Digital Manufacturing Industrial Background
SYS_DOMAIN: DIGITAL_MANUFACTURING

Engineering Precision at Global Scale

I strive to bridge the gap between the digital world and the manufacturing world through data-driven process optimization and Industry 4.0 integration.

Deployment_Range
Nordics / EU / Global
IoT_MODULE
SECURITY_P
PROCESS_S
ASSEMBLY_U
Industry_Partners
Volvo Cars
AMARIS
Unilever
Koenigsegg Automotive AB
ITAB
Husqvarna
Neptune Diesel House
Telos Advisory
Volvo Cars
AMARIS
Unilever
Koenigsegg Automotive AB
ITAB
Husqvarna
Neptune Diesel House
Telos Advisory
VERIFIED_CREDENTIALS
Lean Six Sigma Black Belt
Certified Agile Leader
Production Engineering (MSc)
THE_PROTOCOL: IT_OT_CONVERGENCE

The Industrial
Strategy Blueprint.

My methodology moves beyond simple automation. I implement a Gate-Gate Industrialization Model that ensures every phase—from initial RFQ to final FAT/SAT commissioning—is validated against rigorous efficiency metrics.

01. Discovery & DFM

Identifying bottlenecks through Design for Manufacturing (DFM) feedback loops before a single machine is installed.

02. Simulation & Verify

Utilizing Siemens Plant Simulation to verify OEE projections and avoid unnecessary CAPEX requirements.

Industrial Process Simulation
LIVE_SIMULATION_DATA
"Visualizing throughput latency before physical installation avoids millions in corrective costs."

CORE ARCHITECTURES

Smart Factory Transformation

Integrating IoT and smart technologies to create resilient, data-driven manufacturing operations (Industry 4.0).

Digital Compliance & Resilience

Turning EU Battery Regulation, GDPR, and NIS2 compliance into a reliable operational advantage.

Process Engineering & Industrialization

End-to-end management from RFQ to FAT/SAT, commissioning, and final industrialization.

IMPACT_ANALYSIS_LOG

Technical Dossiers

COMPLETED TASKS

01

Managed lifecycle from RFQ to SAT/FAT, commissioning, and ramp-up.

02

Fine-tuned feed rates and G-Codes for mass production.

03

Validated efficiency using Siemens Plant Simulation.

04

Established control plans and PFMEAs for EU Regulations.

05

Developed custom Power Apps for parameter tracking.

06

Negotiated by-product disposal and space constraints.

GALLERY

PFMEA_MAPPING
PFMEA_MAPPING
PROCESS_FLOW
PROCESS_FLOW
PLANT_FLOOR_MAP
PLANT_FLOOR_MAP

CRITICAL_HURDLES

  • Implementing new processes with limited in-house CNC expertise.
  • Coordinating multiple suppliers while facing strict budgetary constraints.

COMPLETED TASKS

01

Design central fume extraction system for 6 soap lines.

02

Architect flash steam recovery system with pump pit design.

03

Developed Equipment Ledgers for the TLO model line.

04

Engineered in-house chiller for DLO stamper line.

05

Digitalized plant-wide CAD drawings for water networks.

06

Led Kaizen events via PFMEA and root cause analysis.

GALLERY

FUME_EXTRACTION
FUME_EXTRACTION
PROCESS_FLOW_MAP
PROCESS_FLOW_MAP
WCM_LEDGER
WCM_LEDGER

CRITICAL_HURDLES

  • Managing 6 high-impact projects simultaneously in a live production environment.
  • Integrating utility systems across parallel lines without interrupting production.

COMPLETED TASKS

01

Engineered oil purification system to minimize wastage.

02

Designed layout for new workshop with ergonomic workflow.

03

Managed ROI strategy for engine testing machines.

04

Executed TPM schedules for testing infrastructure.

05

Supervised repair division technicians and scheduling.

06

Designed AC solutions to stabilize testing conditions.

GALLERY

FACILITY_LAYOUT
FACILITY_LAYOUT
OIL_RECOVERY_SYSTEM
OIL_RECOVERY_SYSTEM

CRITICAL_HURDLES

  • Balancing daily supervision with long-term strategic projects.
  • Integrating legacy workflows into a new high-efficiency layout.

COMPLETED TASKS

01

Conducted studies of the Jesko final assembly process.

02

Executed Modular Function Deployment (MFD) for needs.

03

Identified ergonomic pain points via technician interviews.

04

Evaluated designs against sustainability benchmarks.

05

Executed complete 3D CAD modeling for finalized system.

06

Identified cutting-edge handling technologies via research.

GALLERY

MHS_CAD_LOG_01
MHS_CAD_LOG_01
MHS_CAD_LOG_02
MHS_CAD_LOG_02
MHS_CAD_LOG_03
MHS_CAD_LOG_03

CRITICAL_HURDLES

  • Meeting extreme precision requirements of hypercar assembly.
  • Ensuring modular adaptability for future vehicle generations.

SKILLS & ARSENAL

Industrial Design & Simulation

SolidWorks
CATIA V5
AutoCAD
BricsCAD
Siemens Plant Simulation
Facts Analyzer
ABB Robotic Studio

Operational Excellence

Lean Six Sigma Black Belt
Agile Leadership
Kaizen
5S Methodology
TPM
PFMEA
Value Stream Mapping (VSM)

Digital Integration & IIoT

Industrial IoT
Teamcenter (PLM)
SAP ERP
Power BI Dashboards
Power Apps Development
BigQuery
Python

Compliance & Technical Strategy

NIS2 Directive
GDPR
EU Battery Regulation
RFQ Management
FAT/SAT Commissioning
OEE Performance Modeling

CERTIFICATIONS

INTEL_QUERY: MANUFACTURING

Industrial Q&A Index.

Specific insights regarding digital transformation frameworks and industrial process engineering.

SYS_ACTION: CONNECTION

Architect Your
Next Breakthrough

Ready to Optimize your Manufacturing Processes through Data Driven Solutions? Ready to initialize a strategic dialogue and work with me?

SYS_ACTION: ADVISORY

Strategic
NIS2 Compliance

Seeking specialized consultation for EU regulations, GDPR, or digital resilience? Visit Telos Advisory.