CSS-Transit study plan

Map the five exam domains to your own job tasks and rate your current confidence in each on a 1-5 scale

Sketch a typical fixed-route service day end to end: vehicle pull-out, operator sign-in, dispatch, headway management, pull-in, and revenue reconciliation

Define the core scheduling vocabulary (headway, cycle time, recovery time, peak vehicle requirement) and compute a simple peak vehicle requirement from a sample timetable

List the safety-relevant handoffs between operations control and the safety function during a service disruption

Calculate headway, cycle time, and required fleet size for three scenarios: a 10-minute peak, a 15-minute off-peak, and a 20-minute evening service

Explain how running time, dwell time, and layover interact and identify which one you would adjust first when on-time performance degrades

Describe how service planning decisions (route spacing, stop spacing, span of service) affect ridership and operating cost

Compare demand-response and fixed-route models on cost per trip and eligibility constraints

Build a hazard register with at least 15 transit-specific hazards drawn from vehicle operations, stations, maintenance yards, and customer interactions

Apply a risk matrix to score each hazard by likelihood and severity and rank the top five

Identify the control hierarchy level (elimination, engineering, administrative, PPE) for each of your top five hazards

Outline the sequence of a post-incident review: scene control, data collection, causal analysis, corrective action, and follow-up verification

Draft a security threat and vulnerability assessment outline covering stations, vehicles, and fare-collection areas

Explain the difference between safety management system components (policy, risk management, assurance, promotion) and where security fits

Identify which regulatory and oversight bodies set requirements for your transit mode and what each one actually enforces

Trace one procurement from specification to acceptance and note where safety and security requirements enter the document set

Explain the purpose and structure of a specification, and distinguish a performance specification from a prescriptive one with an example of each

Describe the procurement lifecycle stages and the approval gate at each stage

Identify the compliance obligations that attach to federally funded transit procurements and when a sole-source justification is defensible

Draft acceptance criteria and a defect-liability clause for a bus procurement

Describe the data flow from an automatic vehicle location unit through the back office to a public arrival prediction

Compare fare-collection technologies (closed-loop card, open-loop contactless payment, mobile ticketing) on cost, data ownership, and equity impact

Explain how condition monitoring and telematics data feed preventive maintenance scheduling

Identify the cybersecurity risks in connected transit systems and the controls that reduce them

Build a training needs analysis for one operator or maintenance role, mapping tasks to required competencies

Describe how to structure a practical, scenario-based refresher training session and how to measure whether it worked

Outline a change-management approach for rolling out a new technology to frontline staff

Draft three behavioral interview questions for a frontline supervisor role and the indicators you would listen for

Re-rate your confidence on all five domains and compare against your week 1 baseline

Write and answer 60 practice questions distributed across the domains in proportion to their exam weight

Review every missed question and record the underlying concept gap rather than the answer

Assemble a one-page formula and definitions sheet for last-week review