UKOM Sp.DVE study plan

Draw and label the arterial tree from aortic arch to pedal arch from memory, then correct errors against an anatomy atlas

Explain the hemodynamics of stenosis (Poiseuille, Bernoulli, critical stenosis, collateral recruitment) in writing without notes

Differentiate the pathophysiology of claudication vs critical limb-threatening ischemia, including microcirculatory and metabolic changes

Map the angiographic segments of the femoropopliteal and tibial vessels to the corresponding open surgical exposures

Classify aortic aneurysms by location, morphology, and etiology, and state repair thresholds with the evidence behind them

Describe the Stanford and DeBakey dissection classifications and the immediate management priorities for each type

Sequence the steps of EVAR and TEVAR planning: sizing, landing zones, access assessment, and device selection

List the deterministic and stochastic radiation risks and apply ALARA, collimation, and last-image-hold principles to a hypothetical case

Compare contrast-induced nephropathy prevention strategies and select an appropriate one for a patient with eGFR 35

Apply the CEAP classification and duplex criteria to grade chronic venous insufficiency and select conservative vs interventional management

Outline the diagnostic pathway and anticoagulation decisions for suspected lower-limb deep vein thrombosis, including provoked vs unprovoked duration rules

Distinguish primary from secondary lymphedema and describe complete decongestive therapy components

Execute the acute limb ischemia workup: Rutherford classification, immediate heparinization, imaging choice, and revascularization decision within a stated time frame

Describe hard signs of vascular trauma and the indications for immediate exploration vs CT angiography

Interpret ankle-brachial index, toe-brachial index, and segmental pressures in calcified and non-calcified limbs

Read a duplex report and translate peak systolic velocity ratios and waveform changes into a stenosis grade

Compare arteriovenous fistula, graft, and catheter configurations for hemodialysis access and state the advantages and failure modes of each

Apply the rule of 6s and physical exam plus surveillance criteria to detect access dysfunction, and outline management of steal syndrome and access-related infection

Perform a structured vascular history and pulse/exam sequence and document findings in a standard format

Compare endovascular and open revascularization for aortoiliac and infrainguinal disease using TASC-style anatomic reasoning and current guideline recommendations

Select conduit and approach for infrainguinal bypass and state graft surveillance and antiplatelet/anticoagulation plans

Distinguish ruptured, symptomatic, and asymptomatic aortic aneurysm management pathways including permissive hypotension and transfer decisions

Describe open and endovascular options for thoracoabdominal aneurysm and the spinal cord ischemia mitigation strategy

Explain type I to IV endoleak mechanisms and their respective management options

Sequence a diagnostic angiogram and a peripheral intervention: access, sheath selection, wire and catheter choice, anticoagulation dosing, and closure

Select balloons, stents, covered stents, and atherectomy devices for defined lesion morphologies and justify each choice

Describe open surgical technique steps for endarterectomy, patch angioplasty, and prosthetic graft placement including infection prophylaxis

Outline perioperative care for vascular patients: cardiac risk assessment, beta-blockade and statin continuation, fluid strategy, and regional vs general anesthesia considerations

Identify the major complications of endovascular access and their immediate management

Apply current antiplatelet and anticoagulation regimens to PAD, carotid disease, EVAR, and bypass patients, including perioperative bridging decisions

Construct a risk factor modification plan covering smoking cessation, lipid targets, blood pressure, and diabetes control with specific agents and targets

Analyze a consent scenario for a high-risk revascularization using shared decision-making and capacity assessment principles

Explain confidentiality, duty of candour, and error disclosure obligations in a vascular adverse event

Design a small quality improvement measure for a vascular service using a structure-process-outcome framework and an audit cycle

Complete two full-length timed mock examinations and log every incorrect item by domain and error type

Re-teach the five weakest topics from the error log by writing a short explanation for each without reference material

Recite the numeric thresholds and time targets that recur across domains: repair sizes, ABI cutoffs, ischemia windows, and anticoagulation durations

Simulate a rapid-fire case review of 20 mixed scenarios under time pressure and verbalize the decision for each