Over the past decade, golf coaching has shifted from opinion-driven guidance to measurement-led instruction. What began as studio tools, launch monitors, pressure plates, and basic video capture has matured into integrated ecosystems that connect ball flight, body mechanics, and on-course scoring. The first wave of remote coaching relied on simple video exchanges and video calls. The current standard blends high-fidelity motion capture, structured practice plans, and performance dashboards that mirror what elite players use week to week. The net effect is clear: golfers now expect objective numbers, plain-language cause-and-effect, and a plan that aims to translate data into shots gained, rather than just a nicer-looking swing on camera.
Within this evolution, Scottsdale-based PGA Professional Erik Schjolberg has made a name for himself for turning technology into outcomes. His studio work at EJS Golf has long centered on five performance pillars: ball-first contact, low-point control, compression, dispersion management, and the precise “matchups” among grip, club face, and path that allow a player’s pattern to potentially hold up under pressure. He pairs that mechanical clarity with a robust tech stack, TrackMan 4 for club and ball flight, dual 3D force/pressure plates for ground reaction forces, HackMotion for wrist conditions, and Sportsbox AI for 3D movement insights, to remove guesswork. For Schjolberg, technology is not decoration; it is the most direct path from intent to measurable change.
The Science of Better Golf extends that studio DNA to a global audience. Rather than acting as a static lesson library, it operates as a living, coached environment that makes improvement more predictable. Members access personalized dashboards that track key metrics, log practice against defined blocks, and benchmark progress using strokes-gained style analytics. Weekly live sessions create a tight feedback loop between coach and player, and cohort learning adds the accountability most golfers may need when training alone. Players submit swing videos at set intervals, receive targeted interventions tied to measurable constraints, such as hand path length, face-to-path relationship, lead-wrist behavior near P6, and vertical force timing, and then re-measure to confirm transfer. The loop is simple and repeatable: measure, intervene, re-measure, and aim to transfer to the course.
Schjolberg’s decision to build a digital platform grew from a consistent observation over decades on the lesson tee: when golfers get quick, clear feedback, they tend to improve faster and retain changes longer. Launch data makes ball flight honest. Pressure traces clarify how rotation can emerge from ground use instead of from “spinning out.” Wrist measurements explain start lines and curvature without resorting to vague feels. By exposing these links and tracking them over time, The Science of Better Golf seeks to remove ambiguity. Golfers stop chasing tips and start executing a plan. The platform operationalizes this clarity through progress boards, structured practice templates, and a framework Schjolberg calls “Tiger 5,” which focuses on scoring levers that can reliably move handicaps.
The curriculum keeps the emphasis on impact and transfer over aesthetics. Low-point control is taught as the foundation for ball-first contact and compression. Grip, club face, and path are treated as matchups rather than “fundamentals,” acknowledging that different patterns can work provided the impact conditions are synchronized. Ground forces are positioned as the engine for pressure shift and rotation, with vertical force timing around transition used to prevent common errors such as early extension or stalled pelvis. The language remains precise and practical: players learn how two to three degrees of face-to-path, combined with a small change in lead-wrist flexion by P6, could turn a two-way miss into a single-shape stock shot. This is the same clarity Schjolberg uses in person; the platform simply scales it.
The rise of remote coaching aligns with a broader participation boom. Global reports estimate that tens of millions of golfers now play worldwide, and interest has accelerated in regions that historically lacked access to elite instruction. Digital learning environments close that gap, for golfers who may never travel to Scottsdale, The Science of Better Golf offers the same essential elements that define Schjolberg’s studio work: objective feedback, structured practice, and a coach who ties mechanics directly to numbers that matter on the course. The platform does not replace traditional lessons; it extends their reach and preserves their structure between sessions so progress does not stall.
At EJS Golf in Scottsdale, founded in 2017, the on-site process reflects the same system. Students start with baseline measurements on TrackMan 4 to lock in ball flight variables. Dual 3D force/pressure plates reveal how pressure moves under each foot and how vertical, anterior-posterior, and medial-lateral forces contribute to speed and sequencing. HackMotion quantifies how the wrists manage the club face through transition and into delivery. Sportsbox AI provides motion snapshots that clarify segment relationships and kinematic tendencies. Each tool feeds a single goal: a predictable, ball-first strike with compression and a start line that can hold under speed. The online program mirrors that workflow and then adds continuity between lessons through planned drills, repetitions, and checkpoints.
Community is built into the system by design. Weekly live sessions address common sticking points, demonstrate priority drills, and review member submissions so players see their questions answered in real time. Progress boards and Tiger 5 scorecards provide clear targets and evidence of progress, turning practice from guesswork into a series of small, verified wins. Members are encouraged to publish their practice plans and results within the community so others can model effective routines, accelerating learning across the group. The tone is professional, measurable, and supportive. Inclusion is treated as the natural outcome of competence: when golfers see tangible gains early, they stay engaged and invite others in.
Recognition of Schjolberg’s approach has followed the results. Local awards have recognized his impact in Scottsdale’s competitive golf market, and his online presence has broadened that influence beyond Arizona. The timeline of brand elements matters less than the through-line: for more than three decades, he has organized coaching around the collision of physics, biomechanics, and scoring. The Science of Better Golf is simply the scale model of that approach, delivered globally and sustained by consistent measurement.
A defining characteristic of Schjolberg’s method is the refusal to romanticize the swing. He does not teach a singular “look.” He teaches matchups that produce impact conditions the ball will respect. That means a player with a stronger grip will be given different face-management and pivot instructions than a player with a weaker grip. It means low-point drills come first for most golfers because ball-first contact and compression create the confidence needed to tackle speed and curvature. It means drills are chosen through the lens of cause and effect: if the face is closing too late relative to the path, the prescription might be more lead-wrist flexion by P6, altered timing of trail-arm external rotation, or a different foot-pressure pattern to sequence the pelvis. The system rewards precision, not preferences.
The online platform gives that precision a durable home. Players practice with intent because each block has a target, a constraint, and a simple measurement that confirms progress. A low-point ladder can be trained with tees, face-to-path can be monitored through start lines and curvature windows, and wrist conditions can be progressed with specific checkpoint feels tied to HackMotion readouts when available. For members without full hardware access, proxy measurements and external focuses fill the gap so training remains objective enough to sustain momentum. The aim is consistent: fewer variables, cleaner contact, tighter dispersion, and a club head delivered with conditions that are likely to travel from the range to the first tee.
Schjolberg’s student base, which spans touring professionals, collegiate players, competitive juniors, and committed recreational golfers, informs the platform’s breadth. Elite patterns and amateur tendencies are both accommodated because the system starts with impact and works backward. The structure is flexible where it should be, grip, stance, and backswing style, and firm where it must be, low point, face-to-path windows, and sequence. That balance is what allows a digital community to feel like a high-functioning academy. The standards are clear. The measurements are visible. The coaching conversations focus on constraints and trade-offs rather than opinions.
More than thirty years into his career, Schjolberg continues to adapt tools while keeping principles unchanged. Simplify the swing around impact. Use measurement to personalize matchups. Build practice that transfers under pressure. Then distribute the system so any golfer, anywhere, can access it. The Science of Better Golf embodies that arc: a platform that is technical but accessible, global but personal, and community-driven because competence breeds confidence. By aligning modern technology with an uncompromising focus on impact and scoring, Erik Schjolberg has demonstrated how data-driven coaching may scale without losing its edge, and how golfers worldwide can become better ball strikers faster, with proof in the numbers.
