#Computer Repairing Edmonton North | Explore Tumblr posts and blogs

tech4servicesltd · 2 months ago

Text

Top-Notch Computer and Laptop Repair Services in Edmonton North and South

If you're searching for reliable computer repairing services in Edmonton North or South, look no further than Tech4Service. Whether you're dealing with a sluggish PC, a broken MacBook, or need urgent laptop repairs, their expert technicians deliver fast, affordable, and professional solutions tailored to your needs.

Computer Repairing Edmonton North – Expert Help at Your Doorstep

In today’s digital age, a malfunctioning computer can mean missed deadlines, lost business, or interrupted classes. Tech4Service is the go-to destination for computer repairing in Edmonton North, offering efficient service, genuine parts, and expert diagnostics. From virus removal and system crashes to hardware replacement and data recovery, their team ensures your desktop is up and running in no time.

Laptop Repairing Edmonton North – Fast and Reliable Fixes

Laptops are prone to wear and tear due to their portability. Whether it’s a broken screen, overheating, charging issues, or performance lag, laptop repairing services in Edmonton North from Tech4Service cover it all. Their certified technicians are trained to repair all major brands like HP, Dell, Lenovo, Acer, and ASUS with a high success rate.

Computer Repairing Shop Edmonton North – Your Local Trusted Technicians

Conveniently located and well-equipped, the computer repairing shop in Edmonton North by Tech4Service offers in-store diagnostics and walk-in repairs. The shop is known for its quick turnaround times, competitive pricing, and personalized service. You can bring your device in for a full evaluation or request an on-site visit.

MacBook Repairing Edmonton North – Apple-Certified Specialists

MacBooks are known for their high performance, but when they malfunction, specialized care is a must. Tech4Service provides professional MacBook repairing in Edmonton North, handling macOS issues, screen replacements, battery changes, and more. Their Apple-trained technicians use only authentic parts to ensure the longevity of your Mac.

Best Computer & Laptop Repair Edmonton North – Why Choose Tech4Service?

Tech4Service is recognized as the best computer repair and laptop repair provider in Edmonton North for many reasons:

Free diagnostics and upfront pricing

Certified and experienced technicians

High-quality parts with warranty

Same-day service options

Friendly, local customer support

They combine technical expertise with top-rated customer service, making them the preferred choice for both individuals and businesses.

Best Computer Repairing Shop Edmonton South – Southside Tech Support

Residents of South Edmonton are also covered. The best computer repairing shop in Edmonton South by Tech4Service offers everything from basic troubleshooting to complex hardware and software issues. Their skilled team ensures efficient and dependable repairs without hidden costs.

Best MacBook Repairing Edmonton South – Premium Apple Repairs

When it comes to MacBook repairing in Edmonton South, Tech4Service delivers exceptional care. Their technicians handle everything from logic board repairs to macOS reinstallation with precision. You can expect high-quality work and fast service – all while preserving your Mac’s original functionality.

Computer & Laptop Repair Shop Near Me – Edmonton’s Most Convenient Service

Stop Googling "computer repair shop near me" or "laptop repair shop near me"—Tech4Service is your reliable local choice. Whether you are in Edmonton North or South, their wide coverage and mobile repair service mean help is always around the corner.

Book Your Repair Today

Don’t let tech troubles slow you down. Visit:

Computer Repair Services

Laptop Repair Services

Mac Repair Services

Get fast, friendly, and effective service from Edmonton’s leading repair specialists — Tech4Service!

#Computer Repairing Edmonton North #Laptop Repairing Edmonton North #Computer Repairing Shop Edmonton North #Macbook Repairing Edmonton North #Best Computer Repair Edmonton North #Best Laptop Repair Edmonton North #Best Computer Repairing Shop Edmonton South #Best Macbook Repairing Edmonton South #Computer Repair Shop Near Me #Laptop Repair Shop Near Me

0 notes

little-p-eng-engineering · 5 years ago

Link

Little P.Eng. for Engineering Services Edmonton, AB

Little P.Eng. for Engineering Services is a structural and mechanical (Piping Design / Piping Stress Analysis) engineering consulting company located in Edmonton, AB, Canada; We serve United states and Canada. We offer engineering services in the following areas:

Piping Systems Design and Engineering: Design of piping systems, pipe stress analysis, structural and seismic analyses of industrial and commercial piping systems, pipelines and mechanical components based on ASME Section III and Sections VIII and B31 codes.

Structural and Failure Analyses: Linear and nonlinear statics, dynamics and thermal analyses, fatigue, fracture mechanics, limit load, ratcheting, shake down and creep analyses based on ASME Section III and Section VIII.

Seismic Design and Engineering: Seismic analysis for non-structural components such as storage tanks, boilers, cooling towers, piping systems based on ASCE, CBC and ASME codes, using Finite Element Analyses.

Mechanical Engineering and Design Peer Reviews: Machinery and part design, stress analysis, test design and simulations, 3D modelling, CAD drafting for power and process plants and other Industrial and Commercial Facilities.

Little P.Eng. for Engineering Services regularly teams up with general contractors, architects and projects owners in design and structural analysis of water, steam, oil and gas (process and power) piping systems, pipelines and mechanical components.

Our piping Engineers specialize in performing Pipe Stress Analysis, Structural and Failure Analyses and Seismic Analysis on Industrial and Commercial Pipelines and mechanical components based on ASME (Section III, Section VIII and B31 codes), AISC and ASCE and other applicable codes, utilizing advanced Finite Element Analysis. Our seismic designers use the latest technology to analyse and develop your Pipelines based on the applicable codes and standards.

You will be able to see the analyzed 3D models of your piping systems on your computer. This will provide an easy to use platform for collaboration to enhance our joint ability to identify critical points of the design. This process can also be used to streamline the Critical Design Review (CDR), saving valuable business development resources and maximize the ROI of your company R&D assets. We believe that quality of our works, reliability and dedication to our customer needs is what makes us successful.

Due to Serving our clients across Canada our Engineers are registered in the following Engineering Associations across Canada:

Alberta

Saskatchewan

British Columbia

We present our structural and mechanical (Piping) engineering services in the following fields:

Municipal

Mining

Food and Beverage

Chemical

Oil & Gas

Pulp & Paper

Industrial Process

Pharmaceutical industry

We achieved design and construction in installations handling fluids including liquidized solids, raw, intermediate or finished chemicals, oil, petroleum products, gas, steam, air and refrigerants. These installations are usually contained within the property limits of a refining or processing plant such as:

Chemical plants

Petroleum refineries

Loading terminals

Natural gas processing plants

Tank farms

Steel mills

Food processing

Pulp & paper mills

Nuclear fuel reprocessing plants

Off-shore platforms

Material Handling

Piping / Structural Design Engineering Services

Who we are

We are a collection of leaders and professionals in engineering who are dedicated to designing and creating the most innovative solutions for our clients. Located in Edmonton, AB, Canada, we operate everywhere from local markets to the most remote regions of the world especially North America (united states and Canada) to present the best Engineering Services.

We believe in the value of shared knowledge. Our teams of experts are well-informed and up-to-date on the latest technologies, which allows us to elevate the level of our work. On every project, we draw from our wide ranging expertise and experience to create and deliver inspired solutions.

Whether a project is large or small, in its earliest stages or nearing completion, our team is invested and determined to deliver the best solutions. We understand the level of pride that comes with ownership; therefore we always take stewardship of the success of all of our client’s projects.

What We Do / Disciplines

Our Piping Team’s Strengths

It’s also important that your piping design company has the necessary resources to assist in the engineering effort through interdisciplinary support from process, mechanical, electrical, structural, and controls engineers providing insight for such issues as corrosion resistance, pump cavitation, pressure drop, thermal expansion and support design, flow control, and myriad challenges that can and do arise. Little P.Eng. has the experience and know-how to solve, and avoid through design, these and many other challenges that a piping system may face, and we offer the support of our core discipline engineers to assist with situations that may not be obvious at the outset of the design effort.

Pipe Stress Analysis, Piping Engineering and Design Services

Pipe Specifications Development

Specifications Based 3D Piping Modeling, Design, Orthographic Plan, Section, and Detail Preparation

Fabrication Isometric Development

BOM preparation for advance material procurement

Above and Below Ground Piping Systems

Aseptic, Hygienic, and Sanitary Piping Systems

Thermal, Static and Dynamic Pipe Stress Analysis and Design using CAESAR II

Piping Stress Analysis as per ASME B31.3, ASME B31.1, ASME B31.8

Pipe Line Stress Analysis as per CSA Z662

Standard and Custom Pipe Support Design

Piping System Walkdowns

Piping Installation Quality Audits

Process Piping Design

Utility Piping Design

Wide range of piping specifications including:

Carbon Steel

Galvanized

Copper

PVC and CPVC

Teflon and Polypropylene Lined Pipe

Glass Lined Pipe

Ductile Iron

HDPE

Polypropylene

Fiberglass

Stainless Steel (304, 316, etc.)

Duplex and Super Duplex Stainless

Many More

Pneumatic Convey Piping Systems

Flammable and Volatile Liquid & Gas Piping Systems

Bio-Gas Piping

Plumbing Systems

Pig Systems

Our Structural Team’s Strengths

Our team of structural engineers and designers leverage their “out of the box” creativity to develop and implement cost effective, intuitive, robust solutions for structural challenges. From reinforcing an existing building column, to designing the foundations and steel for a multi story heavy industrial processing building, we have the skill set, knowledge base, and experience to fill your structural needs, large or small.

Whether your project involves a Retrofit or New Construction, Demolition or Expansion, Failure Analysis and Damage Repair or Change in Occupancy, we offer the following services to solve your challenges.

Structural Engineering Services

Concrete / Foundation Engineering & Design

Deep Foundations

Mat/Spread Footings

Slabs on Grade

Cast in Place Concrete Structures

Pre-Cast Concrete Structures

Post-Tensioned Concrete Structures

Masonry structures

Elevated Concrete Slabs

Tank/Silo/Bin Foundations

Truck and Rail Unload Pits

Structural Steel Engineering & Design

Equipment Support Structures Towers

Industrial Structures

Moment Frames

Braced Frames

Pipe Bridges

Personnel bridges

Material Handling Conveyor Galleries

Monorail/Hoist Systems

Rail Unload Pits per AREMA Guidelines

Truck and Rail Loadout

Architectural Engineering & Design

Industrial Building Cladding Systems

Access and Egress Structures

Fire Protective Coatings/Systems

Damage Limiting Construction (Explosion Venting)

Vision

Our vision is to be recognized in the industries that we serve as the first and best choice for

Piping stress analysis, Piping design and structural design services .

We strive to present a premier engineering services in many disciplines.

Mission

“We are a team of industry professionals who are dedicated to protecting the environment, our fellow citizens and the prosperity of our communities by applying our skills and knowledge safely in Piping and structural design. We will strive to partner with our clients in a forthright and supportive manner, so that we can provide them with the most advanced tools, techniques and knowledge needed to preserve the integrity of their infrastructure.”

core values

Commitment to teamwork and collaboration

Commitment to understanding and exceeding our customer needs

Commitment to continuous improvement, innovation and learning

Commitment to integrity and accountabilit

Commitment to acting in a sustainable and controlled manner

What we do

We provide consulting engineering services for new construction projects and existing buildings in three sectors—property; social infrastructure; and energy, resources, and industry —while maintaining a strong commitment to environmental responsibility.

We offer engineering consultation and design in:

structural engineering

mechanical engineering

project management

Mechanical / Structural Design Engineers

Piping Engineers

Our piping Engineers are responsible for designing and building the piping systems that carry our water, gas, oil and waste. They are involved in every aspect of the creation of these piping systems. Our piping Engineers first draw the blueprints for the system, and then they assist in selecting the materials that will be used to build the pipes and accompanying components.

The role of our Piping Engineers is a supervisory role, so our piping team candidates with more than 10 years of experience. Their work environment is mostly an office setting but, depending on our clients industry, the job can involve surveying field locations. According to the Bureau of Labor Statistics, the demand for Civil Engineers.

Piping Engineer Duties and Responsibilities

There are several duties that fall under the responsibility of Piping Engineers. The specific duties vary slightly depending upon industry. With that being said, the following duties are the ones that popped up most frequently in our analysis of Piping Stress Engineer job descriptions.

Survey Installation Sites

Piping Engineers are responsible for going to the installation site of a piping system and surveying the land for any irregularities. They then analyze these observations as a part of the process for creating system blueprints.

Draw Blueprints for Piping Systems

Piping Engineers are the creators of a system’s blueprints. This requires extensive knowledge of all the parts of the system , and how each part relates to the functionality of the whole. Piping Engineers typically use Computer Assisted Design ( CAD ) software for this process.

Develop Preliminary Project Scope

Piping Engineers are responsible for creating the initial project scope for all of the tasks that need to be completed in order to install a piping system. They must take into account cost , resources and the project deadline.

Participate in Cost Management Meetings

Most of what Piping Engineers do depends on the budget of a given project. They participate with decision makers in cost management meetings to ensure their designs reflect the parameters of the project’s budget.

Assist in Sourcing Construction Materials for Piping Systems

Piping Engineers know exactly what types of materials are necessary to create a piping system that withstands the elements. They’re responsible for sourcing these materials, and then ensuring these materials are used in the installation process.

Piping Engineer Skills

Piping Engineers rely mostly on technical skills to complete their duties, but there are still a few soft skills they need to do their jobs well. Piping Engineers rarely work alone, so they have to be able to thrive in a collaborative environment. They also need to have keen observational skills in order to successfully survey installation sites. We analyzed several Piping Engineer job descriptions to put together this list of core skills Piping Engineers need to get hired.

Observational Skills: Piping Engineers call upon their observational skills when surveying installation sites. They must be able to detect any irregularities that may affect the installation process.

Analytical Skills: Piping Engineers use their analytical skills to analyze their observations to design a piping system that will withstand the elements of the installation site.

Project Management Skills: Piping Engineers have to wear the hat of a Project Manager when developing the scope of a project. It involves the ability to plan a project start to finish, taking into account time , cost , and resources.

Written and Verbal Communication Skills: Piping Engineers work in a collaborative environment. They have to be able to communicate their plans to non-Engineer decision makers, and must also be able to communicate their plans to their team.

Drafting Skills: Piping Engineers call upon their drafting skills to physically create the blueprints for piping systems. This involves proficiency with CAD software, as well as expertise in the components of piping blueprints.

#Little_PEng

Structural Engineers

A structural engineer is responsible for designing any kind of structure so that it can fulfill a specific purpose, and remain safe, economic and functioning throughout its intended lifetime. Structural engineering is about investigating both the immediate loads and demands on the structure, as well as any likely future changes, and ensuring a structure is designed to withstand those loads.

As well as designing new builds, structural engineers also ensure older structures remain safe, and often design refurbishment schemes to ensure long life for existing structures.

As a structural engineer, we could be working on many areas of construction, including building design, construction, repairs, conversions and extensions. Projects could range from a simple, single building like a house, school or shop, to major schemes including hospitals, sports arenas, offshore oil rigs and bridges.

Often working closely with architects, structural engineers are involved at every stage of a project as they use our creativity and innovation to come up with sustainable solutions to some of the greatest challenges we face, including climate change.

As a career, this branch of engineering offers us the chance to play a part in shaping the world in which we live, and the profession also offers huge scope for challenge, variety and creative satisfaction. So, professionally, structural engineering can be hugely rewarding.

We could find ourselves based with a contractor, consultant, local authority, or decide to go into teaching and research. There are also plenty of opportunities for working overseas, since we’ll be qualified to work anywhere in the world.

The ideal situation for a structural engineer is to be the resident engineer for one of their own designs. This will allow an opportunity to see if they could have produced a more efficient design. The structural engineer has to ensure that the structure being designed remains ‘fit for purpose’ throughout its design life, so must consider what might happen as well as what will hap this time.

Structural Engineer Skills

Creativity

Commercial awareness

Teamworking and communication skills

Excellent mathematical, IT and analytical skills

Good attention to detail

Project and budget management skills

Structural Engineer Tasks

preparing reports, designs and drawings

making calculations about loads and stresses

selecting appropriate construction materials

providing technical advice

obtaining planning and/or building regulations approval

liaising with relevant professional staff such as architects

monitoring and inspecting work undertaken by contractors

administering contracts

managing projects

inspecting properties to check conditions/foundations

Structural Engineer Responsibilities

analyse configurations of the basic structural components of a building or other structure;

calculate the pressures, stresses and strains that each component, such as a beam or lintel, will experience from other parts of the structure due to human use or environmental pressures such as weather or earthquakes;

consider the strength of various materials, e.g. timber, concrete, steel and brick, to see how their inclusion may necessitate a change of structural design;

liaise with other designers, including architects, to agree on safe designs and their fit with the aesthetic concept of the construction;

examine structures at risk of collapse and advising how to improve their structural integrity, such as recommending removal or repair of defective parts or rebuilding the entire structure;

make drawings, specifications and computer models of structures for building contractors;

work with geotechnical engineers to investigate ground conditions and analyse results of soil sample and in-situ tests;

liaise with construction contractors to ensure that newly erected buildings are structurally sound;

apply expert knowledge of the forces that act on various structures;

use computers and computer-aided design (CAD) technology for simulation purposes.

#Little_PEng

Engineering Manager

The engineering manager plans, organizes and directs engineering to meet company objectives for design, new product development and improvement of existing product lines by performing the following duties personally or through subordinates.

Engineering Manager Duties and Responsibilities

Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.

Plans and formulates aspects of research and development proposals such as objective or purpose of project, applications that can be used from findings, costs of project, and equipment and human resource requirements.

Oversees key projects, processes and performance reports, data and analysis. Plans documentation system.

Selects, develops, trains and supervises staff.

Develops, determines and implements policies, procedures and programs.

Selects correct design concepts and fundamental technology used for new products or improvement for existing ones.

Reviews and analyzes proposals submitted to determine if benefits derived and possible applications justify expenditures.

Approves and submits proposals considered feasible to management for consideration and allocation of funds or allocates funds from the department budget.

Develops and implements methods and procedures for monitoring projects such as preparation of records of expenditures and research findings, progress reports, and staff conferences to inform management of current status of each project.

Working with the manufacturing, operations and quality manager, reviews and monitors quality and process improvements and new product development.

Directs the review of production costs and product quality, and modifies production and inventory control programs to maintain and enhance profitable operation of division.

Reviews operations and plans to meet requirements for sales planning and to ascertain engineering requirements to develop new markets.

Directs preparation of accounting records for budgetary, production efficiency or other such purposes.

Recommends budgets to management, including staff use, technology, facility and equipment requirements or improvements.

Negotiates contracts with consulting firms to perform research or other applicable studies or support.

Directs appropriate support for manufacturing and quality functions within the organization.

#Little_PEng

LITTLE P.ENG. FOR ENGINEERS TRAINING / Engineering Consultant

0 notes

samanthachowiln3001 · 5 years ago

Text

Bruce Castle

Bruce Castle is a 16th century former manor house in Tottenham. Originally known as ‘Lordship House’, there has been such a building on or near this site since the early medieval period, although we do not know what it looked like. In 1254 part of the land belonged to the ‘de Bruce’ family of Scotland. In 1306 when Robert the Bruce became king of Scotland, the land he owned in England was taken back by the English Crown.

By 1514 the site was owned by Sir William Compton. He was a close friend of Henry VIII and held the highest position in the King’s court, as ‘Groom of the Bed Chamber’. Compton probably owned a simple courtyard house here. Some of the bricks from his house may survive in the present building. The Round Tower was built at this time, constructed of narrow red bricks, made from local clay. The main fabric of the tower is made up of original Tudor bricks. Its walls are three feet thick. Nearby, at the original Tottenham parish church of All Hallows, the Tudor porch has similar moulded or ‘castellated’ brick ornament. The original purpose of the Round Tower is unknown. Current belief is that it may have been used for falconry as a ‘hawks mews’ (a place to rear young birds for hunting). In 1705, the 2nd Lord Coleraine was writing about the history of Tottenham. Even he knew nothing about the tower, saying: ‘in respect of its great antiquity more than conveniency, I keep the old brick tower in good repair, although I am not able to discover the founder thereof’’.

In 1516, Henry VIII borrowed the manor house to meet his sister, Margaret, Queen of Scotland. There was another Royal visit in 1593, when Queen Elizabeth I came to see Sir William Compton’s grandson. At the end of the 1500s Bruce Castle was used as a refuge from the Plague.

By 1626 the house and land was owned by Hugh Hare, 1st Lord Coleraine (1606-1667). Hugh Hare died a sudden and painful death in 1667 by choking on a turkey bone! ‘... being at supper one night and talking merrily with some gentlemen of his acquaintance and having a turkey bone in his mouth, it was hard hap through extreme laughter to cause it to go down the wrong way which was ye the instrument of his death.’

Henry Hare, 2nd Lord Coleraine (1635-1708) inherited the house and moved in with his young wife Constantia Lucy. Great mystery surrounds Constantia’s life and death. The story goes that Henry grew tired of his wife and banished her to the top of the house. As their relationship worsened, he locked her in the small room under the clock. It is said that one night Constantia was so unhappy she jumped off the balcony killing herself and her child. There is no record of her burial in All Hallow Church’s parish registers, although they completely cover this period. It is said that Lady Constantia has become the ghost of Bruce Castle and can be seen at the window at night in November. The first written reference to the ghost was in the 'Tottenham & Edmonton Advertiser' in March 1858.

Henry Hare was responsible for a radical remodelling of the house between 1682 and 1684. This included the raising of the turret projections and the building of the clock tower above the porch. It seems that much of this work was prompted by Henry’s second marriage to the Duchess of Somerset, who was very rich and powerful. Henry was a keen historian and it is believed that he gave the building the name ‘Bruce Castle’.

The next owner of the house in 1708 was Henry’s grandson (another Henry) who added more rooms and the coat of arms, which remains on the North face of Bruce Castle. He stayed here on and off between his tours around Europe. He had a daughter called Henrietta Peregrina Rose but because she was born illegitimately and also as she was French, she could not inherit her father’s estate. After petitioning Parliament, an Act was passed in 1764 giving the estate to her husband James Townsend (1737-1787). James was an MP and also became Lord Mayor of London in 1773. He made many changes to the building; this included the parapet in front of the Tudor gables on the second floor, giving the building a fashionable Georgian look and changing the entrance to the East Wing. These changes cost a huge amount of money and eventually Bruce Castle was auctioned off. The building was then bought in 1804 by John Eardley Wilmot (c.1749-1815), a retired politician.

Eardley Wilmot became famous for helping American refugees who fled to England after the American War of Independence. He also became involved with the French refugees who were fleeing the French Revolution. After Eardley Wilmot’s death in 1815, Bruce Castle was purchased by John Ede and then in 1827 by the Hill Family.

The Hill family opened a pioneering private boarding school for boys. They built the Victorian wing (on the West side of the building, extending into the park) to house the school dormitories and an additional classroom. Rowland Hill was joint headmaster with his brother Arthur. As a progressive school, the Hills did not approve of corporal punishment and so teachers would never hit the boys when they behaved badly - which was very unusual at the time. It was a popular educational establishment and boys came from around the world to Bruce Castle School.

Charles Dickens visited the school several times, as did Charles Babbage (the originator of the digital computer). Babbage's sons attended the school.

Sir Rowland Hill (1795-1879), as he later became, left teaching and went on to work for the Post Office. He is famous for his postal reform work that included inventing the Penny Black postage stamp and the Penny Post system in 1840.

The school closed in 1891. Joshua Pedley, a local philanthropist, bought Bruce Castle and its grounds and persuaded the Tottenham Local Board to purchase it for public use. In 1892 the grounds were opened on 13 August as Tottenham's first public park. The building became Tottenham Museum, opening in 1906. During World War II the Museum was used as a clinic and for exhibitions about the war effort. There has also been a dentist at Bruce Castle.

Bruce Castle is now a Grade 1 listed building and houses the London Borough of Haringey’s archive and local history museum.

Said to have been haunted by the ghost of a woman who allegedly appears every 3 November. The ghost is thought to be Lady Coleraine. who was kept locked in a chamber within the castle by her husband:From the Tudor period onwards, Tottenham became a popular recreation and leisure destination for wealthy Londoners. Henry VIII is known to have visited Bruce Castle and also hunted in Tottenham Wood.

Believed to stand on the site of an earlier building, about which little is known, the current house is one of the oldest surviving English brick houses. It was remodelled in the 17th, 18th and 19th centuries.

Henry Hare (1635–1708) settled at the Lordship House, renaming it Bruce Castle in honour of the area's historic connection with the House of Bruce. Hare was a noted historian and author of the first history of Tottenham. He grew up at the Hare family house at Totteridge, and it is not known when he moved to Tottenham. At the time of the birth of his first child, Hugh, in 1668, the family were still living in Totteridge, while by the time of the death of his first wife Constantia, in 1680, the family were living in Bruce Castle. According to Hare, Constantia was buried in All Hallows Church in Tottenham. However, the parish register for the period is complete and makes no mention of her death or burial.

Following the death of Constantia, Hare married Sarah Alston. They had been engaged in 1661, but she had instead married John Seymour, 4th Duke of Somerset. There is evidence that during Sarah's marriage to Seymour and Hare's marriage to Constantia, a close relationship was sustained between them.

Although sources such as Pegram speculate that Constantia committed suicide in the face of a continued relationship between Hare and the Duchess of Somerset, little is known about her life and the circumstances of her early death, and her ghost reputedly haunts the castle.

The earliest recorded reference to the ghost appeared in 1858—almost two hundred years after her death—in the Tottenham & Edmonton Advertiser.

A lady of our acquaintance was introduced at a party to an Indian Officer who, hearing that she came from Tottenham, eagerly asked if she had seen the Ghostly Lady of Bruce Castle. Some years before he had been told the following story by a brother officer when encamped on a march in India. One of the Lords Coleraine had married a beautiful lady and while she was yet in her youth had been seized with a violent hatred against her—whether from jealousy or not is not known. He first confined her to the upper part of the house and subsequently still more closely to the little rooms of the clock turret. These rooms looked on the balconies: the lady one night succeeded in forcing her way out and flung herself with child in arms from the parapet. The wild despairing shriek aroused the household only to find her and her infant in death's clutches below. Every year as the fearful night comes round (it is in November) the wild form can be seen as she stood on the fatal parapet, and her despairing cry is heard floating away on the autumnal blast.

The legend has now been largely forgotten, and there have been no reported sightings of the ghost in recent times. The grounds of Bruce Castle, now a public park

Bruce Castle (formerly the Lordship House) is a Grade I listed 16th-century manor house, named after the House of Bruce who formerly owned the land on which it is built. Believed to stand on the site of an earlier building, about which little is known, the current house is one of the oldest surviving English brick houses. It was remodelled in the 17th, 18th and 19th centuries. Bruce Castle is now a museum, holding the archives of the London Borough of Haringey, and housing a permanent exhibition on the past, present and future of Haringey and its predecessor boroughs, and temporary displays on the history of the area.

The ghost of Lady Coleraine, who was held against her will by her cruel husband in the late 1600’s, supposedly haunts Bruce Castle. Initially, he confined her to the upper part of the house and then the little rooms of the clock turret that looked onto the balconies. One November night, she succeeded in forcing her escape and threw herself with their child in her arms from the parapet. Every November 3rd, it is claimed that the apparition of Lady Coleraine re-enacts the scene and her anguished cry is heard.

There has been a murder. Well, there was a murder. At Bruce Castle…in the 1600s. Lady Constantina Lucy, the Lady of the castle, threw herself from the top of the castle – with her son – way back when. Apparently because her husband was a real piece of work who kept her locked away. Rumour has it you can still see the ghostly visage of Lady Lucy staring pensively from the castle’s balcony. Perhaps questioning her actions. Or perhaps…perhaps, she doesn’t even remember. No reports of her son though. We imagine he’d have a few choice words for his mother given the gruesome circumstances of his demise. Bruce Castle still stands in merry Tottenham, if you dare venture forth to see the spirit. Or the Museum, which it has now become.

Bibliography:

www.haringey.gov.uk. (n.d.). About Bruce Castle | Haringey Council. [online] Available at: https://www.haringey.gov.uk/libraries-sport-and-leisure/culture-and-entertainment/visiting-haringey/bruce-castle-museum/about-bruce-castle [Accessed 20 Nov. 2020].

www.facebook.com. (n.d.). Haunted History. [online] Available at: https://www.facebook.com/historyhaunted/posts/history-haunting-ofbruce-castle-museum-tottenham-north-londonsaid-to-have-been-h/1220829554609789/ [Accessed 20 Nov. 2020].

‌

0 notes

audio-luddite · 7 years ago

Text

Number 1

AUDIOFILE

I have a nice stereo. I do not have one of those systems that cost more than a car or even a house. Still I think it is pretty damn good. If my house burned down I could probably replace the main parts of it for less than $8000.00. The LPs though, that would take a lot of time and a lot of money. I have some pretty good ones.

Back Story:

This will take a while.

Let’s set the wayback machine to a time when everyone knew what a wayback machine was. I entered the engineering program at a big eastern US university in 1973. I had some cash and I wanted a stereo in my dorm, as that was a good thing to have. The year before my brother and I travelled to NYC to buy exotic bipolar power transistors that went into an amplifier design out of a magazine. They were about 60 Watts per channel. We each built one. Frankly I do not remember what kind of preamplifier I had. We probably built that too. I had built some big ass speakers with a lovely 12” die cast aluminum frame woofer in a two way system. It got loud. I thought it sounded fine.

The only “factory” components I had was a Dual Turntable and a Shure phono cartridge I think it was an M95. That system lasted two years before I caught the bug or curse as the case may be. In the second year my amplifier was sick. Whenever my roommate played Queen it went crazy and demonstrated what I now know as thermal runaway. Only Queen had this effect for some reason. I did not like Queen.

Over the next summer I bought and built a Dynaco 400 Amp and a Dynaco Pat 5 preamp kit. I also made a friend who turned out to be even weirder with more money who bought a Harmon Kardon Citation 11 and 12 with a really nice Sony Turntable with an SME arm. He had these speakers called Advents that some guy in Boston was selling to raise money to build a big TV.

The two of us got a subscription to a sort of underground magazine called the Absolute Sound. It eschewed advertising as that was corrupting and yet somehow convinced serious manufacturers to loan them equipment. When they managed to get an issue out we devoured it. We also managed to visit stores that actually had much of the equipment they listed as good stuff. We heard almost everything on their lists.

My friend got tired of his Sony Turntable and I bought it from him and I sold my Dual. He kept his SME arm and I do not remember what he did with it. I bought a Grace 707 tone arm and a Sure V15 cartridge as that was considered really good if you tweaked it a bit. It was so tweaked.

I remember he went from the Sony to a HK ST7 turntable. It had pretty lights. Then he went off the reservation and got a Transcriptor Skeleton Turntable. I think he managed to get the SME arm on it as the funky transcriptor arm was a recognized PITA. He had a part time job at a stereo shop and could order stuff wholesale.

He also sold me his old Advents which were wrapped in vinyl phony wood stuff and bought a pair of Advents that were covered in real wood.

He also traded his Citation 11 for an exotic tube thing called an AR SP3. He later sent it to the factory to have it upgraded to SP3 a1 status.

At that point I had his old Sony 2251la turntable, Grace 707 arm with a Sure V15, playing into a PAT 5 preamplifier and a Dynaco 400 amplifier feeding into a pair of Advents.

All that should tell you that for a couple of college students we had some pretty good stuff. It should also tell you I have no fear of cracking open a case and messing with things. When Dynaco upgraded the PAT5 to better OP Amps I got a set and soldered them in.

A very strange Grad-student with an all tube system would visit and offer restrained praise of our systems. About mine he said it was really good for a transistor system.

As all good things had to come to an end I graduated and had to move far away. I sold almost my whole system to another guy keeping only my LPs and my turntable. I still have that turntable that arm but not the Sure V15.

When I arrived at my new home and job in the Frozen North (Edmonton Alberta Canada) I had no tunes. Once paycheques started I got some stuff. I bought a preamp and I do not remember what kind of amplifier or maybe I did not have one, but I had a project. I was building electrostatic loudspeakers. Big ones too. For those I bought a pair of Dynaco Mk3 tube amps. I almost killed myself with high voltage building the speaker power supply. The palm of my hand got charred by being too friendly with some capacitors while they were “hot”.

Interestingly these big ass electrostatic speakers 4 ft square per channel worked! The bass was less than great so I built a 15” subwoofer and some other bits. I lived with my cousin and this crazy setup took a lot of space up and sounded impressive if not actually good. For the record I now think electrostatics have more problems than benefits.

I saw an ad for somebody who was selling a Transcriptors Skeleton Turntable and as one of the few people who knew what that was in the Northern Alberta I grabbed it. You cannot overstate how cool that thing looks. I still have that too, though I may sell it soon. The Stock arm got broken. I think alcohol was involved. I still have the parts. I modified the Transcriptors to fit another Grace 707 arm which was tricky as the bitch was heavier than the stock one and I had to rebalance the whole thing with ballast.

At this point things get fuzzy. I tired of the big electrostatic speakers and I think I built some small more wife friendly things as I had acquired a wife. Powered by the pair of MK3s it was pretty good. I had tweaked my preamp power supply with bigger caps and it got better. Then one day in a shop I found an orphan Audio Research SP12 for sale. All tubes 6DJ8s instead of 12ax7s. Somewhere along here I had built a copy of the SP3a1 from the circuit diagram on a breadboard and found 12ax7s to be PITAs as well. So that was my system for a while. All glowing warn lovely tubes.

The next step was newer bigger speakers. I had a design idea and paid a wood worker to make me some boxes. They were fairly big towers with a biamped woofer thing and went down to seismic bass and the treble was way past what I could hear as a young man. Those were still fed by the MK3s and a midsize transistor amp for the woofers.

Thing is the MK3s though really good are tube amps and those tubes were getting bloody expensive. So I went backwards. Dynaco was out of business. I found a company that had bought all their stock and I ordered a black box 400 kit and a few extra parts to build something special.

What I built was a black box Dynaco 416 with two power supplies and some really nice film bridging capacitors. I tweaked the mother while I was building it. No magic smoke when I turned it on. It was wonderful. I did another silly thing by adding an outboard power supply capacitor bank. Actually a pair as each channel was separate. Do you know how big 1 farad is at 74 volts? Unplug the bugger and it plays loud for a long time. Not being silly under normal operation it just made the beast remarkably quiet and potent.

I made a diversion to surround sound and 7.1 channel movies for a while. My black box and tube preamp went in the crawlspace. I sold the MK3s for a decent price. If you wanted to listen to records you needed the programmable remote. Life was getting complicated.

The old SP12 came out of the crawlspace with a nasty hum. I replaced a failed big PS capacitor with larger value but physically smaller caps and it worked fine. I dragged out the 416. I needed new speakers. The big guns were tied up in the surround system.

Actually what got me going was an ad on craigslist. I found some Advents and thought about going back in time. I also saw an ad for a speaker called Sonabs. I remembered hearing them 40 years ago and liking them. They were gone before I got in touch with the guy. I read up on them and decided to build some like it. I really liked the theory behind them. Simple and very restrained in a Nordic sort of way. The drivers you can buy today are really good and the crossover parts are really very very good now. They have computer programs to lock down optimum millihenries and microfarads based on the impedance curve of the drivers. So I used those.

The idea behind these things is to put the speaker drivers as close to the wall as possible to minimize reflections. It is a good idea, the sound I get out of them is very clear and uncluttered. Spooky actually.

So over the last few months that is what I have been playing with. I set up the Sony / Grace table and it has been a lot of fun. The Black Dynaco lurks in the corner and things are good. You push a few buttons and the thing turns on and music is available. No remotes required.

One of the really fun things is the cartridge on the Sony. I have a Signets TK7e and loved it 20 years ago. I found a replacement stylus and it still works. The thing responds to 45 khz. That is insane. I do not think any current cartridge is comparable. It was designed for 4 channel sound that used an ultrasonic carrier. Interesting the Grace 707 was also intended for 4 channel sound. They work very well together.

So take it as reasonable that I do have a serious and good home stereo system. I have more than a passing technical appreciation of electronics, but I am not a repair technician.

Then the fun really starts.

Set the reference frame to now. I am trying to reason out the basic issue of quality in audio.

Why do things sound different? Why does equipment have a unique voice?

One of the fundamental mathematical ideas behind low distortion is to have a given device respond to frequencies double or better than you want to recreate. So if a tweeter can go to 40 khz it has no trouble with 20khz. Same thing for that Signet it can do 45 khz so 22khz is easy. My latest preamp is rated to 100 khz so it really has no problem with audio frequencies. This should mean that normal frequencies are handled with respectably low distortion.

If signals are so accurate and distortion is very low should not all “good” equipment sound the same? The audiophile cohorts at this point lean back and say of course not. So let’s restate it as “If signals are so accurate and distortion is very low, why does all “good” equipment not sound the same?” It really should you know.

Both of my preamps are both earlier 1980’s vintage. One is the Venerable AR SP12 the other is an SAE Mk 30. Both list distortion as a tiny percentage of the signal. In db terms way down under -70 db. That should be effectively inaudible. Yet they sound very different. Taking it a bit weirder swapping different tubes out makes the SP12 sound different from itself though the distortion should still be low. That should not be.

People familiar with Audio Research products will know that they built a machine called an SP11 which is still regarded as a wonderful device and much sought after. The innovation of that design was using 6DJ8 tubes which are radio frequency capable and just much better than the venerable 12AX7 tubes. The SP12 was apparently a less expensive version of the SP11 using a much simpler power supply and I think one fewer tubes in one section. It still measured impressively so it is not trash. The design came out of the same very capable brains. It was a business decision.

The thing with Audio Research Fans is they think every subsequent model must surpass the previous or it is a failure. Even so that SP3a1 my friend had was once considered “a straight wire with gain” until it was later proved to be very coloured and muddy. The SP 12 is probably much better than the SP3 but is not worth near as much. I saw a recent sale of an SP3 for $3000.00 and for an SP12 for $500.00.

So why do they sound different? There is no point in picking which is better as it is like saying blue is better than green. A difference in frequency response would be measured and actually the SP 12 has a much more accurate RIAA phono curve than the SP3a1. In the high level section they both show a damn flat plot. Distortion is very low.

One of the most informative experiences I had with Audio was many years ago. I was reading a high end magazine extolling the virtue of a really expensive interconnect wire between a very expensive CD player and a similarly very expensive preamplifier. The reviewer said that only with this particular interconnect cable could he hear this particular very subtle sound on this particular CD. I had that CD, and I had heard that sound.

This was years ago. I am not sure what the full equipment set I had then was, but I had a “cheap” Philips CD deck. The cost of that deck, and my preamp would have been less than this wire. I could hear the sound he described. First Track Cowboy Junkies Trinity Session, down to the left a metallic rattle. There is also audile air rushing from a vent. So it was not the wire itself it was how this wire interacted with his equipment. (Good album) Most important I could hear it clearly without that stuff.

There I learned that good and better depend on a lot of things. Later I learned that many high end designers cannot afford extensive testing of certain things. The commercial demands are severe to get stuff out quickly. Some circuits will react badly to inductive and capacitive reactive loads. That can make them freak out. Fancy wires are both capacitive and inductive so get the wrong mix of parameters with a given machine and the reaction to those changes the sound or may even let out the magic smoke.

The best I can come up with is speculation. There is a famous Bet made by Mr Bob Carver that he could make one of his relatively inexpensive amplifiers sound EXACTLY like any amplifier a group of golden eared critics chose. He then proceeded to do just that. What he did was run a music signal through a channel of the target amp and inverted through his amp. If they were perfect the signal would completely cancel. At first they did not cancel indicating that there was a difference in how they sounded. Then he tweaked his machine until it did cancel. Once that was done, the two machines sounded indistinguishable. You could say he “voiced” his amplifier. I believe they still measured very low distortion. Very low distortion combined with a particular sound. Vellly interesting!

Subsequently he built a mad, cost no object all tube monster amplifier then produced a product line of smaller transistor amps voiced to sound just like it. This is very clever for business and not supportive of the idea of ultimate sonic goodness.

What must be happening is subtle interference, reactions and resonances inside the circuits. Sometimes there must be reactions between different devices entirely. Given a complex signal complex stuff happens and it comes out different if there are different components arranged differently. Neither is right or wrong, just different. We are noticing different voicings perhaps deliberate perhaps accidental. If you like something more than the other it is then better for you. So it ends up a personal choice.

Sometimes I hear something I had not heard before. I have many albums I have heard many times. A few nights ago I played a Philips recording of Stravinsky’s Firebird and a particular oboe part jumped out at me. I have heard that part many times before, but now there was something about it. I could tell it was made by a wooden instrument. It felt dimensional I could hear the wall behind it. Why? Some previously interfering sound was gone is the best I can come up with.

The real problem was the turntable was the same, the amplifier was the same the preamp and speakers not the same at all. Was the preamp clearer and more accurate? Maybe, it’s pretty good. Are the speakers clearer and more accurate? Was it an interaction between the two? Probably it was all of those things to some degree.

In this particular case I think the “new” things I am hearing are due to the speakers. My amplifier is really very clean. I assume the preamp is. My speakers are derived from the Sonab design from 40 years ago. The intent is to minimize wall reflections by keeping the drivers close to the wall and away from major reflective surfaces. I think that idea works very well.

I think a lot of very respected speakers are not really that good because they react badly with the room surfaces. Sounds get to your ears that are not on the recording based on the design and placement of speakers in the room and furniture for that matter. If sound waves that are not on the recording are audible then that is wrong. Maybe that’s why people like headphones so much. Dipoles are the worst for it. (My Electrostatics were dipoles.) Box speakers set far from a wall are bad too. If they sound “good” then these interactions must be compensating for a flaw in the voicing. Large panel speakers like electrostatics and Magnepans couple well to the air in a room and that gives the impression of presence and immediacy. That is actually good device-to-room impedance matching as large surfaces couple to the air better. Yet you will be hearing sounds that are not on the recording. Perhaps it is better to say they were not in the recording in the place and time that you hear them in.

To a certain degree you can get pretty close to honest and true sounds coming out of these machines. A powerful amplifier pumping many Watts into a little box is very persuasive. If it produces linear power, which almost any amplifier will, you can depend on it getting out into the room. The only limit is the frequency range of the speaker.

According to the charts of the components and the formulas for calculations I used, my speakers should respond from 30ish Hertz to over 40khz. The bass sounds good and is much dependent on the recording. My high frequency hearing is gone with the years but I still can appreciate the tiny metallic character of cymbals on a drum kit or bells or a lonely triangle in the back of an orchestra. I have an FFT analyser on my tablet and it shows some response over 18 khz on some records. I will not vouch for the frequency response of my tablet, but if something is there it is there.

So with respect to the room my little speakers work well. I know that they have a voice, but it is subtle. Another visit with the wayback machine is illustrative.

Does anyone remember the Fulton J Modular speaker? It was a behemoth and for a time at the top of the “good stuff” list. I heard it and was really impressed. My college friend bought a piece of one. The Modular moniker referred to it being built up from 3 pieces. There was a refrigerator sized base that had some number of woofer drivers a small box speaker midrange and an electrostatic tweeter array.

The piece in question is the Fulton FMI 80. In the day it was well thought of. It was responsible for all the middle frequencies of the unit, and those are where most of the important information is. You can see reviews of it in the archives of Stereophile magazine. They liked it. It was small and plain and you know it sounded great with chamber music and acoustic guitar and many instruments that had wood sound boxes. When he got his he kept the Advents, keeping them in my dorm room to keep my pair company so for a time I ran what were called double Advents. A certain magazine liked that arrangement. My room was the main listening place and we puzzled over the FMI 80s. They were good and not good depending on the material. Actually it was all about the material.

So being curious we brought the little guys into my room, and fiddled. String quartets were great, Fleetwood Mac not. We knew some musicians and invited their opinion. They liked them for acoustic instruments with strings and some woodwinds. Horns and such not really good at all.

I was sitting between them (it was a small room) and I noticed the sound coming off the side of the box. Revelation it was. I knocked the side of the box with my knuckle the box was made from thin wood. When you played certain instruments the box resonated and made the sound more “real” and alive, but that is not right. You should hit the box of almost any speaker and get a dull thud at most. These highly respected speakers had a definite voice. If the recording was woody it made it sound more woody.

We also opened one up and found the crossover circuit was a single rather cheap electrolytic capacitor. This was an educational experience. Well that is what college is for is it not? He sold them for what he paid for them and took his Advents back. Here is an example of a great respected behemoth speaker with a flawed heart. Respected reviewers were fooled, or perhaps charmed by the seductive flaws.

I wish there were definitive objective tests we could use. Then we could depend on getting things that are actually better. I will continue to play in this field. I mess with my equipment to keep it in the zone and listen to music. That is what it is really all about.

In the mean while it stays interesting.

#SAE mark 30 #Audio Research SP 12 #Dynaco 416 #one Farad

0 notes

tech4servicesltd · 3 months ago

Text

Top-Rated PC, Laptop & MacBook Repair Services in Edmonton North & South

When your computer slows down, crashes, or refuses to boot up, it can be more than just frustrating — it can disrupt your productivity, business operations, and personal life. If you’re looking for a trusted PC repair shop in Edmonton North, Tech4Service offers reliable, fast, and expert solutions for all your computer problems.

Expert PC Repair Shop — Edmonton North

Tech4Service is the go-to PC repair shop in Edmonton North, offering professional diagnostics and repairs for desktops and workstations. Whether you’re facing hardware malfunctions, software issues, or system crashes, the experienced technicians ensure a quick turnaround with high-quality results. Explore PC repair services

Trusted Computer Repairing — Edmonton North

Need urgent computer repairing in Edmonton North? Tech4Service provides on-site and remote support to fix your issues quickly. From virus removal and data recovery to system upgrades and network troubleshooting, their team covers everything. Check out their comprehensive repair services here.

Reliable Laptop Repairing — Edmonton North

Laptops are essential for daily business and personal tasks. If your laptop is overheating, experiencing screen issues, or running slow, visit Tech4Service for professional laptop repairing in Edmonton North. Their certified technicians handle all major brands including HP, Dell, Lenovo, and more. Learn more about laptop repair.

Affordable Computer Repairing Shop — Edmonton North

As a reputable computer repairing shop in Edmonton North, Tech4Service prides itself on delivering transparent pricing and honest advice. Customers consistently praise the knowledgeable staff and efficient repair process. For affordable and dependable service, visit their repair shop.

Professional MacBook Repairing — Edmonton North

Apple users often struggle to find reliable MacBook repairing in Edmonton North. Tech4Service specializes in Apple devices, offering repairs for MacBooks, iMacs, and more. Whether it’s a broken display, keyboard issue, or battery replacement, their Apple-certified technicians provide expert care. Check their Mac repair page.

Best Computer Repair — Edmonton North

When searching for the best computer repair in Edmonton North, look no further than Tech4Service. They combine industry-leading expertise with personalized customer service, ensuring your devices are repaired right the first time. Their Google reviews reflect their reputation for excellence. See for yourself.

Best Laptop Repair — Edmonton North

Tech4Service continues to rank as the best laptop repair shop in Edmonton North. Whether it’s for a broken hinge, water damage, or slow performance, they diagnose and fix issues quickly to minimize downtime. Get laptop repair help now.

Best Computer Repairing Shop — Edmonton South

If you’re in Edmonton South, Tech4Service also operates as the best computer repairing shop in Edmonton South. With the same high standards and customer-first approach, you can expect quick and reliable repair services. Check Edmonton South services.

Best MacBook Repairing — Edmonton South

For Mac users in the South end of the city, Tech4Service offers premium MacBook repairing in Edmonton South. From macOS issues to hardware replacements, their specialists provide solutions that extend your device’s lifespan. Explore MacBook services.

Find a Trusted Computer Repair Shop Near You

Stop searching for a “computer repair shop near me” — Tech4Service has multiple locations across Edmonton, providing fast and affordable repairs near you. With both Edmonton North and Edmonton South coverage, you’re never far from expert help. Visit the nearest shop.

Why Choose Tech4Service?

Certified Technicians for Windows and Apple products

Same-Day Repairs for many common issues

Competitive Pricing with no hidden costs

On-Site & Remote Services for convenience

Excellent Reviews and trusted by hundreds of local clients

Don’t let a broken computer slow you down. Whether you’re in North or South Edmonton, Tech4Service is your reliable partner for all PC, laptop, and MacBook repairs.

#Pc Repair Shop Edmonton North #Computer Repairing Edmonton North #Laptop Repairing Edmonton North #Computer Repairing Shop Edmonton North #Macbook Repairing Edmonton North #Best Computer Repair Edmonton North #Best Laptop Repair Edmonton North #Best Computer Repairing Shop Edmonton South #Best Macbook Repairing Edmonton South #Computer Repair Shop Near Me

0 notes

tech4servicesltd · 3 months ago

Text

Reliable & Affordable Computer and Laptop Repair in Edmonton – North & South Locations Covered

When your device breaks down or starts acting up, it’s more than just an inconvenience — it can disrupt your work, studies, and personal life. Whether you’re searching for the best laptop repair in Edmonton North, the best computer repairing shop in Edmonton South, or a trustworthy MacBook repair service, Tech4Service is your go-to solution. With multiple service locations and years of experience, we make device repair fast, reliable, and stress-free.

Best Laptop Repair in Edmonton North

If you’re located in Edmonton North and looking for dependable laptop repair services, Tech4Service is a name you can trust. We specialize in repairing all laptop brands, including HP, Dell, Lenovo, Acer, ASUS, and Apple. Whether your issue is a cracked screen, unresponsive keyboard, battery failure, or a virus infection, our technicians provide quick, affordable, and expert laptop repair.

We understand that your time is valuable. That’s why we offer same-day diagnostics and transparent pricing so you know exactly what to expect. Don’t let a faulty laptop slow you down — get it repaired by professionals who care.

Learn more about our laptop repair services

Best Computer Repairing Shop in Edmonton South

Tech4Service also proudly serves customers in Edmonton South with top-rated computer repair services. Our South Edmonton shop is equipped to handle everything from hardware failures and operating system issues to custom PC builds and upgrades. We pride ourselves on being the best computer repairing shop in Edmonton South thanks to our skilled team, fast service, and excellent customer reviews.

We repair all types of computers:

Desktop PCs

All-in-One systems

Custom gaming rigs

Office computers

Need help at your home or business? We also offer on-site and remote support options.

Explore our full range of computer repair services

Best MacBook Repairing in Edmonton South

Apple devices are known for their sleek design and performance — but when they need repairs, they require specialists. At Tech4Service, we provide professional MacBook repair in Edmonton South, covering everything from screen replacements and battery issues to complex logic board repairs.

Whether you have a MacBook Air, MacBook Pro, or an older model, our Apple-certified technicians use high-quality parts and follow industry best practices to restore your device to peak condition.

Services include:

macOS troubleshooting

Screen and keyboard replacement

Charging port and power issues

Water damage repair