Jeffrey McIntyre

Human Movement Specialist
347-447-4698 RedEyeCoding@gmail.com

Professional Logic

I have 14 years of experience as a systems engineer and 25 years as a high-level athlete. I look at the human body through the lens of holistic system reliability—identifying mechanical "glitches" like poor hip rotation or joint instability before they lead to structural failure.

I am transitioning from fixing servers to fixing human movement. I have a proven eye for isolating root-cause biomechanical failures and a deep respect for technical accuracy and clinical documentation.

Active Credentials

Human Movement Specialist (HMS) Expected July 2026
Brookbush Institute
📄*Click Here* View Clinical Transcript [PDF]
Completion Status80%

Certified Personal Trainer (CPT) Active (2025)
Brookbush Institute
📄*Click Here* To Verify Active Certification [PDF]
Metabolic Reboot & StabilizationCurrent
Independent Case Study
  • The Strategy: Bypassed standard routines for high-efficiency circuits based on time constraints.
  • The Result: Client dropped 10 lbs while actively breaking physical barriers.
Plantar Fasciitis Corrective InterventionCurrent
Independent Case Study
  • The Setup: Took over a chronic Plantar Fasciitis case where standard physical therapy interventions and previous exercises had stalled out.
  • The Result: Produced significant symptomatic relief and decreased pain levels by neutralizing lower-extremity compensations. Currently stabilizing gait mechanics through an ongoing corrective protocol.
Technique Instructor (Modern Arnis) 2022 – 2023
Village Martial Arts Institute
  • Weaponry Mechanics: Instructed students in high-velocity stick fighting, focusing on the mechanical deconstruction of rotational force and weapon-based kinetic chains.
  • Proper Technique Audit: Applied a rigorous mechanical framework to ensure proper technique, focusing on joint centering during complex, high-speed striking patterns.
  • Structural Stabilization: Developed drills specifically for stabilizing the wrist, elbow, and shoulder joints to prevent injury during high-impact weaponry training.
Kinematic Striking Practitioner (Boxing)2018 – 2020
Gleason's Boxing Gym (New York City)
  • The Focus: Dedicated two years strictly to the mechanical deconstruction of boxing, analyzing rotational force generation and cross-body kinetic sequencing.
  • The Logic: Opted out of active competition to prioritize pure movement analysis, studying how the lower body generates torque that transfers efficiently through the core and into the upper extremities without structural degradation.
Senior Practitioner & Technique Coach2013 – 2017
Coban's Muay Thai Camp (New York City)
  • The Reality: Functioned as a primary sparring anchor for the camp. Rather than building a traditional competitive fight record, I accumulated thousands of rounds of live, high-resistance sparring to stress-test biomechanics and kinetic force against dozens of different body types.
  • The Application: Translated that elite, practical experience into a coaching role. Lowered injury rates for incoming students by implementing a "form-first" mechanical audit, fixing hip and shoulder alignment during their initial training phases.
  • The Logic: Deconstructed high-speed striking mechanics into safe, teachable systems. Consistently identified early signs of physical fatigue to correct form before it led to structural strain or joint injury.
Professional BMX Athlete (Flatland)2005 – 2012
Self-Directed
  • Result: Maintained a 7-year professional career in a high-impact sport through self-directed recovery and mechanical maintenance.
  • Mastered elite-level balance and proprioception, gaining a deep practical understanding of the body's kinetic chain and deceleration mechanics.
Biomechanical Technical VisualizerCurrent
  • Designing high-retention technical visualizers to translate movement science into digestible formats.
Technical Operations EngineerJune 2022 – May 2025
Salesloft (Remote Tier 3 Engineer)
  • Result: Protected $4.26M in annual revenue and prevented an additional $2.2M in customer loss by serving as the final technical anchor for enterprise-level failures.
  • Result: Engineered a one-week manual maintenance and deployment cycle down to 10 seconds of automated code using Python.
  • Accuracy: Maintained 100% integrity in technical documentation and diagnostic logs, a discipline I am now applying to medical charting.
  • Pedagogical Communication: Hosted live company webinars and authored technical documentation to break down complex engineering concepts for non-technical teams. This directly translates to clinical practice: the ability to educate a patient on their biomechanical faults without overwhelming them with medical jargon.
Carrier-Grade Operations EngineerMarch 2013 – June 2022
Vocal IP (New York City)
  • Infrastructure Reliability: Primary engineer responsible for the physical hardware build-outs, configuration, and full-stack debugging of Cisco, Fortigate, and Juniper infrastructure.
  • High-Compliance Diagnostics: Maintained 99.9% uptime for carrier-grade networks serving mission-critical healthcare and financial clients for nearly a decade.
  • Protocol Synchronization: Managed and troubleshot large-scale enterprise VoIP deployments, ensuring seamless communication across complex, multi-site infrastructures.
  • Root-Cause Logic: Applied a rigorous diagnostic framework to identify and resolve hardware and software failures in high-pressure production environments, maintaining 100% integrity in technical diagnostic logs.
Mechanical Technician & Educator2002 – 2006
REcycle-A-Bicycle
  • The Challenge: Tasked with breaking down complex hardware systems (drivetrains, kinetic tension, structural alignment) into fundamental, easily digestible concepts for non-technical youth audiences.
  • The Application: Volunteered as a guest educator at The School for the Urban Environment (2003 – 2004), successfully teaching 5th graders how to perform basic mechanical repairs over a dedicated one-semester program.
  • The Logic: Developed a simplified pedagogical framework to teach root-cause mechanical troubleshooting. This explicitly translates to clinical practice: the ability to process complex biomechanical data and deliver it to a patient as a clear, simple, actionable movement cue without overwhelming them with jargon.
l>

Clinical Biomechanics

  • Movement Assessment: Identifying poor joint alignment, compensations, and gait issues.
  • Form Correction: Skilled at giving clear, simple cues to fix technique and prevent joint strain.
  • System Diagnostics: Root-cause analysis for movement dysfunction in the kinetic chain (e.g., Upper/Lower Body Dysfunction, Lumbo-Pelvic-Hip Complex).

Engineering & Operations

  • Operational Standards: Experienced in high-accuracy data logging and maintaining detailed operational records within a high-compliance professional environment.
  • Automation & Logic: Python scripting, API interaction, and isolating variables to diagnose system-wide failures.