Why Engineering? Let Us Tell You.

Here is a number worth knowing, according to one of our Partner Universities ( University of Lancashire): £65,000 is the median annual salary for a chartered engineer in the United Kingdom within a decade of graduating. Here is another: £120,000 and above, which is not unusual for aeronautical engineers with five years of experience at companies such as Rolls-Royce, Airbus, or BAE Systems.

 

At Bridge House College, we have always believed that a career should be about more than a salary. Engineering is about looking out of the window of an aircraft at 35,000 feet and understanding, somewhere in the back of your mind, that the wing you are staring at was designed by someone who once sat exactly where you are sitting now, a student, wondering what to do with their future. Engineers build the world around us; from roads and bridges that connect communities, to satellites orbiting overhead, even hospitals that keep us healthy, and clean energy systems that will power the next century, all of it began as someone’s problem to solve. 

 

” BHC students have gone on to study engineering at Imperial College London, the University of Manchester, Georgia Tech, the University of Toronto, University of British Columbia and MIT, among many others. This guide is your roadmap to joining them.” Eniola Folawewo– Head of Counselling and University Placement

 

If you are currently studying at Bridge House College, or considering joining us, and you are even vaguely drawn to engineering, this article is written for you. We will take you through every major engineering discipline, tell you exactly which A-level or University foundation subject combination you need, and walk you through what the world’s leading universities are actually looking for in their applicants.  

 

The Seven Worlds of Engineering

One of the most important things to understand early is that ‘engineering’ is not a single profession. It is a large family of disciplines, each with its own personality, problems, and career rewards. The choice you make and the subjects you study here at BHC will determine which doors open for you.  

1. Aeronautical & Aerospace Engineering: This field focuses on designing and testing aircraft and spacecraft. Bridge House College students frequently pursue this path, and we explore it further later in the guide.
2. Mechanical Engineering: A broad and versatile discipline covering engines, robotics, and consumer products. If it moves, a mechanical engineer likely helped design it. Its flexibility makes it a popular choice among BHC graduates.
3. Civil & Structural Engineering: Civil engineers shape the built environment; roads, bridges, airports, and water systems, while structural engineers ensure buildings can withstand stress. Their work surrounds us every day.
4. Electrical & Electronic Engineering: This field powers modern life: from energy grids and telecoms to semiconductors and AI hardware. Demand for these engineers is surging globally.
5. Chemical Engineering: Chemical engineers convert raw materials into essential products; fuels, medicines, plastics, and more. They’re vital to the pharmaceutical and energy sectors, especially in Africa’s growing industries.
6. Computer Science & Software Engineering: The fastest-growing engineering field, covering AI, cybersecurity, and systems design. Global demand far exceeds supply, offering unmatched career flexibility.
7. Biomedical Engineering: Combining medicine and engineering, this field produces technologies like prosthetics, MRI scanners, and drug delivery systems. It’s expanding rapidly, with strong relevance to Africa’s healthcare needs.

 

What are the Key Subjects You Actually Need?

This is where students most commonly make avoidable mistakes. When you settle on engineering as a career goal, you might think that choosing any three STEM subjects you enjoy may suffice, and unknowingly close off options you wanted to keep open. At Bridge House College, our academic staff are here to help you avoid exactly this. But here is the essential framework you need to understand.

THE GOLDEN RULE: For almost every engineering discipline, Mathematics and Physics are non-negotiable at Sixth Form (Cambridge A-Level; AS & A2, Accelerated A-level or University Foundation Programme). Beyond that, your third and fourth subject choices become strategic, and that is where the table below becomes your most important planning tool.

 

Engineering Field	Non-Negotiable	Strongly Advised	Bonus Subjects
Aeronautical / Aerospace	Mathematics, Physics	Further Mathematics, Design Technology	Computing, Chemistry
Mechanical	Mathematics, Physics	Further Mathematics, Design Technology	Computing, Chemistry
Civil & Structural	Mathematics, Physics	Further Mathematics, Geography	Design Technology, Chemistry
Electrical & Electronic	Mathematics, Physics	Further Mathematics, Computing	Design Technology, Chemistry
Chemical	Mathematics, Chemistry	Physics, Biology	Further Mathematics
Computer Science / Software	Mathematics, Computing	Further Mathematics, Physics	Electronics, Design Tech
Biomedical	Mathematics, Biology or Chemistry	Physics, 2nd science	Further Mathematics, Psychology

  WHY FURTHER MATHEMATICS MATTERS IN ENGINEERING MORE THAN YOU THINK: One subject deserves particular emphasis: Further Mathematics. At Russell Group universities in the UK, at the top American and Canadian engineering institutions, Further Mathematics is increasingly the dividing line between a good application and an exceptional one. 

Special Feature: Aeronautical Engineering 

Of all the engineering disciplines, aeronautics tends to make students’ eyes light up during career counselling and university fairs. The idea of designing an aircraft, a machine that weighs hundreds of tonnes and still defies gravity, captures the imagination in a way that is hard to replicate.

But the romance must meet reality. Aeronautical engineering is the most academically demanding discipline on this list. Here is everything you need to know before you commit.

What Does an Aeronautical Engineer Actually Do?

Everything that makes an aircraft fly safely, efficiently, and reliably. In practice, that means specialising in one or more of the following:

• Aerodynamics: modelling airflow over surfaces, optimising lift, and minimising drag. Deep fluid dynamics powered by advanced calculus and physics.
• Propulsion: designing jet engines, turbofans, and the emerging world of electric and hybrid propulsion systems shaping aviation’s future.
• Structural Integrity: materials science in action, knowing why carbon fibre composites outperform aluminium under specific stress conditions.
• Avionics: the electronic brain of the aircraft: navigation, communication, and autonomous flight control systems.
• Flight Simulation & Computational Engineering: using CFD (Computational Fluid Dynamics) and FEA (Finite Element Analysis) to model aircraft behaviour before anything is physically built.
• Spacecraft Design (Aerospace branch): satellites, launch vehicles, orbital mechanics, re-entry systems, the universe, not just the sky.

Many leading institutions require more than just A‑Level grades. Start preparing for these international Examinations:

• ENGAA (Cambridge): Tests math and science reasoning under time pressure.

• PAT (Oxford): Physics Aptitude Test; past papers are the best prep.

• TMUA: Accepted by Bath, Durham, and others for math-focused courses.

• SAT Math (USA): Aim for 750+; Bridge House College offers prep support.

 

What else can you do to Stand Out?

• Complete an EPQ (Extended Project Qualification) on aerospace topics like electric flight or drone policy.

• Gain work experience at an engineering or aerospace firm, even virtual placements count.

• Enter competitions like the Royal Academy of Engineering challenges.

• Read widely: Ben Rich’s Skunk Works, Richard Feynman’s lectures on physics, or accounts of the Apollo programme all make excellent personal statement material.

 

Where in the World Should You Study?

Bridge House College is affiliated with over 50 universities across the UK, USA, Canada, UAE, Ireland, Carribean and beyond, and our 100% university placement record means every BHC student who has gone through our programmes has secured a university place. Below, we break down the engineering landscape at the top destinations our students consider.

 

BHC ADVANTAGE: Bridge House College’s annual University Fair brings representatives from 30+ universities across the UK, the US, Canada, and beyond directly to our campus. This provides students with the opportunity to gain first-hand information about career pathways and study opportunities at their top universities of choice. It also offers a unique chance to ask university representatives questions about their admission requirements and make a personal impression even before submitting a university application.

 

🇬🇧  United Kingdom

The United Kingdom remains the most popular destination for BHC graduates. It has a world-leading aerospace industry, home to Rolls-Royce, BAE Systems, Airbus UK, and GKN Aerospace, and several of the world’s top ten engineering universities. The integrated Master’s (MEng), which takes four or five years, is the gold standard qualification: it trains you to work as a chartered engineer without requiring a separate postgraduate degree.  

University	Programme	Typical Offer	Why It Stands Out
Univ. of Cambridge	General Engineering (Aero specialism)	A*A*A — ENGAA + Interview	World’s gold standard. Further Maths essential. Highly competitive.
Imperial College London	Aeronautical Engineering MEng	A*AA to AAA	Top 5 globally for aerospace. Deep industry links. Further Maths strongly recommended.
Univ. of Southampton	Aeronautics & Astronautics MEng	AAA to AAB	On-campus wind tunnel and flight simulator. Outstanding research depth.
Univ. of Bath	Aerospace Engineering MEng	AAA — Further Maths expected	Tops’ employability rankings. Placement year available.
Univ. of Manchester	Aerospace Engineering MEng	AAA to ABB	Major government-funded aerospace research. Excellent industry access.
Loughborough Univ.	Aeronautical Engineering BEng/MEng	AAB to ABB	Outstanding motorsport & defence aerospace industry connections.

 

 

🇺🇸  United States of America

American universities use a holistic admissions process; grades are important, but extracurricular activities, personal essays, letters of recommendation, and SAT/ACT scores all contribute. A-Levels are viewed very favourably by US admissions offices, often seen as more rigorous than the standard American high school curriculum. BHC’s SAT preparation programme is designed to give our students a genuine competitive advantage.  

University	Programme	Typical Profile	Key Notes
MIT — AeroAstro	Aeronautics & Astronautics	SAT 1550+, top 1% applicants	Global benchmark. Research experience matters as much as grades.
Georgia Tech	Aerospace Engineering	SAT 1400–1540, GPA 3.8+	Ranked #1 aerospace in the US. Strong co-op (paid placement) culture.
Purdue University	Aeronautical & Astronautical Eng.	SAT 1350–1500, GPA 3.7+	Alma mater of Neil Armstrong and 25+ NASA astronauts.
Stanford University	Aeronautics & Astronautics	SAT 1500+, 4% acceptance rate.	Feeds into SpaceX, Joby Aviation, Archer. Extracurriculars are critical.
Embry-Riddle	Aeronautical Science	SAT 1200+ — GPA 3.5+	The world’s most specialised aviation university. CPL pathway available.

 

🇨🇦  Canada

Canada is an increasingly attractive destination for BHC graduates: world-class engineering education, lower tuition fees than equivalent US institutions, and a clear post-study immigration pathway for international students. A-Levels are well recognised and respected by Canadian admissions offices.

University	Programme	Typical Offer	Key Notes
Univ. of Toronto	Engineering Science (Aerospace)	AAA — Maths, Physics	Specialisation chosen in Year 3. Highly competitive.
Univ. of Waterloo	Mechanical / Systems Engineering	AAB — Maths, Physics	Famous co-op programme: ~2 years of paid work experience.
McGill University	Mechanical Eng. (Aerospace option)	AAA — Maths, Physics	Bombardier recruits heavily from McGill. Strong research culture.

 

🇳🇱  The Netherlands 

The Netherlands deserves special attention for any student seriously considering aerospace engineering. Delft University of Technology (TU Delft) has an entire dedicated faculty for aerospace engineering, one of the very few universities in the world structured this way. It is consistently ranked among the top five aerospace engineering schools globally, the programmes are taught entirely in English, and tuition fees are significantly lower than those at UK universities. Entry typically requires AAB to AAA at A-Level in Mathematics and Physics. Note that TU Delft operates a numerus fixus (competitive selection quota) for its Aerospace Engineering programme; early, strong applications are essential.  

🇩🇪  Germany

For students willing to invest in learning German, Germany offers engineering education of exceptional quality at tuition fees that are often close to zero, even for international students. RWTH Aachen University and Technische Universität München (TUM) are consistently ranked among the world’s top engineering institutions. English-taught engineering programmes are widely available for students at BHC partner universities.  

🇦🇺  Australia

UNSW Sydney and Monash University both offer strong, industry-connected aerospace engineering programmes in Australia. UNSW is ranked #1 in Australia for Aeronautical and Mechanical Engineering (QS 2025), while Monash covers aerodynamics, avionics, propulsion, and computational simulation across its programme. Both accept Cambridge A Levels, with a competitive aggregate of roughly ABB or above as a working benchmark, though entry requirements change annually and must be confirmed directly with each university. International students should note that UNSW’s undergraduate engineering was closed to new overseas commencements for 2026 entry; always check current availability before applying. Both universities have strong Australian defence industry ties, UNSW through its government-backed Defence Trailblazer initiative ($135M R&D programme), and Monash through its partnerships with Safran and Boeing, including the world’s first 3D-printed jet engine component.

 

Aeronautical Engineering Close to Home: Africa, Asia & the Gulf/Middle East.

Beyond the UK, USA, Canada, and Europe, there are outstanding engineering universities across Africa, Asia, and the Gulf/Middle East  offering lower tuition, generous scholarships, and direct pathways into fast‑growing industries. The table below highlights top institutions, with each name linked to its official engineering faculty or admissions page.

 

Region	University	Programme	Entry Requirements	Key Notes
NIGERIA (Aero Eng.)	Kwara State University (KWASU), Malete	Aeronautical Engineering (B.Eng)	WAEC/NECO: Maths, Physics, Chemistry, English (credits); JAMB UTME; A Level Direct Entry accepted	First NUC-accredited university in Nigeria to offer a full Aeronautical Engineering degree. Students have designed and constructed a light aircraft as part of the programme. NCAA-recognised.
	Air Force Institute of Technology (AFIT), Kaduna	Aerospace Engineering (B.Eng)	WAEC/NECO: Maths, Physics, Chemistry, English (credits); JAMB UTME; military/civilian intake	Established in 1977. One of Nigeria’s original aeronautical engineering schools. Prepares graduates for careers in aeronautics, aerospace, aviation, control & instrumentation engineering and aircraft maintenance. NUC & NCAA accredited.
	Lagos State University (LASU), Ojo	Aerospace Engineering (B.Eng)	WAEC/NECO: Maths, Physics, Chemistry, English (credits); JAMB UTME 250+; Post-UTME required	Dedicated Aerospace Engineering Department within the Faculty of Engineering. Qualified and experienced staff. Strong Lagos-based industry placement network. JAMB score of 250+ advised for competitive entry.
AFRICA (SA · GH · EG · ET · KE)	Univ. of Cape Town (UCT) — Dept. of Mechanical Engineering	Mechanical, Electrical, Civil Engineering	A Levels or NSC: strong Maths & Physical Sciences; highly competitive	Africa’s highest-ranked engineering school (QS World Rankings). ECSA accredited. World-class research infrastructure. One of the very few African universities offering dedicated Aerospace Engineering pathways at the postgraduate level.
	Stellenbosch University — Faculty of Engineering	Aerospace, Mechanical Engineering (BEng)	A Levels ABB or NSC with strong Maths & Physical Sciences; IEB accepted	One of the very few African universities with a dedicated Aerospace Engineering undergraduate stream. ECSA accredited. Strong links to South Africa’s defence and aviation industry.
	Univ. of Pretoria — Faculty of Engineering, Built Environment & IT	Aeronautical, Mechanical, Electrical Engineering (BEng)	A Levels AAB equivalent; strong Maths & Physics	ECSA accredited. Dedicated Aeronautical Engineering BEng degree. Strong aerospace and defence industry partnerships. CSIR (Council for Scientific and Industrial Research) is a key collaborator.
	KNUST — College of Engineering, Kumasi, Ghana	Aerospace, Civil, Mechanical, Electrical, Computer Engineering (BSc)	WASSCE: credits in Maths, Physics, Chemistry, English; aggregate 24 or better (WASSCE); A Levels accepted for international applicants	Ghana’s top-ranked engineering university is among the best in West Africa. Extensive engineering programmes across all major disciplines, including Aerospace. NUC equivalent: GTEC accredited. Modern Engineering Innovation Centre. Strong industry linkages in mining, energy and aviation.
	University of Ghana (UG), Legon — School of Engineering Sciences	Civil, Mechanical, Electrical, Biomedical, Computer Engineering (BSc)	WASSCE: credits in English, Core Maths, Physics, Chemistry & Elective Maths (B3 min.); aggregate 24 or better; A Levels accepted	Ghana’s oldest and largest university (est. 1948). GTEC and GhIE are accredited. State-of-the-art engineering facilities, including pilot plants and CSIR collaborations. Growing engineering faculty with strong placement in ICT, energy and agro-processing sectors.
	American Univ. in Cairo (AUC) — School of Sciences & Engineering	Mechanical Engineering (BS)	Maths, Physics; SAT or A Levels accepted; competitive GPA	US-accredited degree in an African context — ideal for students planning US graduate school. English medium. Strong Cairo-based industry internship network.
	Addis Ababa Institute of Technology (AAIT) — School of Mechanical & Industrial Eng.	Aerospace, Electrical, Mechanical Engineering	Strong Maths & Physics at national or A Level; Ethiopian Higher Education Entrance Certificate	One of Africa’s oldest and most respected technical universities. Direct links to Ethiopian Airlines Group — Africa’s largest airline. Growing aerospace engineering faculty.
	University of Nairobi — School of Engineering	Mechanical, Electrical, Civil, Aerospace Engineering (BEng)	KCSE: Maths & Physics grade B+; A Levels BBB min.; strong STEM record	East Africa’s leading technical university. The Department of Mechanical and Manufacturing Engineering offers an Aerospace option. Strong government and defence industry links. Kenya Aeronautics Board recognised.
ASIA	NUS — National Univ. of Singapore	Mechanical / Aerospace Engineering	A Levels AAB minimum; SAT accepted	Asia’s top-ranked engineering school. Government scholarships are available for international students.
	NTU — Nanyang Tech. Univ., Singapore	Aerospace Engineering	A Levels AAB; strong academic record	Among Asia’s fastest-rising universities. The MAE faculty is world-class. Fully English medium.
	KAIST, South Korea	Aerospace Engineering	A Levels or SAT; strong STEM record	Korea’s MIT equivalent. Full scholarships available for international students. English medium.
	IIT Bombay / IIT Delhi, India	Aerospace / Aeronautical Engineering	JEE Main + Advanced; A Levels considered for some routes	India’s most prestigious engineering institutions. Globally respected alumni network.
	Beihang University, China	Aeronautical Engineering	A Levels or SAT; strong STEM profile	China’s leading aerospace university. Chinese Scholarship Council grants are available. English programmes exist.
	University of Tokyo, Japan	Aerospace Engineering	A Levels + MEXT scholarship pathway	Japan’s most prestigious university. English-taught PEAK programme. Near-zero fees with the MEXT scholarship.
GULF/MIDDLE EAST	Khalifa University, Abu Dhabi, UAE	Aerospace / Mechanical Engineering	A Levels AAB; Maths + Physics essential	Abu Dhabi’s leading technical university. Generous scholarships. Direct links to Etihad, Mubadala & EDGE Group.
	American Univ. of Sharjah (AUS)	Mechanical / Electrical Engineering	A Levels ABB; SAT 1200+ accepted	ABET-accredited. Strong internship programme across the Gulf. Fully English medium.
	Qatar University	Mechanical Engineering	A Levels ABB; Maths + Physics	English medium. Direct links to Qatar Airways & QatarEnergy. Generous international scholarships.
	King Abdulaziz Univ. (KAU), Saudi Arabia	Aerospace / Mechanical Engineering	International: A Levels; Saudi nationals: SATT exam	Saudi Arabia’s most prominent engineering school. Growing aerospace faculty and research output.
	KFUPM, Saudi Arabia	Mechanical / Systems Engineering	Strong Maths & Physics; A Levels accepted	Among the Arab world’s finest technical universities. Exceptional energy-sector industry connections.

 

Bonus: The Flight School Pathway

According to the International Air Transport Association (IATA), “From emerging market booms to demographic shifts in established regions, these dynamics are reshaping air travel”. Not every student who loves aeronautics wants to design aircraft. Some want to fly them. The commercial pilot pathway is entirely separate from the engineering pathway, and equally prestigious, with earnings that often rival or exceed those of senior engineers once you reach captain rank.

Here is what you need to know about becoming a pilot:

The Pilot Licence Pathway

Becoming a commercial airline pilot follows a defined sequence of licences:

• PPL (Private Pilot Licence): the entry-level licence. Typically, 45–60 hours of flight time. Allows you to fly privately (not for commercial reward).
• CPL (Commercial Pilot Licence): the professional licence. Minimum 200 hours total flight time. Allows you to fly commercially, for airlines, charter, cargo, and more.
• IR (Instrument Rating): allows you to fly in poor visibility using instruments only. Essential for commercial operations and airline employment.
• ME (Multi-Engine Rating): qualifies you to fly aircraft with more than one engine. Required for most airline roles.
• ATPL (Airline Transport Pilot Licence): the gold standard. Required to be a Captain of a commercial airliner. Minimum 1,500 flight hours. This is the licence you are ultimately working towards.

What Flight Schools Look For

Unlike university aeronuatical engineering programmes, flight schools do not select based on academic grades alone. Other entry criterias are as follows:

• Mathematics and Physics at O-Level / WAEC / GCSE level (credit passes). Some schools require A-Level Maths.
• A Class 1 ICAO Medical Certificate is mandatory. This is the most important step. Get your medical check before committing to any training programme.
• English Language Proficiency — ICAO Level 4 minimum. IELTS 6.0 at schools like Emirates Flight Training Academy.
• Age: typically minimum 17 for PPL, 18 for CPL. Most integrated programmes accept students aged 18–30.
• Aptitude Tests: most airlines and ab initio programmes administer psychometric and spatial reasoning tests as part of their selection.
• No Criminal Record and a clean background check.

The table below brings all three regions (Africa, the Gulf/Middle East and Asia) together. Every school name is a clickable link to its official admissions webpage.

Region	Flight School	Location	Requirements	Key Notes
AFRICA	Ethiopian Aviation University	Addis Ababa, Ethiopia	High school (Maths & Sciences); GPA 2.75+; height 1.62m min; Class 1 Medical; English Level IV	Part of Ethiopian Airlines Group. ICAO, IATA & EASA accredited. Direct airline placement pathway.
	NCAT — Nigerian College of Aviation Technology	Zaria, Nigeria	5 O-Level credits incl. Maths & English; Class 1 Medical; Age 17+	Nigeria’s premier govt. aviation college since 1964. NCAA & ICAO accredited. PPL to ATPL. Fees:₦12–23m for Commercial Pilot Licence (CPL) training.
	Avcon Jet Africa	Grand Central Airport, South Africa	High school diploma; Class 1 Medical; EASA partner requirements	Ranked among the world’s top aviation training centres. SACAA & EASA approved. PPL, CPL, ATPL.
	Aeronav Academy	Lanseria Airport, Johannesburg, SA	High school completion; Class 1 Medical; Age 17+	35+ years established. SACAA approved. Active international airport, real-world training environment.
	Progress Flight Academy	Port Elizabeth Airport, South Africa	High school diploma; Class 1 Medical; SACAA approved	Integrated CPL/IR(ME) with ATP ground school. Excellent instrument training conditions.
	Kenya School of Flying	Nairobi, Kenya	KCSE Grade C+; Maths & Physics; Class 1 Medical; Age 17+	Kenya’s premier flight school since 1992. Strong East African airline cadet placement record.
MIDDLE EAST/Gulf	Emirates Flight Training Academy	Dubai, UAE	High school; Maths & Physics; min 80% score; IELTS 6.0; Age 18–26; Class 1 Medical	World’s most advanced purpose-built flight academy. 2-year integrated ATPL. International cadets welcome.
	Horizon Int’l Flight Academy (EDGE)	Al Ain, Abu Dhabi, UAE	High school diploma; Class 1 Medical; GCAA requirements; Age 18+	The Middle East’s largest helicopter training academy. GCAA & EASA approved. Part of the UAE EDGE defence group.
	Royal Jordanian Air Academy	Amman, Jordan	High school (Science); Maths & Physics; Class 1 Medical; English proficiency	Regional leader est. 1966. ICAO accredited. CPL, IR, ATPL. Strong placement with regional carriers.
	Intercontinental Aviation Academy (FlyIAA)	UAE, Lebanon, Cyprus, Greece	High school; Maths & Physics; Class 1 Medical; Age 18+	EASA & ICAO approved. Tailored airline pathway programmes. Career placement service included.
	Mid-East Aviation Academy	Amman, Jordan	High school diploma; Class 1 Medical; English proficiency	Jordan’s first private flight training org (est. 2000). CPL/PPL and modular programmes.
ASIA	Singapore Flying College	Singapore / Perth, Australia	Degree or A Levels; Maths & Physics; Class 1 Medical; Age 18–27; ICAO English Level 4	Wholly owned by Singapore Airlines. Trains cadets for SIA, Scoot & SIA Cargo. Asia’s most prestigious cadet programme.
	Alpha Aviation Group (AAG)	Clark, Philippines (+ India, Indonesia)	High school; Maths & Physics; Class 1 Medical; Age 17+; CAAP approved	Global pilot training org. MPL, CPL, ATPL & airline pathways. Partners with airlines across SE Asia.
	Airworks Aviation Academy	Mactan-Cebu Airport, Philippines	High school; Maths & Physics; Class 1 Medical; CAAP approved	Large CAAP-approved school. PPL to CPL. Glass cockpit training. International students welcome.
	CAE Global Academy (Asia)	Multiple locations, Asia-Pacific	A Levels or degree; Maths & Physics; Class 1 Medical; Age 18+	World’s largest flight simulation & training company. Airline-aligned integrated ATPL pathways.
	Flytech Aviation Academy	India (multiple locations)	10+2 with Maths & Physics; DGCA Class 1 Medical; Age 17+	India’s largest CPL training fleet. DGCA approved. PPL to CPL. Strong DGCA pass rates.
	Orient Flight School	Chennai, Tamil Nadu, India	10+2 Maths & Physics; DGCA Class 1 Medical; Age 17+	DGCA approved. Part of Hindustan Group. PPL & CPL training with airline industry links.

 

Get the Bridge House College Advantage

One of the common and most costly mistakes engineering and aviation applicants make is leaving preparation until the final months of secondary School. At Bridge House College, we build preparation into your journey from the moment you join us. In our role as Nigeria’s Best Sixth Form College, we have fulfilled for over 3,000+ alumni since 2004. We give you the academic foundation, subject guidance, university contacts, and personal confidence to walk into one of the world’s finest universities’ engineering programmes, or one of the world’s best flight academies, and belong there.

 

“Our 100% university placement rate is not an accident. It is the result of students who took their subject choices seriously and teachers who took their students seriously. That commitment runs in both directions at BHC.”  Rosemary Dokun – Principal   

 

The most powerful way to change the world is through clean energy, better healthcare, safer infrastructure, and smarter cities, all built by people who chose the hard subjects and did the hard work. Be that person. Start now. Let Bridge House College be your launchpad.

 

Join us in September!

🌐 Click this link to Start Your Application Today
📞 Contact our Admissions team: +234 802 842 7208 | +234 818 755 3400

📧 admission@bridgehousecollege.com

 

AUTHOR

Mr. Eniola Folawewo

Head of Placement and Counselling