Alaris Linwave Student Program

At Alaris Linwave, our Sponsored Student Programme offers individuals the opportunity to become part of an industry with vast career prospects, cutting-edge technology, and international exposure. We foster an entrepreneurial culture, balanced by strong risk management, a client-focused approach, and a commitment to innovation.

• Industry Exposure: Get first-hand experience working on projects that contribute to advanced antenna systems used in defence, aerospace, and telecommunications.
• Cutting-Edge Technology: Work with the latest technologies in the RF (Radio Frequency) and electronics fields, and collaborate on the design, testing, and development of world-class antenna systems.
• Global Reach: Gain international exposure through our global operations and relationships with customers and partners across the world.
• Entrepreneurial Culture: Join a company that thrives on entrepreneurial spirit and fosters an environment of innovation and continuous improvement.
• Risk Management & Client-Centric Approach: Develop a keen understanding of the balance between innovation and risk management in a customer-focused business environment.

• Participate in high-impact projects and initiatives, contributing directly to the success of our products and services.
• Collaborate with seasoned professionals and industry experts to solve complex technical challenges.
• Have access to specialized training and the tools necessary to hone your skills.
• Contribute to strategic projects that drive business growth and technological advancement.

Alaris Linwave designs and manufactures microwave/RF components and subsystems in a seamless “concept to finished product” process. A full test and measurement capability extends to 94GHz and allows our manufacturing team to produce value-added products designed to exceed customer expectations. Linwave’s design team utilises state-of-the-art microwave simulation tools for circuit modelling and optimisation to provide the robust product solutions our customers demand.