The Role
Lead engineering and technology strategy for waste-to-energy systems. Oversee R&D, design, simulation, regulatory compliance, partnerships, budgets, and multidisciplinary teams to deliver cost-effective, compliant energy conversion solutions.
Summary Generated by Built In
We are looking for a Chief Technology Officer (CTO) to lead engineering and technological advancements in our waste-to-energy solutions at our new office. The ideal candidate has strong leadership in engineering, expertise in thermodynamics and energy conversion, and a track record in optimizing complex systems. This role requires strategic thinking, regulatory compliance, and collaboration with research institutions and industry partners to drive innovation. We seek professionals with excellent problem-solving skills, a results-driven mindset, and experience managing international projects and multidisciplinary teams.
Tasks
* Oversee engineering operations, optimizing R&D, design, and technology development processes;
* Develop and implement strategies to enhance technological innovation and cost-effective solutions;
* Lead the engineering team in developing and optimizing waste-to-energy systems;
* Ensure compliance with industry regulations and environmental standards;
* Collaborate with design teams using advanced simulation and modeling tools;
* Manage relationships with regulatory bodies, research institutions, and technology partners;
* Supervise budgets, resources, and timelines for engineering projects;
* Work closely with manufacturing, procurement, and project management teams to ensure quality and efficiency.
Requirements
* Master’s degree in Mechanical, Chemical, or Power Engineering (or related fields);
* 10+ years of experience in engineering leadership, preferably in power engineering, mechanical engineering, renewable energy, or industrial plant design;
* Strong background in thermodynamics, fluid dynamics, and energy conversion processes;
* Expertise in computational modeling and process simulation (e.g., ANSYS, ChemCAD, ASPEN HYSYS);
* Knowledge of materials engineering for high-temperature and corrosive environments;
* Familiarity with international industry standards (ISO, ASME, API, IEC) and environmental regulations;
* Excellent leadership, strategic thinking, and decision-making skills;
* Strong communication and negotiation skills;
* Ability to manage international projects and multidisciplinary teams.
Benefits
* Full-time position with opportunities for remote work based on agreement;
* Official employment with competitive compensation and benefits;
* Opportunities for professional development and leadership training in a growing industry;
* Performance-based bonuses and travel allowances.
Tasks
* Oversee engineering operations, optimizing R&D, design, and technology development processes;
* Develop and implement strategies to enhance technological innovation and cost-effective solutions;
* Lead the engineering team in developing and optimizing waste-to-energy systems;
* Ensure compliance with industry regulations and environmental standards;
* Collaborate with design teams using advanced simulation and modeling tools;
* Manage relationships with regulatory bodies, research institutions, and technology partners;
* Supervise budgets, resources, and timelines for engineering projects;
* Work closely with manufacturing, procurement, and project management teams to ensure quality and efficiency.
Requirements
* Master’s degree in Mechanical, Chemical, or Power Engineering (or related fields);
* 10+ years of experience in engineering leadership, preferably in power engineering, mechanical engineering, renewable energy, or industrial plant design;
* Strong background in thermodynamics, fluid dynamics, and energy conversion processes;
* Expertise in computational modeling and process simulation (e.g., ANSYS, ChemCAD, ASPEN HYSYS);
* Knowledge of materials engineering for high-temperature and corrosive environments;
* Familiarity with international industry standards (ISO, ASME, API, IEC) and environmental regulations;
* Excellent leadership, strategic thinking, and decision-making skills;
* Strong communication and negotiation skills;
* Ability to manage international projects and multidisciplinary teams.
Benefits
* Full-time position with opportunities for remote work based on agreement;
* Official employment with competitive compensation and benefits;
* Opportunities for professional development and leadership training in a growing industry;
* Performance-based bonuses and travel allowances.
Skills Required
- Master's degree in Mechanical, Chemical, or Power Engineering (or related fields)
- 10+ years of experience in engineering leadership
- Strong background in thermodynamics, fluid dynamics, and energy conversion processes
- Expertise in computational modeling and process simulation (e.g., ANSYS, ChemCAD, ASPEN HYSYS)
- Knowledge of materials engineering for high-temperature and corrosive environments
- Familiarity with international industry standards (ISO, ASME, API, IEC) and environmental regulations
- Excellent leadership, strategic thinking, and decision-making skills
- Strong communication and negotiation skills
- Ability to manage international projects and multidisciplinary teams
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The Company
What We Do
UNIVASTUM is a waste-to-energy engineering company that specializes in the design and production of modular waste-to-value complexes. Utilizing its proprietary WARP® Gasification Technology, the company generates renewable energy, heat, and synthetic fuels from waste without harmful emissions or incineration. Their mission is to provide efficient, economic, and ecological solutions to reduce the carbon footprint for various industries and municipalities worldwide.
