Solving complex challenges with elegant hardware solutions.
Explore My WorkDesigned to process textiles and study nanomaterial synthesis, these reactors supported high-volume and laboratory-scale chemical pathways including solvent recovery and heat transfer optimization.
Projects like the SMA-PZT actuator and capacitor-driven catapult showcased high-precision mechatronics using shape memory alloys and piezoelectric sensors for feedback control.
Modular DAQ and assembly test rigs designed for Intel featured PID control, solenoid automation, and LabVIEW integration for high-accuracy thermal testing.
High-throughput sample stacking and preparation for microstructural analysis.
Design and fabrication of custom steel gate for industrial applications.
Pilot-scale vessel assembly for process development and scale-up studies.
Automated chemical feed and control systems for precise lab-scale operations.
Scaled tank model for demonstration and testing of fluid dynamics.
Rooftop Condenser For Solvent Recovery
Liquid-Gas Bubbling Heat Exchanger
Rapidly Constructed Lab Reactor (Neutch Type Filter)
Compact Reactor / Filter System Made to Fit in Benchtop Hood
Compact Reactor / Filter System Made to Fit in Benchtop Hood
High-Pressure Pilot-Scale Reactor with Regenerative Solvent Rinsing
Valve Controller for High-Pressure Pilot-Scale Reactor
Microprocessor Lidding Machine
Microprocessor Lidding Machine (Alternate Angle)
High-Pressure Tester for Microchannel Heat Exchangers
Shape Memory Alloy Actuated Catapult
Large Custom Metal Gate
Space and Strength Optimized Linen Racks 1
Space and Strength Optimized Linen Racks 2
Space and Strength Optimized Linen Racks 3
Space and Strength Optimized Linen Racks 4
IN-718 TEM Sample Preparation
TEM Sample Polishing Aid
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I'm Blake K. Rogers, a multidisciplinary engineer specializing in electron microscopy, smart materials, and precision instrumentation. I bring ideas to life through hands-on prototyping, system automation, and nanomaterials research.
