Новости
We invite a Technical Engineering Intern to join our team and gain hands-on experience in an industrial environment while contributing to the development and improvement of our manufacturing processes.
During the internship, you will have the opportunity to explore our production processes, analyse existing working methods and propose practical solutions to improve manufacturing efficiency.
Your main responsibilities will include:
- Analyzing production processes, internal logistics and production sequences to identify opportunities for optimization.
- Mapping production processes and identifying bottlenecks.
- Collecting and statistically analyzing production data, including production downtime and dimensional tolerances.
- Collaborating with specialists from our Technical Department to improve production sequences and manufacturing methods.
This internship offers an excellent opportunity to work alongside experienced professionals, apply your academic knowledge in a real industrial environment and develop your technical and professional skills.
Your internship project could also form the basis of your thesis.
Potential Thesis Topics
1. Oil and Gas Industry: Development of Manufacturing Technologies for Subsea Pipeline System Modules (SPS Manifold – oil and gas flow distribution; PLET – pipeline end termination; PLEM – pipeline end manifold)
The focus is on manufacturing technologies, welding of super-duplex stainless steel pipes, module assembly and testing of completed modules. The project includes detailed engineering, production planning and technological preparation, as well as improving existing manufacturing methods in collaboration with the Technical Department.
2. Optimization of Manufacturing Technologies for Installation Anchors
Analysis and improvement of manufacturing processes for installation anchors, considering different production volumes: small batches (6–10 units) and large batches (30–40 units). The objective is to identify opportunities to improve production efficiency in collaboration with the Technical Department.
3. Optimization of Energy Consumption in an Industrial Manufacturing Facility
Analysis of energy consumption in the Painting Chamber and other fabrication workshops. The objective is to identify the main factors affecting energy consumption and develop practical solutions to reduce energy usage.
4. Optimization of Offshore Structure Manufacturing Methods to Reduce Production Costs
Analysis and improvement of existing manufacturing processes, focusing on reducing material consumption, developing manufacturing methods and optimizing measurement procedures. The objective is to identify practical solutions to increase cost-effectiveness and overall production efficiency.
5. Optimization of Production Logistics and Workflow Across Multiple Workshops
The objective is to improve coordination between production workshops, optimize internal logistics and workflow organization, and make the overall manufacturing process smoother and more efficient.
