As Project Manager at our NEM location in Recklinghausen you will lead our Exhaust & Diverter Solutions (EDS) projects from start to finish and make sure that the projects runs smoothly and is align with our NEM goals.
With your “can-do” mentality, excellent communication skills, drive for successful project completion and passion for engineering, you will be responsible for overseeing all aspects of our high-value projects and ensure that they are completed on time, within scope, and within budget. To make this happen you will work closely with a multidisciplinary team from various departments such as Sales, Engineering, Supply and Finance. You will report directly to the Head of Project Management.
Does this spark your interest? Great! You might be person we are looking for! Keep on reading and find out if it is a match!
Key skills & responsibilities
Responsible for overseeing all aspects of the EDS projects from start to finish
Act as point of contact for internal stakeholders, customers and suppliers
Responsible to set up and monitor KPI’s and making sure it is met by the team
Review and assess customer needs and specifications
Translate project-specific requirements into your own specifications
Ensure that financial results are being realized
In collaboration with Supply and Subcontracting, select suitable suppliers for your projects
Monitor and report the financial performance or your projects
Lead your projects cost effective, identify claim potential and strive for optimized project results
Candidate requirements
Bachelor’s degree (or equivalent) in Mechanical/Process Engineering or Energy related subjects
5 years’ experience working as a Project Manager or any similiar workxperience, preferably in the Energy (Transformation) / Power industry / Plant engineering
Capable of managing multiple projects simultaneously
Knowledge of MS Project, AutoCad/3D Programs such as Inventor
Experience leading project-teams with a track record of delivering high-results in a fast-paced international (project) environment
Fluent level of English and German in speaking and in writing
What we offer
Working in a multi-cultural, international, project environment
Flat organizational structure
Working Hybrid - good balance working from office and home
Collaborating with experts of various disciplines
Collegial atmosphere with a team that gives you a warm welcome
Opportunities for professional growth and development
Excellent reachable office, right next to the motorway exit with free parking
About NEM Energy
NEM Balcke-Dürr GmbH, Branch Germany is part of the globally active company NEM Energy Group, headquartered in the Netherlands. With our customized Exhaust & Diverter Solutions portfolio, NEM complements and supports the transition towards a decarbonized and sustainable energy environment. NEM’s center of competence for exhaust systems is specialized in simple and combined cycle exhaust stacks & diverter systems, covering the full range of gas turbine applications; from industrial aero-derivative to large frame heavy duty machines.
Skills Required
- Bachelor's degree in Mechanical/Process Engineering or Energy related subject
- Minimum 5 years' experience as a Project Manager or similar, preferably in Energy/Power/Plant engineering
- Fluent English and German (spoken and written)
- Knowledge of MS Project
- Knowledge of AutoCAD and 3D programs such as Inventor
- Experience leading project teams in an international, fast-paced project environment
- Ability to manage multiple projects simultaneously
- Experience monitoring KPIs and project financial performance, including supplier selection and subcontracting collaboration
What We Do
NEM Energy Group is a global leader in heat transfer and energy recovery solutions, specializing in power generation, oil & gas, and geothermal markets. Operating as both an Original Equipment Manufacturer (OEM) and an aftermarket service provider, the company provides innovative heat transfer technology, such as Heat Recovery Steam Generators (HRSGs) and exhaust systems, to drive efficiency and support the global energy transition.
