Bryce Tom, Pe Email & Phone Number

California, United States

Essen, North Rhine-Westphalia, DE

Developing California Floating Offshore Wind

London, England, GB

• Managed turbine technology selection, engineering studies, feasibility assessments, tower/foundation life extension, turbine siting, BOP modifications, VAR controller design, regulatory compliance, technical.
• Turbine Supply Agreement (TSA) contract manager – Wrote TSA Scope of Work and led TSA technical negotiations / contracting redlines.
• Wrote package Scope of Work for all relevant project engineering inquiries and managed contractor engineering schedules and performance metrics.
• Defined construction, commissioning, decommissioning plans and requirements for TSA, EPC, BOP. Developed processes for Handover to Operations.
• Established quality requirements & assurance processes for turbine blades and major components. Defined contractor execution interfaces / hand-offs and formalized in all contracts.
• Provided field-based construction support, including equipment delivery inspections, Mechanical Completions (MCC), WTG handover, permitting, metric reporting, and EPC management.

London, England, GB

• Led teams of special projects to improve production performance, remediate facility and subsea integrity risks, repair hull and marine systems, and manage life-support effectiveness on a floating production platform in.
• Operations lead for maintenance campaigns / TARs (7-60 days). Prioritized scope, specified and secured construction resourcing, estimated commercial impact, mobilized materials and logistics, optimized schedule. Proven.
• Single-point of contact between onshore engineering, projects, and offshore operations teams. Worked closely with stakeholders to ensure robust, sustainable, and implementable solutions.
• Typically resolved $10-$500 million risks under tight constraints: schedule (sometimes days/weeks), production deferral minimization, limited execution manpower availability, site physical constraints, weather.

London, England, GB

• Offshore-based rotational role supporting floating production facility (1 engineer for 99 personnel). Performed front-line, cross-discipline triage for all production, structural, and life-support systems.
• Actively managed site vulnerability profile by analyzing performance data, testing barriers, and implementing risk mitigations. Analyzed safety and production critical mechanical defects, recommended run/shut-down.
• Provided key design input for major projects and led construction, commissioning, start-up QAQC.
• Fostered safety culture and open communication between the technicians and Houston teams.
• Line manager for Site Challenger Engineer - set weekly tasks and managed development.

London, England, GB

• Houston-based operations engineer. Ensured plant safety and reliability for floating production facility. Provided urgent, on-call support and delivered long-term continuous improvement.
• Primary technical reviewer for plant modifications, EPC bids, major capital site upgrades (brownfield projects), and repair work.
• Responsible for maintaining internal & industry standards and regulatory conformance across site.
• Planned and delivered projects (budget $10k - $1.5 million) to resolve site risks and improve production.
• Developed regional best practice. Led a team of 12 to design and install temporary topsides equipment for new well start-up. Eliminated 7 days of rig time ($10 million reduction per well). Method was later adopted as.

London, England, GB

Evaluated Hopkins project design bids in concept development phase. Supported Thunder Horse Water Injection major capital project (>$250 million) in Construction phase: Built opex models and integrated into forecasting budgets, wrote Operating Procedures and created operator training, optimized seawater filtration management system ($156k/year savings).

London, England, GB

Offshore-based rotational role & Houston-based support. Supported site reliability triage. Led all pre-startup safety walkdowns. Prevented a $2.3 million lost production by designing a temporary bypass that allowed online repairs. Led MOC conformance for entire site (average 70/year). Responsible for all platform valve specification and repair. Purchased.

Boston, MA, US

• R&D Intern developing a high-efficiency gas water heater.
• Optimized burner performance through combustion, stoichiometric, heat transfer analysis and empirical testing.
• Performed prototype modifications and efficiency tests in laboratory workshop.
• Established a methodical, hands-on approach to prototype construction, monitoring, and testing.

Master Of Science, Mechanical Engineering

Bachelor Of Science, Mechanical Engineering