Connor King

Led global operations for a publicly traded neurological device company, owning the commercial and service infrastructure that supports Deep TMS therapy worldwide.

• Closed $8M in service agreement sales, expanding recurring revenue across the installed base.
• Reduced operational expenses by 40% while scaling support across 30+ countries.
• Built global service, logistics, and field operations processes for a regulated MedTech platform.
• Partnered with sales, clinical, and R&D leadership on commercialization and product lifecycle decisions.
• Managed P&L accountability, vendor relationships, and cross-functional teams in a high-growth environment.

Built the field service function from a reactive support model into a scalable operational department.

• Doubled field team capacity within 12 months through hiring, training, and workflow redesign.
• Deployed field service mapping infrastructure to improve dispatch, coverage, and response times.
• Standardized service procedures, KPIs, and escalation paths across regional teams.
• Partnered with clinical and sales teams to align service delivery with customer and patient needs.

Served as a technical lead in the field for Deep TMS systems, bridging clinical users, service teams, and product development.

• Maintained 99%+ equipment uptime across assigned territories through proactive service and troubleshooting.
• Captured field performance data and translated insights into engineering change orders (ECOs).
• Improved reliability and serviceability of next-generation device designs through cross-functional feedback.
• Supported installations, training, and clinical workflow optimization at customer sites.

Supported image-guided surgery systems in the operating room during complex neurological procedures.

• Provided real-time technical support for Brainlab navigation and imaging platforms in the OR.
• Delivered clinical education and workflow training to surgeons, nurses, and hospital staff.
• Troubleshot hardware, software, and integration issues under high-stakes surgical conditions.
• Served as a trusted technical partner during precision neurosurgical cases.

Developed experimental platforms for stroke rehabilitation research at the intersection of neuroscience and engineering.

• Architected integrated TMS, virtual reality, and haptic feedback systems for motor recovery studies.
• Built software and hardware interfaces for collecting and analyzing neurorehabilitation data.
• Collaborated with clinicians and researchers on experimental design and prototype validation.
• Supported lab operations, device fabrication, and testing for human-subjects research.

Patent-pending aircast designed to shorten sports injury recovery. SmartBrace aims to cut down treatment time for stable, non-displaced fractures of the lower leg through electronically controlled inflation tailored to the injury.

Traditional walking casts often leave patients guessing how much air to pump in — too tight restricts blood flow, too loose fails to stabilize the injury. SmartBrace replaces that guesswork with precise, injury-specific pressure control via a mobile app.

• Developed at the New Jersey Institute of Technology in 2016 by Connor King, Jeremy Wallace, Resham Narula, and Harsimran Kaur.
• Designed to help athletes return to the field faster compared to traditional casts and braces.

Patent pending. Not cleared for FDA use.

ZeroGate is an automatic trading bot built for zero-days-to-expiration (0DTE) options — contracts that expire the same day they are traded. It runs systematic, rules-based strategies without manual order entry during fast-moving market windows.

The bot connects to Alpaca’s API for live market data, account state, and trade execution — handling signal generation, order routing, and position management in one automated pipeline.

• Focused on intraday 0DTE options strategies where timing and execution speed matter most.
• Uses Alpaca for brokerage integration, paper trading, and live order placement.
• Designed for repeatable, programmatic trading rather than discretionary clicks.