Amin Shokri
About
I am an Electrical Engineer based in Denmark with experience spanning electrical design support, technical coordination, execution follow-up, QA/QC-related documentation, commissioning readiness, and handover support across industrial and energy-related projects.
I currently work at Semco Maritime, supporting onshore EPC delivery by working between drawings, BOQs, technical scope, supplier information, document control, quality workflows, and actual site conditions to help keep electrical works technically aligned and execution-ready.
Earlier in my career, I worked across MV/HV switchgear, substations, industrial electrical infrastructure, renewable-energy projects, and server-room / data-centre environments. My academic background also includes power electronics and grid-integration research, reflected in IEEE publications related to MMC, DG, converter control, and smart-grid operation.
Core focus areas
- Strongest fit in office-based or hybrid roles close to real project execution.
- Particularly interested in environments where structured documentation and practical engineering meet.
- Comfortable working between engineering intent, delivery logic, and field reality.
Selected experience
Supporting onshore EPC delivery across drawings, BOQs, technical scope, supplier information, QA/QC, document control, and site conditions to help keep electrical works technically aligned and execution-ready.
- Translate electrical scope into practical follow-up material such as work instructions, checklists, redlines, punch items, and handover-oriented documentation.
- Support LV installation follow-up including cable routing, terminations, panel checks, and grounding / bonding observations.
- Coordinate across engineering, suppliers, QA/QC, document control, and site teams to improve technical alignment and close-out quality.
- Support technical clarification between electrical scope and practical site conditions, contributing to constructability and execution-readiness across project phases.
Worked on MV/HV switchgear, protection support, technical documentation, SCADA / PLC-related integration support, testing follow-up, and engineering clarification activities for industrial electrical systems.
Supported electrical and infrastructure delivery for server-room and data-centre environments with focus on LV distribution, UPS-related systems, grounding, technical records, and coordinated implementation support.
Participated in renewable-energy and utility power projects involving substations, cable systems, switchgear, equipment installation, technical troubleshooting, and field follow-up.
Conducted modelling and simulation work related to smart grids, wind integration, grid behavior, reactive power, harmonics, and power-quality improvement using MATLAB and Python.
Selected publications
- Control of Modular Multilevel Converters for Integration of Distributed Generation Sources into the Power Grid — IEEE
- Control and Stability Analysis of Interfaced Converter in Distributed Generation Technology — IEEE
- Integration of DG Sources for Compensation of Unbalanced Loads in the Power Grid — IEEE
- Multifunctional Control of an NPC Converter for the Grid Integration of Renewable Energy Sources — IEEE
- Stability Analysis for Operation of DG Units in Smart Grids — IEEE
- Stable Operation of Distributed Generation Units in Microgrid Networks — IEEE
For the full publication list, visit Google Scholar or ORCID.
Recognition & technical profile
Recipient of a Best Paper Award at the 5th IEEE International Conference on Power Engineering, Energy and Drives (PowerEng 2015).
- Power systems, LV/MV/HV environments, switchgear, substations, and protection-related support
- Execution-aware engineering support across documentation, clarification, and delivery preparation
- Power electronics and converter-control research background
- Experience bridging office engineering work with real installation and commissioning needs
Contact
The best way to reach me is via LinkedIn.