Course overview
Every vehicle in a ground fleet is a working asset with its own cost curve, duty cycle, and failure profile, and the difference between a profitable operation and a bleeding one usually hides in details no dashboard summarizes on its own: an extra litre burned at idle, a tire rotated too late, a truck kept two years past its economic replacement point. This course treats the fleet as a portfolio of assets and drivers to be measured, scheduled, and optimized, working from telematics data, maintenance records, and total cost of ownership math rather than gut feel.
Participants build the reasoning that connects a fuel report to an idling policy, a diagnostic trouble code to a preventive maintenance interval, and a driver safety score to an insurance premium. The focus stays on the vehicle and the person behind the wheel, so operators leave able to defend a replacement schedule, right-size a mixed fleet, and set utilization targets that hold up when a finance director asks why the depot runs the number of vehicles it does.
Why this matters now
Fuel, insurance, and replacement costs have all climbed while customers expect tighter delivery windows, and regulators keep raising the bar on hours-of-service enforcement and emissions. Fleets that once managed on spreadsheets and paper defect books now sit on streams of telematics data they rarely convert into decisions. Pairing that data with disciplined asset thinking, the way covered in Real-Time Tracking Technologies & Logistics Efficiency, is what separates operators who cut cost per kilometer from those who only watch it rise.
Add the electric-fleet transition, where charging schedules, depot power limits, and battery lifecycle now shape route planning, and the fleet manager's job has shifted from keeping trucks running to optimizing an increasingly instrumented, increasingly expensive set of assets under real scrutiny.
Course objectives
By the end of the course, participants will be able to:
- Time vehicle acquisition and disposal against depreciation curves.
- Convert telematics and GPS data into fuel and safety actions.
- Schedule maintenance intervals from usage data, not fixed dates.
- Set utilization targets that expose underused or duplicated assets.
- Interpret driver safety scores across insurance and compliance.
- Phase an electric-fleet transition against diesel cost baselines.
- Track deadhead miles and hours-of-service exposure across routes.
- Diagnose fleet change scenarios before capital is committed.
Course outline
Unit 1: Introduction to Fleet Management
- Cost per kilometer and per asset by fuel and labor.
- The core metrics of vehicle availability and utilization.
- Documented case studies of telematics feeds lowering cost.
- Boundary between asset control and network design.
Unit 2: Fleet Planning and Vehicle Lifecycle
- Total cost of ownership from purchase price to downtime.
- The economic replacement point set against depreciation.
- Fleet right-sizing from utilization data on duplicates.
- Purchase, lease, and contract hire by cash flow and risk.
Unit 3: Route Optimization and Scheduling
- Vehicle-level optimization balancing load and driver hours.
- Cutting deadhead miles by matching capacity to workload.
- Scheduling within hours-of-service and depot shift limits.
- Worked examples of planned routes versus telematics data.
Unit 4: Telematics and Digital Fleet Tools
- Telematics and GPS data on harsh braking and over-revving.
- Electronic logging devices and hours-of-service compliance.
- Predictive maintenance via diagnostic trouble codes.
- Guided walkthroughs of a fleet dashboard and exceptions.
Unit 5: Fuel Management and Sustainability
- Fuel management via idling reduction and tire pressure.
- Tire lifecycle matched to wear data and cost per kilometer.
- Electric-fleet planning for charging and battery lifecycle.
- Documented case studies of fuel decarbonization savings.
Unit 6: Safety, Compliance, and Risk Management
- Driver safety scoring from telematics events and coaching.
- Enforcement gaps that expose the operation to penalties.
- Preventive inspection regimes keeping vehicles roadworthy.
- Risk assessment from near-miss data and asset condition.
Unit 7: The Future of Fleet Optimization
- Connected-vehicle data and driver assistance systems.
- Electric and alternative-fuel scaling under depot limits.
- Simulation modeling with Monte Carlo replacement testing.
- Structured discussion of mobility-as-a-service trends.
How the course is delivered
Learning happens as facilitator-led discussion centered on the numbers real operators wrestle with. You work through documented case studies, worked calculations on total cost of ownership and fuel spend, and guided walkthroughs of telematics dashboards and maintenance records, with group exercises done on paper so the reasoning stays visible. There is no software to install and no vendor system to learn; every method is one you can carry back to whatever tools your depot already runs.
Who should attend
This course speaks to the people who answer for vehicles and drivers day to day. Fleet managers, transport operations supervisors, ground-transport and haulage operators, and maintenance and asset managers will find the asset-and-driver lens matches the decisions on their desks.
- Fleet managers accountable for cost per kilometer, utilization, and replacement timing.
- Transport operations supervisors scheduling vehicles and drivers against service and compliance limits.
- Ground-transport and haulage operators running mixed or growing fleets.
- Maintenance and asset managers moving from calendar servicing toward predictive intervals.
About EuroQuest International Training
Established in 2015, EuroQuest International Training set out to build the working knowledge of transport and operations professionals. From its headquarters in Bratislava, Slovakia, it has delivered over 1,000 courses to more than 15,000 participants, running sessions in international training hubs including Vienna, Dubai, Madrid, Brussels, and Singapore. Each city serves as a venue where fleet and logistics practitioners meet to sharpen the same asset-level discipline this course is built on.
Frequently asked questions
Does completing the fleet management course come with a certificate?
Yes. On completion, each participant is awarded a EuroQuest International Training certificate confirming attendance and the topics covered. It records your professional development in fleet asset management and is recognized as external evidence of that learning. This course is educational and carries no certification, legal advice, or regulatory authority over transport compliance.
Is the course relevant to small fleets as well as large ones?
It is. The total cost of ownership math, utilization targets, and preventive maintenance logic scale down cleanly: an operator running eight vans gains as much from timing a replacement correctly as a national carrier running eight hundred. The examples span both, and the methods do not assume an enterprise budget or a large back office.
Do I need a particular telematics system to follow the telematics units?
No. The telematics and tracking material is taught vendor-neutrally around the metrics that matter, such as idling time, harsh-braking events, utilization, and diagnostic trouble codes, instead of the menus of any one platform. Whatever system your depot uses, or if you are still choosing one, the reasoning transfers directly.
Related courses
- Designing & Implementing Smart Transportation Strategies
- Risk Mitigation Strategies in Transportation & Logistics
- Sustainable Logistics & Green Transportation Solutions
- Key Performance Indicators (KPIs) in Logistics & Distribution
Register for this course
Bring your fleet's cost and compliance questions to a course built to answer them. To reserve a seat, confirm upcoming dates, or arrange attendance for a depot team, reach the EuroQuest International Training office by dialing +421 911 803 183 or emailing info@euroqst.com, and the team will walk you through the next available session.
All Course Dates & Locations
31 dates · 16 cities · Sep 2026 – Jul 2027