Executive AI literacy
Give leaders a clear view of AI capabilities, limitations, risk, governance, and where investment can create meaningful operational value.
Lab57 gives manufacturing teams the practical knowledge, hands-on experience, and confidence to use AI responsibly in the work they already do.
Role-specific learning for industrial teams—grounded in the decisions, documents, data, and workflows people encounter every day.
Give leaders a clear view of AI capabilities, limitations, risk, governance, and where investment can create meaningful operational value.
Train engineering, quality, operations, and support teams through hands-on exercises shaped around their real responsibilities.
Teach teams to work effectively with modern AI tools for research, analysis, documentation, troubleshooting, and knowledge access.
Turn one-time training into lasting capability with champions, shared standards, use-case coaching, and a practical path to scale.
Hands-on training for organizations rolling out personal AI agents to their teams, and for individual teams getting started with one. Learn to delegate real day-to-day work to an agent, review what it produces, and build safe, repeatable workflows around it — from research and drafting to follow-ups, scheduling, and knowledge tasks.
AGENTS COVERED — Muse · Hark · Grok Bot · Dots, plus the habits that transfer between them: clear task briefs, the right context and permissions, human review before anything ships, and responsible use.
Training is most valuable when people can connect a new capability to a real task, test it safely, and keep improving after the session ends.
Identify where teams spend time, make decisions, and handle knowledge so the learning is immediately relevant.
Use guided, industry-grounded exercises to build sound judgment—not just familiarity with a tool.
Translate lessons into shared playbooks, responsible-use standards, and team-led momentum.
The future of manufacturing depends on more than smarter machines. It depends on AI-ready people.
Relevant to the role.
People learn faster when the examples match their work.
Practice over presentation.
Every session should create skills teams can use the next day.
Confidence with judgment.
Effective adoption includes knowing when—and when not—to use AI.
Bring practical AI training to your leaders, engineers, operations teams, or wider workforce—built around the work they need to do, including Personal AI Agent training for organizations and individual teams.
Plan a training engagement ↗Daniel is the founder of Lab57 and an AI product leader whose career spans manufacturing engineering, industrial data systems, applied machine learning, and generative AI.
He has led AI and data products from customer discovery through deployment, built solutions for semiconductor and electronics manufacturing, and helped translate complex technical capabilities into practical tools people can trust. That combination of engineering depth and product leadership shapes Lab57’s training: technically rigorous, operationally grounded, and designed for action.
At Core Impact, Daniel serves as Co-Founder, CTO & Head of Product, leading an athlete performance platform that brings together wearable hardware, sensor and garment manufacturing, biosensor analytics, a native iOS experience, and AI coaching.
Daniel built the scoring framework that translates EMG and IMU data into movement quality, power, consistency, and an athlete-facing performance score.
Drawing on deep manufacturing operations and process development experience, Daniel oversees domestic and overseas sensor and garment production, partners with hardware and firmware engineers on PCB design, fabrication, and assembly, and sources critical device components.
He shipped an LLM-based coaching assistant with a structured context model and safety guardrails, giving athletes a clearer way to understand performance data.
Daniel’s manufacturing career progressed from hands-on PCB production to process engineering leadership and industrial AI—using data, controls, and disciplined experimentation to improve how complex work gets done.
Sr. AI Engineer & Product Manager
Curated and evaluated data for SemiKong, an open-source semiconductor language model; improved aiKO agents used by a chip designer for customer-support ticket responses and by field engineers for electrical-schematic failure diagnosis; and captured subject-matter expertise as facts, rules, and heuristics.
Data Scientist → AI & Data Product Manager
Visited semiconductor fabs, PCBA factories, and photonics manufacturing sites to learn each process firsthand, map operational constraints, and identify where machine-learning models could create value. Owned the full product lifecycle for AiCard, IntraRatio’s flagship AI platform, from concept through customer deployment; implemented machine-learning models—including an Isolation Forest outlier-detection application for factory data—from prototype to production; built a RAG LLM application that answered technical questions from uploaded knowledge-base documentation.
Process Engineer → Process Engineering Manager
Owned lamination and final inspection processes, administered and mapped the company MES, automated pilot-line data collection with Raspberry Pi and Siemens PLC systems, built SPC workflows, ran DOE and validation programs, and led teams bringing TrueWrite Film to shipment.
Manufacturing Engineer II
Led a team of three engineers and one technician supporting a coronary imaging catheter line, combining equipment and process validation with DOE, ANOVA, t-tests, control charts, and weekly SAP Business Warehouse scrap analysis.
Operator → Jr. Process Engineer → Process Engineer
Learned more than 20 PCB processes from design through shipment, then built impedance prediction models, improved engineering data collection with InPlan, partnered on CAM automation, created DFM standards, and analyzed process performance with Minitab, JMP, Excel, and Python.
Daniel’s work connects the factory floor, the data stack, and the AI product layer—so Lab57 can teach both the potential and the practical limits of the technology.
Experience across process engineering, new product introduction, MES implementation, quality systems, electronics, and advanced manufacturing.
Built and shipped industrial AI products spanning anomaly detection, predictive maintenance, RAG knowledge tools, analytics, and MLOps.
Led AI product strategy, customer discovery, technical prototyping, cross-functional delivery, and the translation of complex systems into useful experiences.