Our meticulous process eliminates common hassles, setbacks, and mistakes to ensure stunning, stress-free results. You and your clients will LOVE your Rockman experience… from start to finish.
We exclusively offer high-end brands like LePage Millwork, Weather Shield, and Ital East Corp. Every window and door package you order is a custom-made, painstakingly crafted masterpiece of modern technology and exquisite design.
At Rockman, your project isn’t transactional—it’s personal. We’re committed to providing you and your clients with world-class support, expert guidance, and unconditional accountability. You’re more than a client; you’re a PARTNER.
Black Double Casement Window Black Door Weather Shield Contemporary Woodstock NY
Black Picture Windows Night Photo Weather Shield Contemporary Bergan NJ
Bronze Casement Windows Clerestory Tower Weathershield Contemporary Collection Bronxville NY
Bronze Fixed Clerestory and Casements with Transoms Weathershield Contemporary Collection Bronxville NY
Bronze Trapezoid Fixed Windows Clerestory Tower Weathershield Contemporary Collection Bronxville NY
White Clad French Door Bay with Transoms LePage Greenwich CT
White Clad French Door Sidelites and Transom Windows LePage Greenwich CT
White French Doors Sidelites and Transoms Double Hung Windows LePage Greenwich CT
White Interior Slider Door Weather Shield Contemporary East Hampton NY
This course defines and outlines the four flashing methods recommended by AAMA Installation Masters for windows and doors with mounting flanges. In addition, it evaluates the different types of mounting flanges and flashing materials, and compares the four flashing methods that have become many manufacturers' recommended procedures. The course explains the importance of sealing and flashing rough openings for blower door testing and incorporating different types of weather-resistant barriers during installation.
As a result, the architect and/or builder will be able to recognize and evaluate window and door installation during the construction cycle or troubleshoot afterward. (Learning unit is also Health Safety & Welfare compliant.)
This course defines the four fundamentals (air, water, structural, and forced entry) of design performance (DP) ratings. Testing standards, test methods, and evaluations as defined by AAMA are identified and explained for each of these criteria. The six factors in determining Design Load for structural performance are explained. AAMA labeling system is reviewed; educating participants in the ability to analyze the labeling system for jobsite verification.
This course is also a precursor to c104 – Window and Door Design for Storm Protection. (LU/HSW)
This course clarifies the development of recent code changes to IBC and IRC for hurricane-prone regions. It evaluates window and door design performance (also known as DP rating) and wind load requirements. It demonstrates how to assess wind zone maps and wind-borne debris requirements for missile testing (in accordance with ASTM E1886 and E1996). The importance of installation methods for compliance to testing standards is identified. (LU/HSW)
This course identifies the key ingredients and characteristics of the different types of paint finishes available on aluminum, along with the limitations of each. AAMA paint standards and test methods for each type of paint finish are defined. It provides information to help in the selection and specification of the appropriate finish according to project and job application. It also outlines the manufacturing process of painting and anodizing of aluminum. (LU/HSW)
This course highlights the historical importance of daylighting. It defines the components of daylight and health benefits associated with it. It also introduces important case studies that indicate how daylight can benefit people, businesses, and institutions.
Also outlined are “green” building rating systems like LEED can earn points for daylighting. The course suggests potential daylighting strategies for different building types. (LU/HSW)
This course briefly introduces daylighting and its benefits. It then identifies energy-efficiency issues related to increasing daylighting and glazed openings. It evaluates specific methods and technologies to improve thermal performance of glazed openings, including relative U-factors, solar heat gain coefficient (SHGC), UV protection, and visible light transmission (VT).
The course also outlines the benefits of an energy-efficient glazing system that allows for increased daylighting. (LU/HSW)
And more. Courses last 60-90 minutes, are worth 1 CEU credit for HSW and/or AIA, and can be taken at either of our showrooms:
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