@massgovernor & CAM announced $1.8M in M2I2 awards to three MA manufacturers, supporting projects expected to create up to 62 jobs across the state.
The awardees are: • Feon Energy, based in Woburn, who will use the funding to build a pilot-scale manufacturing line & battery evaluation center to scale advanced electrolyte technology, with research & workforce partnerships. • @highlandparktech , based in Somerville, who will use the funding to establish a manufacturing line producing energy-efficient cladding systems, supporting production scale-up, workforce training & industry collaboration. • @terrestrial_bio , based in Woburn, who will use the funding to automate & scale its manufacturing line for microneedle array patches, while advancing workforce training, research & knowledge-sharing across the sector.
#CAM #M2I2
• Built-up retrofit wall systems are a traditional approach to improving building envelope performance by assembling multiple layers directly on site. These systems typically include a weather-resistive barrier (WRB), continuous insulation, furring or strapping, and an exterior cladding layer. Each component serves a specific function, but overall performance depends heavily on sequencing and installation quality. While widely used and flexible, built-up systems are labor-intensive and require significant coordination.
• Composite (or hybrid) retrofit systems aim to streamline this process by integrating multiple functions into fewer components. For example, some systems combine insulation, air/water control, and cladding support into a single panelized or pre-engineered solution. This can reduce installation time, minimize field errors, and improve overall consistency in performance. By shifting more of the complexity into design and manufacturing, these systems offer a more controlled and efficient alternative to traditional assemblies.
• However, both approaches still face challenges in real-world retrofit conditions. Existing structures often introduce irregularities that require on-site adjustments, regardless of how advanced the system is. Built-up systems offer adaptability, while composite systems prioritize efficiency and repeatability, making the choice highly dependent on project constraints and goals. As retrofit demand continues to grow, the balance between customization and systemization will play a key role in shaping future façade solutions.
#BuildingEnvelope #FacadeDesign #ConstructionInnovation #Retrofit #CladdingSystems #Architecture #ConstructionManagement #BuildingScience #HighPerformanceBuildings #OffsiteConstruction
• A facade’s performance starts with its geometry, not its materials. A building can be designed to perform and still fail in the field.
• Facade drawings define alignment and control layers like air, water, and thermal boundaries. But when those details are handed off, they’re often simplified, adjusted, or installed out of sequence to meet site conditions.
• Small deviations add up. Misaligned transitions, inconsistent insulation, and unsealed joints break continuity begin to introduce air leakage, thermal bridging, and moisture risk. Issues that weren’t present in the design begin to show up in performance.
• The result isn’t a design problem or an installation problem alone, it’s the gap between the two. When design intent isn’t clearly translated to the field, building performance becomes unpredictable.
#Architecture #FacadeDesign #ArchitecturalDrawing #DesignProcess #BuildingDesign #ArchitectureDetail #ConceptDesign #Linework #ArchitecturalGraphics #DesignThinking #ModernArchitecture #Drafting #RhythmAndProportion #DesignDiscipline #ArchitectureVisualization
• Mold doesn’t just impact people, it affects buildings too. Poor construction can lead to water intrusions and eventual mold growth which affects building structure.
• Modern homes are often built with organic materials like wood, giving mold a natural food source when conditions allow. When moisture is introduced into a wall assembly, it creates the perfect environment for growth.
• Mold only needs moisture, air, and a food source to develop. In humid, poorly ventilated conditions, it can begin forming within 24–48 hours of water exposure.
• The biggest issue is that mold often develops out of sight. Moisture can enter behind cladding or into wall assemblies and become trapped with no path to dry out.
• By the time mold becomes visible, damage is often already underway. Effective wall design isn’t just about keeping water out—it’s about allowing assemblies to properly manage and dry moisture over time.
#BuildingScience #Construction #BuildingEnvelope #MoistureControl #MoldPrevention #HealthyBuildings #ConstructionLife #Architecture #HomePerformance #BuildingDesign #ContractorLife #EnergyEfficiency #BuildingInnovation #EnvelopeDesign #IndoorAirQuality
• Thermal bridging occurs when heat moves through more conductive materials like wood framing, steel, or fasteners, bypassing the insulation layer. It’s not always obvious on paper, but it has a major impact on real-world performance.
• In a typical residential wall, wood studs at 16” on center with cavity insulation, each stud acts as a pathway for heat to transfer. Across an entire wall or home, these small interruptions add up and reduce overall efficiency.
• The effects show up over time as colder interior surfaces, inconsistent wall temperatures, and increased energy demand. Even when everything is installed correctly, performance can vary across the assembly.
• It’s not just the studs. Fasteners, plates, window openings, and transitions all contribute to the same issue. Each one creates another opportunity for heat to move through the system.
• In the end, performance isn’t just about how much insulation is used, it’s about how continuous that insulation remains once the entire assembly is built.
#MoistureControl #RainscreenSystem #BuildingEnvelope #ExteriorWall #ConstructionProblems #WaterManagement #SmartConstruction #HomeProtection #SustainableBuilding #WallSystems
• Traditional retrofit solutions rely on multiple layers and materials to achieve insulation,requiring buildings to be stripped back to the sheathing before rebuilding the assembly piece by piece. This process demands precise, on-site cutting of strapping, insulation, and cladding by skilled labor, adding significant time and complexity to the project.
• Each step introduces more opportunities for error and rework. Even small mistakes can compound quickly, turning an already time-intensive retrofit into a prolonged and inefficient process.
• As assemblies become more complex, timelines stretch and efficiency drops. What should be a streamlined upgrade becomes a slow build that impacts cost, labor, and overall project delivery.
#DurableConstruction #LongLastingMaterials #WallSystems #BuildingEnvelope #MaintenanceFree #SustainableBuilding #SmartDesign #ConstructionQuality #HomePerformance #BuildingScience
• Construction costs aren’t rising from just one factor, they’re being pushed by multiple pressures across the industry.
• Labor shortages have made skilled workers harder to find, driving wages higher across nearly every trade. At the same time, the cost of building materials continues to fluctuate due to supply chain disruptions and global demand.
• Together, labor and materials often make up nearly 60-70% of a project’s total cost. Even small increases in either category can significantly affect the final price of a build or retrofit.
• These rising costs are forcing builders, architects, and developers to rethink how projects are designed and installed. As budgets tighten and timelines stretch, the industry is beginning to look for more efficient ways to build.
#ConstructionCosts #ProjectManagement #BudgetFriendly #CostEfficiency #BuildingMaterials #HomeRenovation #ConstructionTips #SmartBuilding #SustainableConstruction #BuildingPerformance
• Most homes today are still built using layered wall systems developed decades ago. Structure, insulation, weather barrier, and cladding are all installed separately.
• Each layer serves a purpose, but they rely on perfect coordination to perform together. That coordination takes time, adds labor, and introduces more opportunities for error.
• Small inconsistencies between layers can impact long-term durability and energy performance. And yet, this process remains the industry standard.
• In other industries, systems have evolved toward integration and efficiency.
• The question is—why hasn’t the building envelope fully caught up?
#BuildingEnvelope #ConstructionChallenges #EnergyEfficiency #HomePerformance #WallSystems #BuildingScience #ModernConstruction #SmartBuilding #SustainableDesign #ConstructionEducation
