North Africa’s Electronics Opportunity: Where Component Manufacturers Should Focus Next
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Different markets are creating different design opportunities: Egypt’s electronics localization, Morocco’s expanding electric-mobility value chain and Tunisia’s progression towards higher-value electronics engineering require distinct manufacturer strategies.
Local engineering engagement is essential: Manufacturers must work with the OEMs, EMS providers, system integrators and engineering teams that influence system architecture, component evaluation and qualification.
Regional execution turns market potential into design wins: McKinsey Electronics combines regional account development, application-level engineering and authorized distribution to help manufacturers move from market introduction through evaluation, qualification, design-in and production across North Africa.
North Africa is becoming an increasingly relevant growth market for semiconductor and electronic-component manufacturers. Industrial localization, vehicle electrification, embedded-system development and export-oriented manufacturing are creating new opportunities for technologies that support connected, automated and electrified systems.
Egypt, Morocco and Tunisia are three important focus markets within the wider North African opportunity. Together, they demonstrate why manufacturers cannot approach the region through a single, uniform strategy.
For component manufacturers, the challenge is often not identifying that demand exists, but converting fragmented opportunities into qualified projects and repeatable business. An automotive supplier in Morocco, an embedded-systems company in Egypt and an export-oriented EMS operation in Tunisia may require very different products, engineering support and commercial engagement. That makes local market development and application engineering as important as product availability.
Egypt: Electronics Localization Creates New Design Opportunities
Egypt is working to expand domestic electronics production, increase local value creation and strengthen its position in electronics design and embedded systems.
Government-backed initiatives are supporting local manufacturing, skills development and technology investment. ITIDA’s Imhotep Innovation Centre provides infrastructure for electronic design and hosts companies working in integrated-circuit design and embedded systems, helping connect engineering talent with commercial technology development.
This direction can create opportunities across embedded control, smart metering, industrial power conversion, wireless connectivity, secure storage and edge processing, where component selection increasingly affects system efficiency, connectivity, reliability and lifecycle performance.
For manufacturers, the opportunity extends beyond supplying established production requirements. Earlier engagement with Egyptian OEMs, system integrators, design centres and engineering teams can influence system architecture and technology selection before projects reach procurement.
Capturing these opportunities requires technical discussions at the application level: understanding operating environments, communications requirements, power constraints, security needs and expected product lifecycles. Without that engagement, a manufacturer may identify market demand but remain outside the design and qualification process
Morocco: Electrification Is Deepening the Electronics Value Chain
Morocco’s automotive sector is expanding from vehicle assembly into a broader electric-mobility and battery ecosystem. During January–April 2026, automotive exports were the country’s largest export category and increased by 18.6% year on year.
Gotion High-Tech is developing a battery gigafactory in Kenitra, with an initial investment of approximately MAD 12.8 billion and planned first-phase battery production capacity of 20 GWh per year.
Morocco has also attracted major battery-material investments, including BTR’s cathode- and anode-material projects at Tanger Tech, further expanding the country’s electric-mobility value chain.
These developments reinforce Morocco’s wider position as an electronics production and export platform. The country’s Ministry of Industry identifies electronics as an important input to automotive, aerospace and railway manufacturing.
Electrification expands requirements across traction and auxiliary power conversion, onboard charging, DC/DC conversion, battery-management systems, isolation, thermal monitoring, high-voltage interconnect and vehicle networking.
These applications introduce specific engineering requirements around power
efficiency, thermal performance, accurate monitoring, isolation and dependable communications. Component manufacturers therefore benefit from engaging with engineering teams while platforms and subsystems are still being defined—not only once purchasing requirements have been issued.
For semiconductor, power-electronics, sensing, connectivity and interconnect manufacturers, Morocco presents opportunities to participate in a value chain that is becoming more technically demanding and locally integrated.
Tunisia: Adding Higher-Value Engineering to Its Export Manufacturing Base
Tunisia already has a substantial electrical and electronics sector, with hundreds of companies and a strong export orientation. Its strategic direction, however, is moving beyond cost-competitive manufacturing.
In April 2026, Tunisia signed an Electronics Industries Competitiveness Pact targeting an increase in electronics exports from approximately TND 3.5 billion in 2025 to TND 7 billion by 2030. The program also targets 30,000 additional direct jobs, specialized R&D centers and a national embedded-systems design center.
Private-sector investment supports this progression. Zollner’s further expansion in Tunisia focuses on advanced automotive electronics, aeronautics and digital industries—applications that require higher levels of manufacturing control, engineering collaboration and component qualification.
For manufacturers, this evolution creates opportunities to engage Tunisia not only as an export-production location, but also as a market for embedded processing, industrial connectivity, secure memory and storage, sensing, power management and other technologies used in higher-value electronic systems.
The commercial requirement is correspondingly different. Manufacturers need relationships with EMS providers and production operations, but also with R&D teams and the engineers influencing platform architecture and component selection.
One Region, Three Different Go-to-Market Models
The opportunity across North Africa is not uniform.
In Egypt, manufacturers may need to engage emerging design organizations, local OEMs and system integrators developing new embedded and industrial applications.
In Morocco, access to automotive and electric-mobility program depends on understanding long qualification cycles, sector-specific technical requirements and the supplier relationships surrounding vehicle and battery production.
In Tunisia, manufacturers must connect engineering and R&D activity with an established, export-oriented EMS and manufacturing base.
A regional strategy must therefore identify which OEMs, EMS providers, system integrators and engineering teams influence architecture and component selection in each market. It must also determine what level of engineering support is required to move each opportunity from initial engagement to evaluation, qualification, design-in and production.
Why Regional Engineering and Market Development Matter
Remote market coverage can identify potential customers, but it local technical and commercial engagement can provide the sustained interaction needed to create design wins across fragmented markets.
Technical engagement, design reviews and direct account development help move relevant technologies from initial introduction into evaluation, qualification and design-in. This requires commercial teams that understand the local account landscape and application engineers who can translate system requirements into appropriate technology choices.
Manufacturers also need coordinated execution after a component has been selected. Forecasting, lifecycle planning, traceable authorized supply and logistics support must connect the design decision with eventual production. These capabilities support the market-development process without reducing it to a conventional component-availability proposition.
Expanding Your Semiconductor or Electronic-Component Business in North Africa?
Meet the McKinsey Electronics team at electronica 2026, Hall C5, Booth 139, to discuss where your portfolio fits across Egypt, Morocco and Tunisia, the applications driving demand, and how regional engineering and market-development support can accelerate your market entry.
