Qualities of Good HVAC Drafting Services

HVAC system is the part of mechanical engineering services. It is responsible for keeping residential and commercial building temperature controlled. HVAC drafting services and  HVAC Shop Drawings help to find the perfect design to regulate air flow for a better result. You won’t find a building today without mechanical engineering services. That is why it is important to know about all the mechanical engineering services and understand the features of good HVAC drafting services. It will also help to save energy and more.

HVAC Drafting Services specify the location and installation details of all Heating, Cooling and Ventilation equipment. HVAC Duct Shop Drawings provide the design for sheet metal ducts used in air distribution systems.

Features of good HVAC drafting services and HVAC Duct Shop Drawings are:

• HVAC drafting services and HVAC Piping Shop Drawings must be highly detailed to ensure a correct installation. HVAC ducts have lots of turns and connections and they must be supported at multiple points.

• HVAC Drafting Services must involve hydronic or Steam Piping.

• In HVAC duct shop drawings,  Air Ducts and Pipes must be properly sized, to deliver the required space heating or air conditioning output for each building area.

Sheet metal and Hydronic Piping Design are dependants on heating and cooling loads. Therefore, precise HVAC Load Calculation is very important in HVAC drafting services.

The most crucial part of the installation is Hydronic Piping and Ductwork. It travels long routes with direction changes and accessories. HVAC Duct Shop Drawings must clearly indicate the layout and mounting details of these systems.

HVAC drafting services are completely related to building envelope performance. If the building is well insulated and airtight, both heating and cooling loads are reduced.

Different types of HVAC drafting services:

• Schematics, Control Diagrams and detailing of cooling systems such as air conditioners, air handlers, refrigeration etc.

• HVAC Duct Shop Drawings along with the layouts of accessories such as a diffuser, dampers, grills etc.

• Ventilation systems such as ductless split systems, overhead units, window and rooftop units, air cleaners and filters, central air systems etc

• Equipment Layouts and schedules for Chillers / DX Units, Air Handling Equipments, Ducting Accessories (grills, diffusers, dampers, etc), Pump etc.

• HVAC Shop Drawings for heating, cooling and ventilation

• As Built Drawings for heating, cooling and ventilation

• Coordination Drawings for heating, cooling and ventilation

• Piping System Layout

It is always beneficial to employ the assistance of experienced mechanical engineering services and HVAC Drafting Services providers like Silicon Engineering Consultants Limited. 

Our structural and architectural design team is capable of interpreting complex design issues and deliver the right results.

We have knowledge, expertise and experience across diverse domains such as Architecture, Civil, Structural, Electrical Engineering, Assembly Drawings and mechanical/plumbing design.

To learn more about Silicon Engineering Consultants Limited and how our Mechanical engineering services can help you, call us on:  021 0296 7467

drop an email on: info@siliconec.co.nz

visit our website:  www.siliconec.co.nz

Design & Construction Duties of Precast Detailers

Precast Detailing is one of the most successful and effective construction techniques that save time, avoid errors and reduces manpower. This method is used worldwide in small and complex construction projects because of its remarkable benefits. In precast detailing, frameworks are erected away from the site thus reduces the risk of environmental degradation at the construction site. This process also overcomes the in-site casting problems, where there is less space for the execution of concrete works.

So, where and why designing and detailing is needed in the pre-casting process. Precast components are made in casting yard and transported to the construction site. The workers at the casting yard don't have visual knowledge of the structure and construction site. Therefore, detailed Precast Shop Drawings are made to build a link between the construction site and the casting yard. So, who creates the drawing and what these drawings should contain? Here the role and responsibilities of Precast Detailing Service providers come in light.

Precast Panel Detailing service providers develops the project design concept, establishes structure geometry, selects the appearance and function of a wall, provides details and specifies performance and quality characteristics.

Precast Panel Detailing

They provide complete model and drawing specifications detailing all aesthetic, functional, and structural requirements, including design criteria, plus dimensions. This information should be supplied in such a way that all details unit can be designed without reference to the behaviour of other parts of the structure.

All specifications and construction details are described in these drawings by Precast Engineering Services providers. Precast Detailing Service providers must have in-depth knowledge of casting procedure, transportation of components, tilting up the components, propping and connection of elements. The drawings and model must contain most of the details which are sufficient to understand the buildings and component connections. 

To offer the best precast detailing services to clients, most frim uses TEKLA software for modeling. Here are some benefits of Tekla Precast Concrete Detailing. 

• Customize Tekla structures to meet your needs
• Error-free, up-to-date drawings and fabrication data directly from the model
• Work inside a virtual building
• Work on the same model regardless of team members' location
• Solve issues early and ensure smooth erection phase
• Plan erection sequence and achieve a safe execution

Tekla Structure Precast Concrete Design

The Tekla Structures Precast Concrete Design prepared by the precast detailing services firm must contain the overall geometry and the structure, panel dimensions and cross sections, typical connection locations and concepts. This information will be helpful to precasters and builders can construct the structure.

With more than 10 years of experience, the Silicon Engineering Consultants Limited offers a diverse range of customized services including Tekla Precast Concrete Detailing and Precast Concrete Columns Design to meet your individual needs.

Silicon Engineering Consultants Limited understand the fast pace of the AEC Industry and have the proven ability to deliver our projects to the highest quality and on time.

Precast Concrete Columns Design

Contact Us for more information about our Precast Detailing Services
.
You can Call us on:  021 0296 7467

Or Drop your Mail at: info@siliconec.co.nz

For more details visit our Website:  www.siliconec.co.nz/

4 Reasons Why You Need MEP Shop Drawings

MEP stands for Mechanical, Electrical and Plumbing Engineering. These three fields include the systems that make building environment fit for us. Mechanical, electrical and plumbing in MEP Consulting Engineering is discussed together due to the high degree of interaction among them and to reduce the clash- a general problem when electrical, mechanical and plumbing systems are created in separately. 

MEP Outsourcing Services bring many advantages to construction companies: reduced installation costs by optimizing material requirements, obtaining high performance and code compliance.

Let us understand all the three technical disciplines of MEP Engineering.

M: Mechanical Engineering

Different types of mechanical systems are used in residential and commercial buildings. However, the main three types of Mechanical design works are:

• Space Heating
• Air Conditioning
• Mechanical Ventilation

All the systems keep the temperature and humidity under control and give comfort and health. Mechanical ventilator ensures that fresh air is regularly supplied in the building to keep the air pollutant at safe levels.

MEP 3D Modeling

Along with fixing HAVC equipment correctly, MEP HAVC Shop Drawings also include setting the best routes for heat distribution systems: air ducts, hydronic piping or steam piping, whichever applies for the project.

E: Electrical Engineering

In the high rise and huge buildings, the most challenging part of the electrical design is defining the optimal routes for cables and wiring.  Since electrical wiring requires less space and can be routed easily, it is more flexible than mechanical systems. With the help of MEP Shop Drawings, wiring can be laid out while minimizing total circuit lengths, bypassing clashes and interferences. HAVC requires close collaboration between mechanical and electrical technicians during the MEP HAVC Shop Drawing process. Mechanical engineers determine heating and cooling loads while electrical engineers create the electrical circuit that allows these devices to run safely.

P: Plumbing Engineering

Plumbing installations also require numerous technical specifications. Like mechanical and electrical connections, plumbing needs laying out complicated piping routes, and MEP Shop Drawings are extensively used by construction companies to simplify the process.

MEP Shop Drawings

Plumbing installations cooperate with both mechanical and electrical systems at many points, such as:

•    In High-rise buildings water booster pumps are required to run electricity.

•    The hot water supply systems get their heat either from a boiler or from an electric heater.

Now let us see the fields where high quality of MEP engineering can influence the construction or renovation project:

• Energy Saving: MEP engineers can improve designs and can implement a number of energy management methods in order to reduce energy usage.

• Building Automation: From lighting, security, fire alarms, to building’s HVAC systems, effective MEP Engineering services can build a centralized automated system for every need.

• Water Conservation: Mechanical and plumbing system plans can reduce the quantity of water your building uses, and in turn, lower your water bill.

• Indoor Environmental Quality: The MEP engineers can improve the Indoor environmental of the building by maximizing the use of sunlight, optimizing HVAC systems for ventilation and moisture control to eliminate odours and airborne pathogens. 

MEP Shop Drawings

 Are you looking for MEP Shop Drawings and MEP HVAC Shop Drawings services? Talk to our experts, now!

Call us on:  09 9097860

You can drop a mail at:  info@siliconec.co.nz

or for more information visit our website:  www.siliconec.co.nz/

Hire us to get the best MEP Outsourcing Services for Your Next Project.

BIM Clash Detection: Increasing Productivity & Coordination

BIM modeling is an efficient and effective means of constructing 3D virtual models and is an integral part of designing practice. It has improved construction performance and enhanced designs. Along with all these benefits BIM Modeling also permit active collaboration and communication between the civil, mechanical, electrical engineers, architects and clients. The method of developing BIM models demands an extremely collaborative environment where everyone can have access to their part of the work. At the end when all the disciplines are added, it is vital to detect and solve any possible clashes.

What is the clash? When designs from two or more elements intersect on a single platform or arranged within a set tolerance limit, clashes occur. Clashes can be geometric, like pipelines passing through walls or schedule based clash, when different sequential phases of work are scheduled to occur simultaneously. Clash can also happen when modifications are not made to the designs.
Generally, there are three types of clashes:

1) Hard Clash - This kind of clash is said to occur with two objects are taking up the same space.

2) Soft Clash or Clearance Clash - Soft clash means that the object requires more positive geometric tolerances within their buffer zone for better accessibility, maintenance and protection.

3) Workflow or 4D Clash - Through workflow clash detection process, one can identify and fix scheduling clashes for the workers, material, fabrication and delivery clashes.

BIM Modeling

Why BIM Clash Detection is important?

BIM Clash detection is the most critical aspects of a pre-construction process. Clash detection method is necessary for most BIM companies, engineers and architects. They use this strategy to solve design problems that appear in form of clashes and afterwards perform BIM Coordination before construction. One of the benefits of BIM Clash Detection is that it involves various departments to discuss design changes, detect clashes and subsequent resolution prior to BIM Coordination process. Latest technologies like cloud make this process easier for different teams at different locations.

Steps we follow in our BIM Coordination services  are:

• Collection of data: All the important information including inputs and specifications are gathered from clients.

• Development of Idea: Data offered by the clients are analysed, creative ideas are launched in a user-friendly way. 

• Administration: Experienced engineers and architects work on the designing project as a team.

• BIM Coordination: Using the latest software required designs are created. 

• Data Presentation: In the last stage, the best quality, structured project road-map is given to clients.

Our BIM Coordination services improve the purpose and operability of the BIM modeling and ensure that projects are completed at right time.

BIM Clash Detection

It creates clash-free visual designs and saves the builders from unnecessary expenses for the construction. It accelerates the 4D Construction Planning and development process and throws the light on the areas of unevenness and differences in the design.

Our services deliver solutions to residential projects as well as industrial buildings.

Looking to outsource BIM Services?  Talk to our experts, now!

Call us on: 021 0296 7467

You can drop a mail at: info@siliconec.co.nz

or for more information visit our Website: www.siliconec.co.nz/

We will be glad to assist you!

Architectural Visualization: The future of designing

Designing and construction of the building is an expensive process. Any change to layout or materials when construction is underway means extra cost. Therefore, civil engineers, technicians and architects, always search for better designs to run the project smoothly and to understand how a building or landscape look when the project is completed. Architectural Rendering and 3D modeling are the techniques that help them accomplish all these. Let us see what these techniques are and How these techniques are useful for Engineers and Architectures.

• Architectural Rendering:

Architectural rendering is the art and science of designing 2D and 3D images presenting all characteristics of an architectural design. This is an advanced technology that is revolutionizing the way we design. Architecture rendering software enables architects to estimate “proportions” and “scales” using automatic interactive 3D models. It also has the facility to stimulate the lightening effect, air-conditioning and acoustics in rooms. Architectural Rendering artists can create realistic and accurate architectural visualization of the proposed project. They are able to represent anything that the consumer wants like interior furnishing, textures and scales.

• 3D modeling Services

3D model includes detailed information and precise physical representation and functionality of the project. It helps the engineers and architects to visualize physical and functional features before the project is completed. The data in the model can be selected, checked and updated by the team. 

These 3D models also include information about materials quantities, cost and maintenance. The inclusion of all these information in the 3D model makes it much more useful.

Now, let us see how Architectural rendering and 3D Modelling can benefit engineers and architects.

• Easy, quick and accurate

These models are vivid and you can take a virtual tour of your construction projects. You can quickly check the plan and make the changes to it.

• A model speaks more than a picture

Every aspect can be seen in 3D models. It gives more granularity in the design and looks better with a high level of accuracy and details.

• Better for marketing and project approvals

The projects get approved fast when easy to understand 3D models are used. Similarly, the virtual model remains in the customer's mind for a long time, so you stand a better chance to win them.

•  3D modeling services simplifies the project execution.

Construction Engineers can complete the projects at low cost using clear and detailed models. Architectural Rendering and 3D Modelling can affect the project execution in the various ways:       

• Elimination of field interference
• Less rework
• Enhance productivity
• Limited cost growth

• Accurate Measurements

Physical dimensions of the objects and its relative distance with other objects can be clearly seen in the 3d model layout. This will help the customers to see and adjust arrangements of objects in a room.

So, with all that said, It is clear that 3D Architectural Visualization is the future of designing. So you better get ready with us. Implement Architectural Rendering and 3D modeling techniques on your dream project and move light years ahead of others.

We offer Architectural Visualization services that can help you better with planning and controlling the project. You will naturally save costs and time.

To schedule a personal meeting with our sales representative Contact on: +64 021 0296 7467

For more information, Log on to: www.siliconec.co.nz/  or 

Drop an Email at: info@siliconec.co.nz

How to make an attractive Facade Design

Facade beautifies the building and characterizes the creative part of an Architectural building. To enhance the building one need to choose proper Facade pattern that goes with building at the same time make a good impact and enhance the look.

A facade is the front part of a building which literally can be called as a face. It shapes the personality of the structure that stays behind. When an architect design a facade, they consider each and every fine details and lot of attention. It includes the nature, design, building material, or the placement of windows.

• Schematic Drawing: It’s the core of a facade that form the overall design of the facade. It commenced with the purpose of design as performance will set as per the intent of the facade. The blending of intent and performance determine the budget, timelines, labor, and building codes. After the mutual consent between the client and designing team, the drawings will be made with other various aspects.

• Detailed Designing: While Schematic is the blueprint that shows how facade will be, detailed design the comprehensive part includes the collaboration of different technical and design teams, material suppliers, Facade Shop Drawing, Facade Fabrication Drawings, and Facade Detail Drawings.

Curtain Wall Facade Detailing

A Facade Detailing laced up with detailed documents ensuring to cover every aspect of designing so that the vendor bids flow without any wasting time.

• Address building line and Complications: Always follow a common building line as it maintains the flow of frontals and provides explicability and sharpness to enclose the streets. It helps to mix up the new structure into the already existing structure. In case if the building is not eye-catching, make sure to make outer space more attractive

Balance of scale and Proportion:  It can be implemented as:

• Lively Interior
• Provide a vertical shape by narrow front part
• Numerous doors and windows with blank wall
• Base, middle and Top should be handled proportionally and with care

• Excellent Visual Quality: A good quality of facades is composed of the rich and detailed surface that appear the same from every angle. The creative composition on facade should be related to each other as well as not be repetitive.

• Proper Rear View: In order to make a good facade, don’t leave out the back of the building especially if the facade is taller than the surrounding building. The rear part should be carefully crafted as they don’t need to distract from the aesthetics of the building.

• Integration of Other Elements: As facade make the front part that doesn’t mean leave the rest other elements of construction. Each of the aspects such as screens, drainage pipes, and ventilation should also be integrated properly with the overall design of a facade. 

Facade Design

Facade Design holds a lot of importance as at times it covers many flaws of the building but a badly built facade can take down the good building.

Who We Are

Silicon Engineering Consultants Limited is a leading organization caters towards the circuit of Architecture, Engineering, and Construction. Our main expertise is in the CAD-based 2D and 3D designing and 3D modeling.

In the architectural arena, we have a strong grip over at facade designing including Facade Shop Drawings, Facade Fabrication Drawings, Facade Detailing, Facade Detail Drawings, and Curtain Wall Facade Detailing.

If you have requirement of Facade Shop Drawing, get in touch with us through info@siliconec.co.nz.

Important Tools for Precast Detailing

Precast Detailing is a shrewd method to assemble any sort of structures, securely and reasonably. Initially created in the Nordic nations, particular precast is one of the world's most normal and asset proficient approaches to manufacture. It guarantees quick development times, high productivity and amazing quality. In any case, prerequisites for wonderful, current structures are not bargained. Precast can be utilized as the main building material; however it can also be joined with steel or be used as a composite structure as it were. Utilization of precast in a building depends to a great extent on nearby building customs and limitations.

The most widely recognized precast items are:

• Façades from sandwich to cladding and dim dividers.

• Floors with empty center, half, ribbed or strong chunks.

• Partition and interior dividers from Acotec to strong dividers.

• Foundations with precast solid heaps.

• Frames with e.g. pillars, sections, pieces, and so forth.

• Stairs, shafts and other uncommon items.

As an industrially delivered fabricating material, Precast Designing is dependably of the most elevated quality. Underway of precast, chose crude materials are utilized after deliberately composed generation process. The controlled condition empowers ongoing observing and simple changes. The result is completely cured, completed and prepared. While precast comes just harder amid years, it doesn't consume, dissolve, or decay. Top notch precast does not breed any hurtful organisms, either.

List of Precast services we, at Silicon Engineering Consultants Limited, offer varied forms of engineering services along with precast services.

Some of the precast services we offer are as follows:-

• Precast Shop Drawings


• Precast Concrete Detailing


• Tilt-up Panels Detailing


• Wall Panels Detailing


• Stairs Detailing


• Beam Detailing


• Erection Drawings


• Concrete Slab Detailing


• Column Detailing


• Tekla Precast Panel


• Precast Fabrication

It’s obvious that Rome wasn’t built in a day, but imagine how modern technology might have helped. Today, premasters and concrete contractors often take their tools and equipment for granted. The tools used in Precast Detailing are usually made of finest gauge steel for increased durability. The worry about compatibility is at far end as the tools used for precast detailing are usually very user-friendly.

Precast concrete is a popular material for constructing office buildings. The dividers of the building can be fabricated while the on location establishments are being manufactured, giving noteworthy time funds and bringing about early inhabitance.

The speed and ease with which precast structures can be constructed has helped make precast a prevalent building material for stopping structures. Precast cement permits proficient, prudent development in every single climate condition and gives the long clear traverses and open spaces required in stopping structures

The smooth surfaces produced with Precast Concrete and the ability of precast, pre-stressed concrete to span long distances makes precast suitable for use in manufacturing and storage structures. Additional applications for precast concrete include piles and deck for railroad and highway bridges, railway crossties, burial vaults, educational institutions, commercial buildings such as shopping malls, and public buildings including hospitals, libraries, and airport terminals.

An advantage of precast concrete is that the item is made in perfect assembling conditions. Albeit a few items are thrown outside, particularly in mild atmospheres, numerous precast plants work inside where the atmosphere can be completely controlled.

Silicon Engineering Consultants Limited, understand the essentials of healthy and perfect environment for living. We provide all sorts of Steel Structural and Precast Designing Services; we understand client’s need and prioritize the work accordingly. We work on various sectors, from Structure to Architecture and Mechanical to Electrical.

For further information on Precast Panel Detailing, please feel free to contact us through info@siliconec.co.nz

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