Thesis work 30hp - Business and technical perspectives of Wireless Connectivity

Introduction:
Thesis work is an excellent way to get closer to Scania and build relationships for the future. Many of today's employees began their Scania career with their degree project.

Background:

Modern trucks are evolving into connected digital platforms. Beyond Scania’s in-house systems, third-party bodybuilders (e.g., crane, refrigeration, or waste management suppliers) increasingly equip vehicles with their own sensors, actuators, and control systems.
Today, these integrations are typically wired and limited in flexibility, making installation, maintenance, and data exchange more complex.

A wireless local network inside the truck could unlock new possibilities for modularity, faster installation, reduced cabling costs, and seamless data sharing between Scania and third-party components — but it must also meet demanding requirements for safety, security, and robustness.

Objective:

The purpose of this thesis is to explore wireless and local networking solutions for integrating bodybuilder systems with Scania’s truck platform — from both technical and business perspectives.

The work should result in:

• An evaluation of suitable wireless technologies that are compatible with cyber security requirements for heavy trucks (e.g., Wi-Fi, Bluetooth LE, UWB, ZigBee, or 5G) for local connectivity.
• Architecture concepts for a secure, reliable local network between Scania and third-party devices.
• A comprehensive business case describing cost-benefit aspects, potential new business models, and added customer value.
• Recommendations for implementation strategy and next steps.

Key Focus Areas:

1. Technical Feasibility:
• Evaluate performance, latency, and reliability requirements for in-vehicle communication.
• Assess robustness against interference, cyber threats, and physical constraints.
2. Business Case Development:
• Identify stakeholders: Scania, bodybuilders, and end customers.
• Quantify potential cost savings (e.g., reduced wiring, faster installation).
• Explore new service opportunities (e.g., data sharing, predictive maintenance).
• Develop financial and strategic scenarios showing ROI and value creation potential.
3. Implementation Strategy:
• Define possible rollout paths and validation methods.
• Propose recommendations for integration into Scania’s ecosystem.

Profile:

We are looking for Master’s students in:

• Electrical Engineering
• Industrial Engineering and Management
• Mechatronics
• Embedded Systems
• Telecommunications

You should have strong interest in wireless communication, system integration, and business innovation.
Experience in modelling, cost analysis, or product development is an advantage.

What You’ll Gain:

• Deep understanding of future connectivity trends in the transport industry.
• Real-world insight into how technical innovation drives business value.
• Opportunity to influence Scania’s long-term connectivity strategy.
• Collaboration with experts in vehicle electronics, connectivity, and business development.

Contact persons and supervisors:

Questions will be answered by Niclas Evertsson niclas.evertsson@scania.com

Other Info:

Location: Södertälje, Sweden

Start Date: Flexible (on-site thesis work at Scania)

Scope: 30 credits / Full-time

Application:

Your application must include a CV, transcript, and a short motivation letter

Please indicate your preferred start date and whether you intend to work solo or in a team of two. We believe there needs to be two because of the scope of the work.

A background check might be conducted for this position. We are conducting interviews continuously and may close the recruitment earlier than the date specified.