Recently graduated mechanical engineer combining strong fundamentals in design and manufacturing with a year of intensive, coach-verified training in AI fluency, communication, and operational execution through COex. Comfortable moving between CAD-based design work and hands-on prototyping, with real project experience rather than classroom theory alone.
Built self-awareness and a personal growth plan with Aria.
CompletedStrengthened public speaking and team leadership.
CompletedCurrently building a business model canvas.
In progressFluent in 10+ AI tools and digital workflows, including simulation and design automation.
CompletedOngoing resilience and stress management with a human coach.
CompletedCurrently collaborating with a cross-border cohort on a virtual team project.
In progressBuilding a personal brand and portfolio.
In progressFinancial literacy and career planning fundamentals.
CompletedBeyond the standard hubs, employers can request bespoke modules built for their own tools and workflows.
A bespoke module built specifically around one employer's actual forecasting tools and reporting standards, beyond anything in the standard curriculum.
Requested by a sample fintech partnerTrained directly on one automotive supplier's actual microcontroller platform and testing rig, beyond the standard curriculum.
Requested by a sample automotive partnerApplied one industrial partner's real production line data to practice defect reduction and process efficiency methods.
Requested by a sample industrial partnerDesigned and built a small-scale automated assembly line that cut manual handling time by 34% and reduced part-placement errors by 20%, simulating a real production workflow from part feeding to final inspection.
SolidWorks · Arduino · Sensor integrationBuilt a sensor-driven monitoring system that predicted equipment failures an average of 48 hours in advance, using vibration and temperature data to flag early signs of wear before breakdown.
IoT sensors · Data logging · Basic predictive analysisRedesigned a standard drone frame to cut material weight by 22% while maintaining structural integrity, validated through simulated load testing at 1.5x expected operating stress.
CAD modeling · Load simulation · Material selection"Alex is one of the most consistently improvement-driven learners I've coached. What stands out isn't just the technical depth from the engineering background, it's the judgment: knowing when to prototype fast, when to slow down and validate, and when to challenge an assumption. I'd back this person on a real engineering or product team without hesitation."
Reach out directly, no middleman, no placement fees.