LINEAR ACCELERATOR ROOM CONSTRUCTION BUSINESS PLAN

I. Executive Summary

Company Description

ShieldWorks Radiation Construction—named to reflect our focus on engineered shielding and hands-on delivery—operates in the healthcare construction and engineering sector, specializing in turnkey, radiation-proof rooms for hospitals and cancer centers. We deliver fixed-price, productized radiation vaults for linear accelerators and diagnostic/therapeutic equipment, combining certified medical physicists and structural engineers so each room is safe, compliant, and ready for immediate clinical use. One clear promise: turnkey radiation vaults delivered to clinical handoff standards.

We design shielding, perform physics calculations, engineer structural integration, manage construction, install equipment, and commission rooms to regulatory standards. What sets us apart is our integrated medical-physics-plus-engineering model, certified team, and fixed-price productization that reduces budget risk for hospital buyers. We target U.S. metropolitan hospitals and cancer centers; short-term aim is to win 10 regional projects in 12 months, long-term goal is national rollout with standardized modules and 20% EBITDA by year five. One clear metric: regionally proven installations leading to scalable national growth.

Problem

Hospitals and cancer centers face project delays, cost overruns, failed inspections, and safety exposures when building linear accelerator rooms because general contractors typically lack specialized radiation physics and regulatory engineering expertise. High-energy accelerators demand precise shielding; mistakes lead to rework, disrupted clinical schedules, and licensing hold-ups.

Existing construction markets under-serve this need: regulatory complexity from the Nuclear Regulatory Commission and varied state rules requires integrated medical-physics and structural-engineering teams, which most providers do not have on staff. There is a clear need for a turnkey, expert-led solution that delivers safe, compliant, and immediately operational radiation vaults on a predictable, fixed-price basis. One-liner: Misaligned construction skills, strict regulation, and high radiation risk create project failure points.

Solution

Healthcare systems building radiotherapy vaults face complex physics requirements, strict regulatory standards, and fragmented accountability between consultants, architects, and contractors. Our turnkey solution delivers a single accountable provider that combines radiation physics, architectural integration, specialized shielding installation, and final certification so facilities open on schedule and meet regulatory requirements.

We remove coordination risk and cost overruns by centralizing responsibility for design, construction, and certification, giving hospital administrators one contract, one timeline, and one certified deliverable: operational, compliant vaults ready for clinical use.

Mission Statement

We deliver the most reliable, efficient, and scientifically rigorous radiation-shielding vaults for cancer centers and hospitals across the United States. We protect the safety of patients and medical professionals through innovative engineering, strict regulatory compliance, and an integrated physics-and-construction model that shortens schedule and error risk. We aim to set the national standard for radiation protection and facility integrity while partnering to reduce operational disruption and ensure predictable, auditable outcomes.

Key Success Factors

Core capabilities that enable rapid, compliant, fixed-price linear accelerator room construction.

• In-house medical physics and structural engineering guaranteeing regulatory compliance and precise shielding calculations.
• Proprietary pre-engineered designs enabling fixed-price certainty and accelerated delivery timelines.
• Manufacturer partnerships supplying a steady stream of high-quality referrals and coordinated equipment integration.
• Strong capital position and specialized equipment fleet to execute complex, large-scale shielding projects reliably.
• Planned clinical team scale-up to 3.0 Senior Medical Physicists by 2030 to meet projected market demand.

Financial Summary

Key financial highlights for the Linear Accelerator Room Construction business in the Executive Summary.

Financial requirements: initial capex $980,000 and minimum cash reserve $1,171,000 (Jan-26). Anticipated return: project IRR 1865.11% and ROE 169.1%; breakeven and payback occur in Jan-26 (month 1).

Financial outlook: rapid growth to $71,470,000 revenue by 2030 with strong profitability and cash generation.

Funding Requirements

$2,151,000 equity raise funds all capex and one-month operating cash; breakeven and payback in Jan-26.

2026 projections: Revenue $17,950,000; EBITDA $11,981,000; 5-year EBITDA > $158,000,000; IRR 1865.11%; ROE 169.1%; rapid growth to $71,470,000 revenue in 2030.