Application Engineer

Description

• Contribute to documentation including firmware standards, coding practices, integration guides, and technical knowledge repositories
• Collaborate with the business development team to validate technical fit, support opportunity evaluation, and strengthen MSCP’s technical value propositions
• Conduct testing, troubleshooting, and refinement activities in development and operational environments
• Participate in internal R&D initiatives that improve product reliability, manufacturability, throughput, and system stability
• Ensure all technical decisions support MSCP’s Theory of Constraints methodology and protect the system’s constraining resource
• Develop embedded software for microcontroller-based systems with emphasis on flow reliability, repeatability, and reduction of variation
• Capture lessons learned to support organizational learning
• Apply root-cause analysis to implement solutions that reduce future variability and increase stability
• Collaborate with hardware designers to synchronize interfaces, assumptions, and design intent
• Translate customer and project requirements into clear, prioritized engineering tasks that align with project constraints
• Participate in project scoping, customer meetings, and technical discovery
• Support MSCP’s systemic network-of-projects approach by ensuring engineering or operational outputs enable predictable flow and reduce system-wide variation
• Participate in structured learning and feedback cycles to identify variability early and reduce rework
• Provide technical expertise to support business development activities, including proposals, feasibility reviews, demonstrations, and capability discussions
• Participate actively in MSCP’s Theory of Constraints methodology including buffer management, constraint identification, and synchronization across estimating, engineering, manufacturing, and operations

Requirements

• Engineering decisions are made with full awareness of downstream impacts
• Are curious, analytical, and open to structured feedback
• Are comfortable working across disciplines and functions
• Continuous learning is embedded into daily work
• Think in terms of systems rather than isolated components
• Value reliability, clarity, and repeatability over unnecessary complexity
• Reliability and repeatability are prioritized over local optimization

Benefits

Training + Development

Interview process

Visa Sponsorship

Security clearance