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Engineering minds never stop evolving
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Why Choose Us

Smart Skills. Global Degrees. Real Impact.

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Why Choose Us

Smart Skills. Global Degrees. Real Impact.

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Recommended Universities For You

Universities With Highest Acceptance Rates

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Aberystwyth University

Aberystwyth University, with a ~94% acceptance rate, offers engineering programs focused on practical, industry-aligned learning. As one of the UK’s most accessible universities, it’s ideal for aspirants seeking quality education and better admission chances.

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Harper Adams University

Harper Adams University, with a ~96% acceptance rate, specializes in engineering fields like agricultural and environmental engineering. Known for practical, real-world learning, it's a top choice for students seeking hands-on technical education with a very high chance of admission. .

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University of Lincoln

ChatGPT said: The University of Lincoln, with an acceptance rate of approximately 90%, is an accessible UK institution offering strong engineering programs in mechanical, civil, and electronic disciplines.

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Universities With The Highest Scholarhships

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University of Cambridge

The University of Cambridge offers 400+ annual scholarships via the Cambridge Trust, covering tuition and living/travel costs. Engineering postgraduates may receive up to £13,500 through the Lloyd’s Register Educational Trust. Awards are highly competitive and prestigious.

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Oxford University

The University of Oxford offers Clarendon Fund Scholarships covering full tuition and living costs for engineering graduates, and Reach Oxford Scholarships for undergraduates from developing countries, offering full financial support. These awards are highly competitive and renowned.

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Imperial College London

Imperial College London offers President’s PhD Scholarships covering full tuition, living, and research costs for engineering students, along with undergraduate bursaries up to £5,000/year. These merit-based awards support top-performing students in STEM fields with generous funding.

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Universities Without IELTS or Other Exams

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University of Warwick

University of Warwick accepts students with prior English-medium education or scores from alternative tests like TOEFL, Duolingo, or LangCert. IELTS is often waived for scholarship applicants, including competitive awards like the Chancellor’s Scholarship.

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University of Bristol

University of Bristol waives IELTS for students who have completed previous education in English or who submit English subject grades from high school that meet their criteria. Additional assessments are rarely needed for such students.

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University of Birmingham

University of Birmingham accepts proof of English-medium instruction, high school English results, or conducts online interviews in place of IELTS. Alternative English tests like PTE or TOEFL are also recognized.

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Why Choose Us

Smart Skills. Global Degrees. Real Impact.

Top Engineering Skills In Demand (Employment Rate)

Data Analytics & Machine Learning

90%

CAD & Product Lifecycle

85%

Systems Design & Simulation

88%

Project & Site Management

79%

VLSI Design & Embedded Systems

89%

Process Optimization & Compliance

75%
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25k+

Years Of Experience

Know More About Engineering Specializations

Mechanical Engineering

01.
Thermodynamics: Core of Motion
Harness energy through heat systems to power engines and turbines. Master energy conversion for real-world applications like automotive and aerospace.
02.
CAD Design: Precision in Practice
Use software like SolidWorks and AutoCAD for designing complex parts. Turn concepts into detailed blueprints used in manufacturing and simulation.
03.
Manufacturing Processes
Learn machining, casting, 3D printing, and automation techniques. Understand how real products are built from raw material to market-ready.
04.
Robotics: The Future, Assembled
Build mechanical arms, AI robots, and automated systems. Integrate mechanics, electronics, and coding to solve real problems.

Computer Science Engineering

01.
Speak the Language of Machines
Master coding in Python, Java, C++, and more. Build applications, automate workflows, and create digital tools.
02.
Organize the Digital World
Understand trees, stacks, graphs, and queues for efficient coding. Essential for building scalable software and high-speed applications.
03.
Smater Solutions with ML/AI
Design AI that learns from data to make predictions or decisions. Used in recommendation systems, fintech, healthcare, and beyond.
04.
Defend the Digital Frontier
Protect networks and systems from cyber threats. Master encryption, ethical hacking, and digital forensics.

Electrical Engineering

01.
Power Begins Here
Design and analyze circuits that power devices big and small. Learn voltage, resistance, and current flow fundamentals.
02.
Make Sense of Noise
Convert, analyze, and optimize signals — from audio to radar. Used in communication, biomedical, and multimedia applications.
03.
Energy for Everyone
Design transmission and distribution networks for cities. Study how to integrate solar, wind, and traditional power sources.
04.
Smart Tech Inside
Program microcontrollers for smart gadgets, from wearables to cars. Connect software with real-world electronics.

Civil Engineering

01.
Build to Endure
Ensure buildings and bridges can withstand stress and natural forces. Apply mathematics and materials science for safety and stability.
02.
Strength from the Soil
Analyze soil, rock, and groundwater to design safe foundations. Crucial for tunnels, dams, and skyscrapers.
03.
Moving the Masses
Design roads, metros, and airports for optimal flow. Plan sustainable, efficient transportation for urban futures.
04.
Build Better, Faster
Coordinate teams, budgets, and timelines on engineering projects. Balance safety, cost, and quality control effectively.

Electronics & Communication Engineering

01.
Logic in Action
Design logic gates, multiplexers, and microchips. Essential for computers, smartphones, and IoT.
02.
Signal to World
Build systems for Wi-Fi, 5G, satellite, and fiber optics. Connect the world through high-speed, reliable networks.
03.
Smaller, Smarter Chips
Design miniaturized chips with millions of transistors. Used in smartphones, medical devices, and AI systems.
04.
IoT Systems: Everything Connected
Create smart homes, wearables, and connected cars. Combine sensors, networks, and cloud for real-time control.

Mechanical Engineering

01.
Thermodynamics: Core of Motion
Harness energy through heat systems to power engines and turbines. Master energy conversion for real-world applications like automotive and aerospace.
02.
CAD Design: Precision in Practice
Use software like SolidWorks and AutoCAD for designing complex parts. Turn concepts into detailed blueprints used in manufacturing and simulation.
03.
Manufacturing Processes
Learn machining, casting, 3D printing, and automation techniques. Understand how real products are built from raw material to market-ready.
04.
Robotics: The Future, Assembled
Build mechanical arms, AI robots, and automated systems. Integrate mechanics, electronics, and coding to solve real problems.

Mechanical Engineering

01.
Thermodynamics: Core of Motion
Harness energy through heat systems to power engines and turbines. Master energy conversion for real-world applications like automotive and aerospace.
02.
CAD Design: Precision in Practice
Use software like SolidWorks and AutoCAD for designing complex parts. Turn concepts into detailed blueprints used in manufacturing and simulation.
03.
Manufacturing Processes
Learn machining, casting, 3D printing, and automation techniques. Understand how real products are built from raw material to market-ready.
04.
Robotics: The Future, Assembled
Build mechanical arms, AI robots, and automated systems. Integrate mechanics, electronics, and coding to solve real problems.

Mechanical Engineering

01.
Thermodynamics: Core of Motion
Harness energy through heat systems to power engines and turbines. Master energy conversion for real-world applications like automotive and aerospace.
02.
CAD Design: Precision in Practice
Use software like SolidWorks and AutoCAD for designing complex parts. Turn concepts into detailed blueprints used in manufacturing and simulation.
03.
Manufacturing Processes
Learn machining, casting, 3D printing, and automation techniques. Understand how real products are built from raw material to market-ready.
04.
Robotics: The Future, Assembled
Build mechanical arms, AI robots, and automated systems. Integrate mechanics, electronics, and coding to solve real problems.

Mechanical Engineering

01.
Thermodynamics: Core of Motion
Harness energy through heat systems to power engines and turbines. Master energy conversion for real-world applications like automotive and aerospace.
02.
CAD Design: Precision in Practice
Use software like SolidWorks and AutoCAD for designing complex parts. Turn concepts into detailed blueprints used in manufacturing and simulation.
03.
Manufacturing Processes
Learn machining, casting, 3D printing, and automation techniques. Understand how real products are built from raw material to market-ready.
04.
Robotics: The Future, Assembled
Build mechanical arms, AI robots, and automated systems. Integrate mechanics, electronics, and coding to solve real problems.

Mechanical Engineering

01.
Thermodynamics: Core of Motion
Harness energy through heat systems to power engines and turbines. Master energy conversion for real-world applications like automotive and aerospace.
02.
CAD Design: Precision in Practice
Use software like SolidWorks and AutoCAD for designing complex parts. Turn concepts into detailed blueprints used in manufacturing and simulation.
03.
Manufacturing Processes
Learn machining, casting, 3D printing, and automation techniques. Understand how real products are built from raw material to market-ready.
04.
Robotics: The Future, Assembled
Build mechanical arms, AI robots, and automated systems. Integrate mechanics, electronics, and coding to solve real problems.
Testimonials

Specialize in a wide range of flooring solutions.

“Cubic Flooring & Tiling turned my house into a dream home. Their attention to detail and the precision in their work is unparalleled. I’m constantly getting compliments on my new floors.”

Evie Morgan
Eletrical Engineering, University of Oxford
(4.9 / 5.0)
4.9/5

“We’ve worked with various flooring and tiling services, but Cubic is exceptional. Their professionalism and commitment to excellence have made our renovation a success.”

Waylon Nelson
Embedded Systems Engineer, Imperial College of London
(4.8 / 5.0)
4.8/5

“Cubic is more than a tiling service; they are artists. Their ability to take our ideas and turn them into stunning tile designs is impressive. Their work has added a touch of elegance to our restaurant.”

Daniel Watkins
Doctorate in Material Science & Engineering, Cambridge University
(5.0 / 5.0)
5/5
Frequently asked questions

Find answers to commonly asked questions.

We provide a comprehensive range of flooring and tiling services, including hardwood flooring installation, tile installation, carpeting, vinyl flooring, laminate flooring, and floor repairs.

We provide a comprehensive range of flooring and tiling services, including hardwood flooring installation, tile installation, carpeting, vinyl flooring, laminate flooring, and floor repairs.

We provide a comprehensive range of flooring and tiling services, including hardwood flooring installation, tile installation, carpeting, vinyl flooring, laminate flooring, and floor repairs.

We provide a comprehensive range of flooring and tiling services, including hardwood flooring installation, tile installation, carpeting, vinyl flooring, laminate flooring, and floor repairs.

We provide a comprehensive range of flooring and tiling services, including hardwood flooring installation, tile installation, carpeting, vinyl flooring, laminate flooring, and floor repairs.

Why Choose Us

Smart Skills. Global Degrees. Real Impact.

Click here

Team Details

Alex Julian

Electrician

Alex Julian is a licensed electrician with over 10 years of experience in the electrical industry. He is highly skilled in residential and commercial wiring, industrial installations, and maintenance.

Personal Skills

As an electrician, there are a number of personal skills that are important for success in the field. These skills include: Attention to detail: Electricians must be able to work with precision and pay close attention to detail in order to ensure that electrical systems are installed and maintained safely and accurately.

Waring & Installation

92%

Maintenance

96%

Repairing & Testing

85%

Working Experience

Electricians typically gain experience through a combination of on-the-job training and formal education. They may start out as apprentices, working under the supervision of experienced electricians to learn the trade and gain practical experience. During this time, they may learn how to install electrical systems.

  • Home Maintenance
  • Energy Efficiency
  • Blueprint Reading
  • Leakage Detection
  • Wiring and Installation
  • Electrical Safety
  • Troubleshooting

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