Material Properties and Selection (Metals, Composites, Plastics)
Mechanisms and Actuators
Thermal Design, Analysis and Simulation
Physical Prototyping and Fabrication
3D Printing Optimization, Metal Sintering, SLA
Circuit Prototyping
Electromechanical Assembly
Electronics Measurement & Test
Machining and Mechanical Fabrication
Material Properties (Metals, Composites, Plastics)
PCBA Rework, SMT, Soldering
Systems Engineering
Control Systems Design
Electromechanical Systems Design / Development
Engineering Process Dev. (QMS, Reliability, Risk Man.)
Power Systems
Robotics and Autonomous System Design
Systems Architecture, Requirements, Budgeting, Build vs Buy
Systems Integration and Testing
Test Engineering
Automated Test Systems for Electromechanical Products
EMI / EMC Design, Test and Validation
Environmental Test
Product Safety / Risk Assessment
Reliability Analysis and Verification
Test Program Development
Vacuum Systems
Industry
Automotive / Transportation
Aviation
Consumer
Defense
Energy
Industrial Automation
Medical
Space
Telecomm
State of project when SOE joined
Consulting Request
Design
Existing Product
Idea
Market Analysis
Product
Prototype / Working Product
Specifications
What client asked for
Advisory Services
Custom Solution
Environmental Testing
Prototyping
Turnkey Solution
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Systems Architecture, Requirements, Budgeting, Build vs Buy
System architectures are conceptual models that organize and map the structure and behavior of how a set of things works together as part of a larger mechanism or interconnected network. These formal descriptions of how a mechanism works are core to the engineering process at Second Order Effects and are utilized across engineering disciplines to set up projects for success.
