B1/B2 aviation training in Algeria: trades, schools, prospects

Aviation is one of the rare industries where 90% of product quality depends on the quality of the men and women who maintain it. An aircraft parked on the apron of Algiers, Constantine or Tamanrasset does not wait for an anonymous signature: it waits for the signature of a certified technician, whose licence proves that he has seen, understood, removed, refitted and released to service an identical system on an identical airframe. That signature commits the safety of hundreds of passengers. It also commits the technological sovereignty of a country. That is why training, in Algeria, B1 and B2 technicians able to hold that pen has become a national priority.

1. Why aviation training is strategic for Algeria

Algeria enjoys rare geographic assets: a territory of 2.38 million km2, the second largest country in Africa, crossed daily by hundreds of air corridors linking Europe to sub-Saharan Africa and the Atlantic to Asia. The Saharan climate, dry and stable, offers ideal conditions for long-term storage and heavy maintenance. Algiers Houari Boumediene airport, Tamanrasset aerodrome, the Bechar platform and the future Tiaret hub form a technical network unmatched in the Maghreb region.

But infrastructure without human capital remains a stage set. According to estimates from ANAC Algeria and the Ministry of Transport, the country will need several thousand certified technicians and aeronautical engineers by 2035 to support fleet renewal, third-party maintenance (MRO) development, passenger-to-freighter (P2F) conversion and the emergence of an end-of-life recycling ecosystem. Without this human resource, Algerian aeronautical sovereignty would remain theoretical.

Training an aviation mechanic is expensive: between four and six years, several thousand hours of class and practice, international examinations, recurrent training every 24 months. But the return on investment is considerable: a confirmed B1 or B2 technician is employable worldwide, his licence recognised from Doha to Toulouse, from Singapore to Miami. It is one of the few professions where a young Algerian trained in Blida or Algiers can apply, at 28, to any Part-145 workshop on the planet.

2. The Part-66 EASA licence and FAA equivalent

To understand aviation training, one must first understand the licence. Worldwide, two frameworks coexist and recognise each other: EASA Part-66 (European Union Aviation Safety Agency) and the American FAR Part-65 (Federal Aviation Regulations). ANAC Algeria, the national supervisory authority, has historically aligned with the EASA framework for mechanic training.

The Part-66 licence distinguishes four major categories: category A (line mechanic, simple tasks), category B1 (certified mechanic, airframe, engines and mechanical systems), category B2 (avionics, electrical, instruments) and category C (base maintenance manager, engineer). Categories B1 and B2 are the heart of the aviation mechanic profession. Here is the structural comparison:

Criterion	B1 — Mechanical	B2 — Avionics
Scope	Airframe, engines, hydraulic, pneumatic, fuel, landing gear systems	Onboard electronics, instruments, navigation, communication, autopilot
Sub-categories	B1.1 (turbines), B1.2 (pistons), B1.3 (turbine helicopters), B1.4 (piston helicopters)	B2 single (all platforms)
Theory modules	17 modules (mathematics, physics, basic electricity, aerodynamics, propulsion)	13 modules (digital electronics, radio systems, instruments)
Practical experience	2 years minimum after approved initial training, 5 years without training	2 years minimum after approved initial training, 5 years without training
Type rating	Type-airframe course (e.g. A320, B737, ATR72) with OJT	Type-avionics course sometimes pooled with B1
CRS signature	Airframe, engines, non-avionic systems	Avionic and electrical systems

On the floor, B1 and B2 work as a pair. A B1 removes a flight control computer, a B2 verifies its software configuration after reinstallation. A B2 dismounts a black box, a B1 closes the hold panel. The complementarity is total, and that is what makes aviation workshops unique.

3. ANAC Algeria as the national supervisory authority

In Algeria, the National Civil Aviation Authority (ANAC) issues licences for flight crew and ground personnel, in accordance with the Algerian Civil Aviation Act and the Civil Aviation Code. ANAC adopts the requirements of the Chicago Convention (annexes 1, 6 and 8) and transposes them into national law. For maintenance, ANAC relies on a framework close to EASA Part-66, with adaptation for national operators and approved schools.

ANAC certifies Maintenance Training Organisations (MTO), approves Part-145 workshops, supervises theoretical examinations and authorises examination centres. Any Algerian aviation school that wants to train future B1 or B2 technicians must obtain a Part-147 approval issued by ANAC, guaranteeing the quality of the programme, the teaching staff and the pedagogical tools (training aircraft, simulation benches, workshops).

ANAC also publishes airworthiness directives (AD) and continuing training instructions. Every 24 months, a certified technician must prove to ANAC that he has kept his skills up to date: human factors refresh, regulatory updates, EWIS (Electrical Wiring Interconnection Systems) training, FTS (Fuel Tank Safety) training. Without this refresher, the licence is suspended.

4. Algiers National Polytechnic School: 5 years of aeronautical engineering

For those who want to become an aeronautical engineer rather than a certified mechanic, the royal road in Algeria remains Algiers National Polytechnic School (ENP), founded in 1925 as the Algiers Industrial School and renamed the National Polytechnic School in 1971. ENP, located in El Harrach, is one of the oldest and most prestigious grandes ecoles in the Maghreb. Its mechanical engineering department offers specialisations in aeronautical construction, propulsion and aerothermics.

A 5-year curriculum

The standard curriculum spans five years: two years of integrated preparatory classes (mathematics, physics, general mechanics, engineering sciences) followed by three years of engineering studies (fluid mechanics, thermodynamics, aerodynamics, composite structures, vibrations, flight control, engines). Students complete mandatory industrial internships, often in Algerian workshops, research institutions or European partners.

ENP trains around fifty aviation-oriented engineers each year. Many pursue a doctorate, join design offices, national air transport companies, MROs or temporarily expatriate to gain international experience before returning to contribute to local industrial development.

5. The Institute of Aeronautics and Space Studies (IAES) at Blida 1

About fifty kilometres south-west of Algiers, on the campus of Blida 1 University, lies the Institute of Aeronautics and Space Studies (IAES). Established in 1990, IAES is the main Algerian university hub dedicated exclusively to aviation and space. It trains at three levels: bachelor (Bac+3), master (Bac+5) and doctorate.

Three main departments

• Department of propulsion and aeronautical construction — training in piston and turbine engines, aerodynamics, structures.
• Department of air navigation — onboard instruments, navigation systems, communication, radar, GNSS.
• Department of flight operations — operations, traffic management, operational safety.

IAES has teaching workshops equipped with training aircraft, cut-away engines, avionic benches, simulators and subsonic wind tunnels. Several international partnerships (Erasmus+ exchanges, bilateral conventions) allow the best students to spend part of their curriculum abroad, notably in France, Germany, Turkey or Russia. IAES awards more than 200 diplomas each year and forms the main pool of Algerian aeronautical engineers.

6. The Algerian Space Agency (ASAL) and the technical heritage

One cannot speak of aviation training in Algeria without mentioning the Algerian Space Agency (ASAL), created in 2002 by presidential decree. ASAL leads the national space policy, from satellite design to operation. Since its creation, Algeria has placed eight satellites in orbit: Alsat-1 (2002, Earth observation), Alsat-2A (2010), Alsat-2B, Alsat-1N (educational CubeSat), Alsat-1B, Alcomsat-1 (2017, geostationary telecommunications) and several secondary payloads.

This space heritage feeds directly into aviation training. ASAL technical centres (Satellite Development Centre in Oran, Space Techniques Centre in Arzew) recruit engineers trained at ENP and IAES, but also collaborate with them on graduation projects, research masters and doctoral theses. The competencies developed for space (embedded systems, environmental qualification, configuration management, quality assurance) transfer directly to commercial aviation.

Algerian aviation does not start from scratch: it inherits sixty years of civil, military and space engineering tradition. The generation training tomorrow's B1 and B2 technicians is the same that helped place Alsat in orbit.

7. Technical schools and vocational high schools

To become an aviation mechanic, it is not mandatory to go through university. The technical path is in fact the most direct route to the Part-66 licence. In Algeria, several technical high schools and vocational training institutes offer curricula in electromechanics, general mechanics, industrial electronics, which serve as an excellent bridge to aviation.

From electromechanics to aviation

A young graduate with a Higher Technician Diploma (BTS) in electromechanics, industrial maintenance or embedded electronics already holds 60% of the fundamentals needed to switch to aviation: schematic reading, metrology, soldering, crimping, electrical measurements, basic knowledge of hydraulics and pneumatics. He only needs to acquire the aviation specialty (regulation, composite materials, airframe structures, turbomachine propulsion, embedded avionics) through a complementary course in a Part-147 approved organisation.

This short path offers a double advantage. For the trainee, it allows earlier entry into working life, accumulating income from age 19-20. For the industry, it feeds a pool of immediately operational technicians, who can grow toward the B1 or B2 licence within a few years. This is the model on which the world's MRO leaders (Singapore, the Emirates, Ireland) have been building their human capital for twenty years.

8. A typical B1 path: 4 years theory + 2 years experience + type rating

Let us concretely follow a young Algerian who wants to become a B1 certified mechanic on the Airbus A320 or Boeing 737. Step by step, here is the standard path validated by ANAC:

1. Year 1-2: common trunk in a Part-147 organisation — modules 1 to 10 (applied mathematics, physics, electricity, digital electronics, materials, aerodynamics, human factors, legislation, turbines, structures). Theory classes, practical work in training workshops, ANAC written examinations.
2. Year 3-4: B1.1 specialisation (turbines) — modules 11 to 17 (airframes, aircraft electrical systems, turbomachine propulsion, hydraulics, pneumatics, landing gear, instruments). Alternating internships in Part-145 workshops, supervised disassembly and reassembly, first supervised diagnostics.
3. Final theory examination: validation of the 17 modules through ANAC examinations, equivalent to EASA, with at least 75% pass per module. Any failed module is retaken within six months.
4. Year 5-6: practical experience in a Part-145 workshop under supervision of a confirmed Certifying Staff. Maintenance of an official logbook listing all tasks performed (at least 50% airframe-engines, at least 50% systems). Minimum 2 years after approved school, 5 years without school.
5. Type rating: type-aircraft training (A320 family, B737 NG, ATR72, etc.) of 4 to 8 weeks depending on the platform, combining product theory, specific workshops and supervised on-the-job training on real aircraft.
6. Licence application to ANAC: submission of the complete file (diplomas, validated logbook, type rating certificates, medical certificate). Issuance of the Part-66 B1 licence bearing the type qualifications acquired.

At the end of this path, the holder enjoys a licence recognised worldwide, opening doors to MRO workshops everywhere. An EASA-aligned ANAC licence can be converted to a pure EASA licence via an additional examination, and recognised by the FAA through the reciprocity system.

9. Career outlets: MRO, airlines, lessors, OEM

A Part-66 B1 or B2 licence holder has access to a very wide range of potential employers. The global aviation maintenance market is structurally short of staff: according to major consultancies (Oliver Wyman, Roland Berger, ICF), there will be a shortage of between 700,000 and 900,000 aviation technicians worldwide by 2040. The Algerian market, in construction, offers four main categories of opportunity:

• Independent MROs — Part-145 workshops providing maintenance for third parties. B1/B2 technicians work on A check, C check, even D check depending on the organisation's approval scope. This is the historical pathway of the trade.
• National airlines — in-house maintenance departments of Algerian carriers. Technicians work on line (short turnaround) or in base (heavy checks).
• Lessors — financial companies owning aircraft leased to airlines. They employ technicians for transition inspections (lease return), redeliveries and residual value monitoring.
• OEMs (Original Equipment Manufacturers) — aircraft and equipment makers. The major airframers operate training and global technical support centres that regularly recruit experienced technicians.

Beyond these four major employers come cargo carriers, regional operators, business aviation companies, helicopter operators and, increasingly, the new P2F conversion and recycling players. The shortage is such that a confirmed B1 today receives on average three to five simultaneous offers worldwide.

10. Continuing training: 24-month recurrent, type updates, EWIS, FTS, HF

Obtaining the licence is only one step. To keep it, a technician must follow every 24 months a continuing training programme called recurrent training, whose main components are:

• Human factors (HF) — fatigue management, communication, cognitive biases, just culture. Introduced after the accident investigations of the 1990s, now mandatory worldwide.
• Regulatory update — evolutions of EASA Part-145, Part-66, Part-M, Part-CAMO and airworthiness directives published by ANAC and relevant foreign authorities.
• EWIS (Electrical Wiring Interconnection Systems) — training introduced after accidents linked to ageing electrical wiring. Inspection, maintenance and repair of harnesses.
• FTS (Fuel Tank Safety) — fuel tank safety, CDCCL (Critical Design Configuration Control Limitations) intervention.
• Type rating refresh — for any type qualification unused for more than 24 months, a refresher is mandatory before exercising privileges on the relevant platform.

This discipline of permanent recurrent training is one of the reasons aviation mechanics remain one of the safest and most respected trades in the world. A technician is never "finished": he learns throughout his career, on every new platform, every major revision, every airworthiness directive.

11. AeroNeo Training: a projected training centre

As part of its pre-launch project, AeroNeo integrates a training component from the outset. The aim is to create, in partnership with Algerian academic institutions (ENP Algiers, IAES Blida 1, technical schools), a Part-147 training centre approved by ANAC, capable of receiving promotions of B1 and B2 technicians on the platforms most represented in the region: Airbus A320 family single-aisles, Boeing 737 family, ATR72.

Three educational axes

1. Part-147 initial training — complete 4-year curriculum for young secondary graduates, leading to the B1 and B2 theory modules validated by ANAC.
2. Type rating and OJT — type-airframe product courses in partnership with approved organisations, and supervised OJT internships in workshops on real aircraft stored or under maintenance.
3. Continuing training and recurrent — HF, EWIS, FTS modules, regulatory updates, opening the possibility of welcoming already licensed technicians seeking to maintain their privileges.

Beyond initial training, AeroNeo also plans to host ENP and IAES students for their end-of-studies internships, master's projects and doctoral theses. The idea is to make the AeroNeo site not only an MRO workshop but also a true full-scale academic laboratory, where Algerian students can confront real aircraft, real failures and real technical files.

Algerian aviation already enjoys a remarkable human capital: engineers from ENP, researchers from IAES, scientists from ASAL, technicians from the national industrial fabric. What is missing today is a network of training centres and MRO workshops able to absorb and value this resource. AeroNeo wants to be one piece of this puzzle, respecting EASA and FAA standards and under ANAC authority. Algerian youth deserve to learn how to maintain aircraft at home, rather than waiting for a hypothetical opportunity 3,000 kilometres away.