Bridging business strategy with distributed systems engineering. Nine years of building mission-critical architectures across EV Charging SaaS, Cloud Infrastructure, and high-throughput Enterprise Platforms.
Real-world architectures, hardware integrations, and high-throughput B2B systems built and maintained across global markets.
Detailed engineering breakdowns of high-throughput platforms, hardware protocol state machines, and enterprise banking connectors.
As EV charger deployments expanded exponentially, peak driver charging periods caused severe synchronous request bottlenecks, degrading response times and causing database connection pool exhaustion.
Owned distributed systems architecture, event-driven streaming design, low-latency caching patterns, and database query optimization from concept to production rollout.
Transitioned from senior engineering to Technical Product Manager. Rapidly expanding operator accounts requested disparate features without unified architectural standards, risking codebase divergence.
Directed whole-product lifecycle: customer discovery interviews, data-driven feature scoring (RICE/Value-Effort), technical PRD documentation, sprint commitments, and release governance.
Connecting thousands of physical chargers from 10+ hardware manufacturers running different firmware versions revealed continuous non-compliant JSON payloads and dropped WebSocket connections.
Authored protocol adapter specifications, led integration testing in physical charger test benches, and engineered abstraction adapters isolating core charging logic from messy charger firmware.
EV pricing is multidimensional: base connection fees, energy consumption (kWh), time-of-use peak surcharges, and parking penalties, followed by fractional revenue splits among site owners and grid utilities.
Owned the tariff configuration engine, financial settlement math, and tax calculation modules with zero tolerance for floating point rounding discrepancies.
Enterprise clients managing billions in capital relied on SAP Multi-Bank Connectivity (MBC). Transaction batches across 115+ international banks required absolute data integrity and low-latency processing.
Engineered core module performance enhancements, concurrency lock optimizations, and international client delivery (including on-site consulting with Belgian banking client).
A disciplined five-phase methodology bridging customer discovery and commercial objectives directly with robust, production-grade distributed architectures.
Uncover true operational bottlenecks through production APM metrics, customer session funnels, and root-cause analysis before touching specs.
Model throughput thresholds, compute cost, and delivery risk. Ensure every engineering choice directly compounds business ROI without hidden debt.
Author rigorous technical PRDs, OpenAPI schemas, and edge-case acceptance criteria. Unify engineers, QA, and business stakeholders early.
Stay embedded across sprint cycles—resolving ambiguities, reviewing database schemas, and ensuring smooth zero-downtime deployment paths.
Shipped code isn't done. Track real user adoption, P99 API latencies, and SLA uptime against OKRs to feed proven insights into subsequent roadmaps.
Four years on the frontlines of the clean energy transition connecting physical hardware, electrical grid capacity, and multi-tenant SaaS billing.
High-concurrency orchestration of real-time charger telemetry, driver session lifecycles, and remote command dispatch across thousands of live ports.
Deep protocol implementation: state machines, remote start/stop, firmware upgrades, smart charging profiles, and vendor firmware troubleshooting.
Seamless cross-network integration allowing drivers to authenticate, initiate charging, and settle fees across partner networks without separate accounts.
Multi-dimensional pricing engines combining energy consumed (kWh), peak time-of-use rates, parking overtime fees, and host revenue splits.
Zero-error financial clearing and automated PDF invoicing between platform operators, property hosts, and fleet corporate accounts.
Grid-aware power throttling, local load management (LLM), and prioritized fleet scheduling to safeguard electrical transformer capacity.
Technical product management backed by hands-on engineering execution across high-throughput distributed architectures.
Focused on practical product integration, operational velocity, and high-impact business workflows rather than speculative model research.
A deliberate evolution from low-level systems and enterprise banking engineering to high-ownership technical product management.
Leading the whole product lifecycle for an EV charging SaaS platform. Directing technical PRDs, roadmap governance, cross-functional engineering sprints, customer tariff engines, and platform scalability.
Architected high-throughput backend microservices, Kafka event streaming pipelines, and Redis Sentinel caching. Scaled core platform capacity to 500K+ daily transactions at 99.9% uptime.
Built enterprise banking and insurance connectors for SAP Multi-Bank Connectivity (MBC). Ensured 24/7 reliability across 115+ global financial institutions; recognized with the prestigious SAP Catalyst Award.
Rigorous computer science foundation spanning operating systems, algorithms, distributed computing, and database theory. Included SAP IXP internship and early product engineering at PiRuby.
I cut my teeth in deep enterprise systems engineering at SAP Labs, mastering distributed concurrency, relational database indexing, and the unyielding demands of mission-critical banking connectors.
Over the past four years in the fast-moving EV charging software space, I stepped into technical product management—where business goals, unit economics, and complex distributed architectures collide.
I thrive on turning messy technical ambiguity into dependable software that solves customer problems. I believe in high agency, radical candor, and engineering teams that own their outcomes from commit to production.
Reach out for technical product management opportunities, engineering leadership roles, or distributed systems consulting.