, Yasir Plaza, Near Chatri Chowk, Khanna Pull, Qadeer Road, Rawalpindi, Pakistan Contact Office: +923219606785, 03035530865, 0331-5145601, 0349-5021336 Email: ipatsedu@gmail.com Website: www.ipatsedu.comProfessional Training of HVAC HEATING, VENTILATION,AIR CONDITIONING HVAC Course Heating, ventilation, and air conditioning (HVAC) is an indoor and vehicular environmental comforting technology. The technology aims to provide thermal comfort and high indoor air quality. The techniques of ventilating a building is further divided into a few types as mechanical, forced, and natural ventilation that will provide optimal temperature throughout the day and night. HVAC does the above function, through three different and integrated parts such as heating, ventilation, and air-conditioning at required points or wherever necessary. Installing, HVAC systems has become common in the recent days and also the required industry standard for construction of new buildings. Introduction to HVAC The need for HVAC References, standards and codes Terms, definitions and units HVAC system type overview Ventilation and air quality Buildings and energy efficiency Psychrometrics Properties of moist air Psychrometric chart Sensible and latent Combined processes Mixing of air streams Refrigeration Definitions Refrigerant selection Safety considerations Pressure and enthalpy Phase change concepts Vapor compression cycle System components Heating and Cooling Loads Loads and energy Heat transfer Weather data Infiltration and ventilation Cooling load calculations All Air Systems Definition of “all air systems” Types of all supply and return air systems Recirculating / Mixed Air Systems Dedicated Outside Air (DOAS) Systems Overhead / Dilution Type: Constant Volume (CAV) and Variable Volume (VAV) Displacement / UFAD Type Types of exhaust systems General – Toilet, etc. Laboratory, process, or other specialty systems Types of central equipment Packaged / Unitary systems Split systems Air handling units Fans Types of terminal equipment Air Terminal Units / VAV Boxes Grilles, Registers, & Diffusers System Comparison – Advantages / Disadvantages Hybrid approaches Applications / Examples Hydronic Systems Definition of “hydronics” Comparison to air systems Types of hydronic systems Heating Hot Water Chilled Water Condenser Water: Tower and Geo-exchange Glycol Water Types of central equipment Boilers Chillers Cooling Towers / Fluid Coolers Pumps Heat Exchangers Types of terminal equipment Coils Unit Heaters Fan Coil Units Chilled Beams Radiant System Comparison – Advantages / Disadvantages Steam and Steam Condensate Definition of “steam” Comparison to air and hydronic systems ASME Codes / Safety Types of steam and condensate systems Low Pressure High Pressure Condensate Collection: Gravity return, Pumped return, Vacuum Types of central equipment Boilers Heat Exchangers Make-up water systems Types of terminal equipment Coils Humidifiers Unit Heaters Fan Coil Units Radiant System Comparison - Advantages / Disadvantages Applications / Examples Field Tour - Wisconsin Energy Institute Controls: Building Automation Systems Definition / Purpose of “Building Automation System (BAS)” Types of HVAC control systems Local Centralized (Building-wide) Pneumatic Direct Digital Control Pneumatic-Hybrid Programmable Logic Control (PLC) Type of control equipment Valves Dampers Actuators Sensors and thermostats Types of Controls Proportional/Modulating Control Concepts Open/Closed Loop Control Wisconsin Energy Institute Sequence of Operations Mechanical Flow Diagrams INSTITUTE OF PROFESSIONAL AND TECHNICAL STUDIES (IPATS) Whatsapp: +92 3219606785, 03035530865 Call: +923315145601, 03495021336 Head Office: 2nd Floor, Yasir Plaza, Near Chatri Chowk, Khanna Pull, Qadeer Road, Rawalpindi, Pakistan Contact Office: +923219606785, 03035530865, 0331-5145601, 0349-5021336 Email: ipatsedu@gmail.com Website: www.ipatsedu.comProfessional Training of HVAC HEATING, VENTILATION,AIR CONDITIONING HVAC Course Heating, ventilation, and air conditioning (HVAC) is an indoor and vehicular environmental comforting technology. The technology aims to provide thermal comfort and high indoor air quality. The techniques of ventilating a building is further divided into a few types as mechanical, forced, and natural ventilation that will provide optimal temperature throughout the day and night. HVAC does the above function, through three different and integrated parts such as heating, ventilation, and air-conditioning at required points or wherever necessary. Installing, HVAC systems has become common in the recent days and also the required industry standard for construction of new buildings. Introduction to HVAC The need for HVAC References, standards and codes Terms, definitions and units HVAC system type overview Ventilation and air quality Buildings and energy efficiency Psychrometrics Properties of moist air Psychrometric chart Sensible and latent Combined processes Mixing of air streams Refrigeration Definitions Refrigerant selection Safety considerations Pressure and enthalpy Phase change concepts Vapor compression cycle System components Heating and Cooling Loads Loads and energy Heat transfer Weather data Infiltration and ventilation Cooling load calculations All Air Systems Definition of “all air systems” Types of all supply and return air systems Recirculating / Mixed Air Systems Dedicated Outside Air (DOAS) Systems Overhead / Dilution Type: Constant Volume (CAV) and Variable Volume (VAV) Displacement / UFAD Type Types of exhaust systems General – Toilet, etc. Laboratory, process, or other specialty systems Types of central equipment Packaged / Unitary systems Split systems Air handling units Fans Types of terminal equipment Air Terminal Units / VAV Boxes Grilles, Registers, & Diffusers System Comparison – Advantages / Disadvantages Hybrid approaches Applications / Examples Hydronic Systems Definition of “hydronics” Comparison to air systems Types of hydronic systems Heating Hot Water Chilled Water Condenser Water: Tower and Geo-exchange Glycol Water Types of central equipment Boilers Chillers Cooling Towers / Fluid Coolers Pumps Heat Exchangers Types of terminal equipment Coils Unit Heaters Fan Coil Units Chilled Beams Radiant System Comparison – Advantages / Disadvantages Steam and Steam Condensate Definition of “steam” Comparison to air and hydronic systems ASME Codes / Safety Types of steam and condensate systems Low Pressure High Pressure Condensate Collection: Gravity return, Pumped return, Vacuum Types of central equipment Boilers Heat Exchangers Make-up water systems Types of terminal equipment Coils Humidifiers Unit Heaters Fan Coil Units Radiant System Comparison - Advantages / Disadvantages Applications / Examples Field Tour - Wisconsin Energy Institute Controls: Building Automation Systems Definition / Purpose of “Building Automation System (BAS)” Types of HVAC control systems Local Centralized (Building-wide) Pneumatic Direct Digital Control Pneumatic-Hybrid Programmable Logic Control (PLC) Type of control equipment Valves Dampers Actuators Sensors and thermostats Types of Controls Proportional/Modulating Control Concepts Open/Closed Loop Control Wisconsin Energy Institute Sequence of Operations Mechanical Flow Diagrams INSTITUTE OF PROFESSIONAL AND TECHNICAL STUDIES (IPATS) Whatsapp: +92 3219606785, 03035530865 Call: +923315145601, 03495021336 Head Office: 2nd Floor, Yasir Plaza, Near Chatri Chowk, Khanna Pull, Qadeer Road, Rawalpindi, Pakistan Contact Office: +923219606785, 03035530865, 0331-5145601, 0349-5021336 Email: ipatsedu@gmail.com Website: www.ipatsedu.comProfessional Training of HVAC HEATING, VENTILATION,AIR CONDITIONING HVAC Course Heating, ventilation, and air conditioning (HVAC) is an indoor and vehicular environmental comforting technology. The technology aims to provide thermal comfort and high indoor air quality. The techniques of ventilating a building is further divided into a few types as mechanical, forced, and natural ventilation that will provide optimal temperature throughout the day and night. HVAC does the above function, through three different and integrated parts such as heating, ventilation, and air-conditioning at required points or wherever necessary. Installing, HVAC systems has become common in the recent days and also the required industry standard for construction of new buildings. 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The technology aims to provide thermal comfort and high indoor air quality. The techniques of ventilating a building is further divided into a few types as mechanical, forced, and natural ventilation that will provide optimal temperature throughout the day and night. HVAC does the above function, through three different and integrated parts such as heating, ventilation, and air-conditioning at required points or wherever necessary. Installing, HVAC systems has become common in the recent days and also the required industry standard for construction of new buildings. Introduction to HVAC The need for HVAC References, standards and codes Terms, definitions and units HVAC system type overview Ventilation and air quality Buildings and energy efficiency Psychrometrics Properties of moist air Psychrometric chart Sensible and latent Combined processes Mixing of air streams Refrigeration Definitions Refrigerant selection Safety considerations Pressure and enthalpy Phase change concepts Vapor compression cycle System components Heating and Cooling Loads Loads and energy Heat transfer Weather data Infiltration and ventilation Cooling load calculations All Air Systems Definition of “all air systems” Types of all supply and return air systems Recirculating / Mixed Air Systems Dedicated Outside Air (DOAS) Systems Overhead / Dilution Type: Constant Volume (CAV) and Variable Volume (VAV) Displacement / UFAD Type Types of exhaust systems General – Toilet, etc. Laboratory, process, or other specialty systems Types of central equipment Packaged / Unitary systems Split systems Air handling units Fans Types of terminal equipment Air Terminal Units / VAV Boxes Grilles, Registers, & Diffusers System Comparison – Advantages / Disadvantages Hybrid approaches Applications / Examples Hydronic Systems Definition of “hydronics” Comparison to air systems Types of hydronic systems Heating Hot Water Chilled Water Condenser Water: Tower and Geo-exchange Glycol Water Types of central equipment Boilers Chillers Cooling Towers / Fluid Coolers Pumps Heat Exchangers Types of terminal equipment Coils Unit Heaters Fan Coil Units Chilled Beams Radiant System Comparison – Advantages / Disadvantages Steam and Steam Condensate Definition of “steam” Comparison to air and hydronic systems ASME Codes / Safety Types of steam and condensate systems Low Pressure High Pressure Condensate Collection: Gravity return, Pumped return, Vacuum Types of central equipment Boilers Heat Exchangers Make-up water systems Types of terminal equipment Coils Humidifiers Unit Heaters Fan Coil Units Radiant System Comparison - Advantages / Disadvantages Applications / Examples Field Tour - Wisconsin Energy Institute Controls: Building Automation Systems Definition / Purpose of “Building Automation System (BAS)” Types of HVAC control systems Local Centralized (Building-wide) Pneumatic Direct Digital Control Pneumatic-Hybrid Programmable Logic Control (PLC) Type of control equipment Valves Dampers Actuators Sensors and thermostats Types of Controls Proportional/Modulating Control Concepts Open/Closed Loop Control Wisconsin Energy Institute Sequence of Operations Mechanical Flow Diagrams INSTITUTE OF PROFESSIONAL AND TECHNICAL STUDIES (IPATS) Whatsapp: +92 3219606785, 03035530865 Call: +923315145601, 03495021336 Head Office: 2nd Floor, Yasir Plaza, Near Chatri Chowk, Khanna Pull, Qadeer Road, Rawalpindi, Pakistan Contact Office: +923219606785, 03035530865, 0331-5145601, 0349-5021336 Email: ipatsedu@gmail.com Website: www.ipatsedu.comProfessional Training of HVAC HEATING, VENTILATION,AIR CONDITIONING HVAC Course Heating, ventilation, and air conditioning (HVAC) is an indoor and vehicular environmental comforting technology. The technology aims to provide thermal comfort and high indoor air quality. The techniques of ventilating a building is further divided into a few types as mechanical, forced, and natural ventilation that will provide optimal temperature throughout the day and night. HVAC does the above function, through three different and integrated parts such as heating, ventilation, and air-conditioning at required points or wherever necessary from Oct 26th

KBM Training & Recruitment, a subsidiary of KBM Group UK, is proud to launch a new course of ‘Pakistan Sales Tax’ which is ideal for Accounts & Finance Professionals, Businessmen & Fresh Students. It will help you to learn about how to deal with all the sales tax matters timely & proficiently. Following are the topics which we will cover in training sessions along with case studies:  Scope of the Tax  Sales Tax Registration  Filing of Sales Tax Return  Sales Tax Law  E-filing  Penalties  Types of Sales Tax  Required Documentation Get registered now and avail 35% discount for upcoming batch.

Following are the topics which we will cover in training sessions along with case studies:  Scope of the Tax  Sales Tax Registration  Filing of Sales Tax Return  Sales Tax Law  E-filing  Penalties  Types of Sales Tax  Required Documentation Get registered now and avail 35% discount for upcoming batch.

IOSH Level 3 Course in Islamabad, Pakistan O3165643400, O3119903317 The IOSH Level 3 Certificate in Safety and Health for Business has been developed in response to business trends and feedback from employers, trainers and experienced practitioners. No other safety and health qualification offers both a business and a technical focus. With an emphasis on delivering tangible benefits for organizations, the qualification takes a more strategic approach to safety and health. As well as providing a technical overview of safety and health, this qualification addresses current issues demanded by employers, including how to drive programmes of cultural change. It is also includes new pioneering content such as managing uncertainty and how organizations can adapt to long-term “mega trends” affecting the safety of the workplace. In addition, there is a strong focus on health and well being, including health hazards, health assessment, global health trends and good practice. IOSH Level 3 Certificate in Safety and Health for Business in Islamabad. The NCFE IOSH Level 3 Certificate in Safety and Health for Business provides an understanding of safety and health in a business context. Learners gain technical knowledge and skills, as well as effective techniques to apply that knowledge in the workplace. Level 3 Certificate in Safety and Health for business has been developed by IOSH in collaboration with awarding body NCFE, and builds on the tried-and-tested IOSH managing safety course to equip supervisors and managers with the right knowledge and skills to evaluate safety systems, identify areas for improvement, implement control measures and reduce risk. Studying the IOSH level 3 Certificate in Occupational Health and Safety Practice, candidates will develop their knowledge and practice the skills required to manage regular workplace duties from an occupational health and safety perspective. This IOSH level 3 certificate in health & safety is typically intended for mid-level managers, supervisors and workers with existing Health and Safety responsibilities involved in their day-to-day working procedures and processes. Level 3 IOSH health and safety qualification is for those who are responsible for health and safety in their workplace. If you are a supervisor, manager or simply wish to enhance your career, then you need to seriously consider obtaining the health and safety qualification. Delegates are assessed by health and safety distance learning workplace assessment via our learning portal for this Level 3 IOSH Health and Safety qualification. Level 3 health and safety IOSH Online is suitable for those looking to take on the responsibility for health and safety in the workplace. If you are a supervisor, manager or simply wish to enhance your career, then you need to seriously consider obtaining this Health and Safety qualification online. Workers have the right to an appropriately regulated work environment in which their health and safety are assured. In the UK, employers have the primary responsibility by law, to provide such an environment. This responsibility is discharged through appropriately trained employees hired by the organization to carry out day-to-day health and safety processes and procedures. The Health and Safety Level 3 online course provides an opportunity to develop the competencies required for gainful employment and career progression for those who are already in employment. Assessment for this Level 3 IOSH Health and Safety certification is done through the learning portal. Candidates can learn and practice the necessary skills at their own pace. Depending on the individual’s circumstance, this health and safety level 3 can be completed between a period ranging from three months to twenty four months. Adequate support is provided throughout the duration of the training. Each candidate is assigned to one of our experienced tutors who will provide guidance until the assessment criteria has been met. The tutor can be contacted by telephone, email or through the online portal 7 days a week. Candidates are evaluated by distance learning workplace assessment. There are no formal entry requirements for this Level 3 Health and Safety Qualification however candidates must have a good understanding of English language. We will carry out an initial assessment of the candidates skills and knowledge to identify any gaps. This will help us plan the assessment process to ensure the candidate meets the qualification specification. It is beneficial that the learner has an expert witness within their organization but not a mandatory requirement to provide witness statements, if required. Candidates must be 16 years old and working in a Health and Safety role for this NVQ3 Health and Safety. Personal requirements of every candidate are identified at the beginning of this Level 3 NVQ Certificate in Occupational Health and Safety so that coaching can be tailored towards the individual’s requirements. Course Outline: Units and assessment: Safety and health management in an organization How to influence a safety and health culture within an organization A strategic, business-focused approach to safety and health Assessment method: Develop and write a business case Research project Develop and deliver a presentation

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