IASI BCSI study plan
IASI BCSI · Give each week a clear focus.
8 weeks · About 6 hours per week
Body control systems theory and biomechanics of snowsports & Technical demonstration and personal skiing/riding proficiency
Define and diagram the three planes of motion and the three axes of rotation, then label which plane/axis pair each fundamental skiing or riding movement (flexion/extension, edging, rotation) occurs in
Explain how the base of support, center of mass, and line of action interact to produce balance; write a one-paragraph plain-language version you could say to a beginner
Describe the components of the skiing/riding turn-initiation, shaping, finish-and identify which body movements drive each phase
Record a 60-second video of your own linked turns and annotate it with the turn phases and the body movements you actually used
Your checkpoint
A one-page annotated diagram of planes, axes, and turn phases plus a timestamped self-video annotation sheet
Body control systems theory and biomechanics of snowsports & Movement analysis and assessment of student performance
Analyze how edge angle, pressure distribution, and rotational input combine to control turn shape, and explain the trade-offs in a 150-word written summary
Build a movement-analysis checklist covering stance, balance, edging, rotary, and pressure that you can apply to any student in under 60 seconds
Watch three unfamiliar skiers or riders and write a separate observation for each using only neutral, observable language (no judgments or fixes)
Compare your own video from Week 1 against the checklist and identify your two biggest movement patterns
Your checkpoint
A completed movement-analysis checklist applied to three observed skiers/riders plus your self-assessment
Technical demonstration and personal skiing/riding proficiency & Body control systems theory and biomechanics of snowsports
Demonstrate and self-score a consistent basic parallel or equivalent riding turn on green and blue terrain against a written rubric you create
Practice three drills that isolate edging, three that isolate rotary, and three that isolate pressure; note which drill cues the desired change in your own skiing/riding
Explain the biomechanics of a common student fault (e.g., leaning in, sitting back, upper-body rotation) and prescribe one corrective drill for each
Film a second self-video and compare it side by side with Week 1 to document measurable change
Your checkpoint
A personal demonstration rubric with self-scores and a side-by-side video comparison write-up
Teaching methodology and learning theory for instructor certification & Lesson planning, progression design, and student goal setting
Summarize three learning theories (e.g., stages of motor learning, feedback types, transfer of learning) and state one practical classroom implication of each
Map a beginner-to-intermediate progression across terrain and turn shape, sequencing at least eight steps with a clear success criterion for each
Write two complete lesson plans for different student profiles (nervous first-timer; returning intermediate) including goals, progression, and assessment
Practice delivering a 5-minute explanation of one skill out loud and time it to confirm it fits a real lesson
Your checkpoint
Two full lesson plans with sequenced progressions and success criteria, peer- or self-reviewed against a checklist
Teaching methodology and learning theory for instructor certification & Lesson planning, progression design, and student goal setting & Movement analysis and assessment of student performance
Design a goal-setting conversation script using a SMART-style framework adapted to snowsports students
Convert one lesson plan into a teach-back: run it with a partner or record yourself teaching it, then note where instructions were unclear
Practice giving feedback in three formats (descriptive, prescriptive, questioning) and record which produced the clearest response
Integrate movement analysis into a live lesson flow: observe, diagnose, prescribe, and re-check within one run
Your checkpoint
A recorded or observed 15-minute teach-back with a written reflection identifying three specific improvements
Safety, risk management, and duty of care & Professional conduct, ethics, and instructor responsibilities
List the components of a pre-lesson safety check (equipment, terrain, weather, group) and turn them into a reusable checklist
Explain duty of care, negligence, and assumption of risk in plain language and describe three scenarios where instructor conduct matters
Draft your personal code of conduct covering boundaries, confidentiality, honesty about ability, and handling conflicts of interest
Walk through two emergency scenarios (injury on slope; lost student) and write step-by-step responses
Your checkpoint
A one-page safety checklist plus a personal code of conduct and two written emergency-response procedures
Equipment, terrain selection, and environmental considerations & Safety, risk management, and duty of care
Explain how ski/board geometry (sidecut, flex, width) and binding setup affect turn initiation and stability, and match equipment to three student profiles
Describe terrain selection principles for beginner, intermediate, and advanced lessons, including snow conditions and crowding
Identify environmental hazards (ice, wind loading, visibility, altitude, cold) and state a mitigation for each
Create a terrain-and-conditions decision matrix you could use on a real teaching day
Your checkpoint
A terrain and conditions decision matrix with equipment-matching notes for three student profiles
Body control systems theory and biomechanics of snowsports & Teaching methodology and learning theory for instructor certification & Movement analysis and assessment of student performance & Technical demonstration and personal skiing/riding proficiency & Lesson planning, progression design, and student goal setting & Safety, risk management, and duty of care & Professional conduct, ethics, and instructor responsibilities & Equipment, terrain selection, and environmental considerations
Take a full-length timed practice exam across all eight domains and score it by domain
Re-study your two weakest domains using targeted notes and re-test those areas
Rehearse a mock teaching scenario end to end: greet, assess, plan, teach, check, close
Review your Week 1–7 deliverables and consolidate them into a single revision sheet
Your checkpoint
A scored full practice exam with a domain-by-domain error log and a consolidated one-page revision sheet
Milestones
Week 2: You can watch an unfamiliar skier or rider and describe observable movements without judgment in under two minutes
Week 4: You have two complete lesson plans with sequenced progressions and success criteria that another instructor could follow
Week 6: You can run a pre-lesson safety check and explain duty of care and negligence accurately from memory
Week 8: Your full practice exam shows no domain below 70% and a written error log for every missed question