Sorption Technologies: Consulting Program (Germany Focus)

Location: Bali, Indonesia

The Un-Job Opening Hook: Are you a strategic thinker with a passion for sustainable industrial solutions, ready to drive innovation from a tropical paradise? This isn't just a consulting role; it's an invitation to shape the future of industrial heat recovery, working directly with Sorption Technologies, a leader in environmental-friendly and efficient solutions. We're seeking a visionary from Germany to bridge cutting-edge technology with real-world impact.

The Visionary "Why": At EX Venture, we're building a new paradigm for human-AI collaboration and sustainable innovation, fueled by a €90M USD fund. Sorption Technologies, headquartered in Germany, specializes in developing, designing, and producing modular systems for industrial heat recovery at low temperatures. Your expertise will be crucial in helping German industrial partners integrate these customized adsorption chillers, reducing their environmental footprint and operational costs. This is your chance to be at the forefront of a movement that's making history in sustainable engineering.

The "Contrarian Mind" Profile: You are a sharp, analytical problem-solver with a deep understanding of industrial processes and a keen interest in sustainable technologies. You possess excellent communication skills, capable of translating complex technical concepts into clear, actionable strategies for German clients. You are proactive, results-oriented, and thrive in a dynamic, international environment. A background in engineering, environmental science, business, or a related field, coupled with a strong understanding of the German industrial landscape, is highly valued. Proficiency in German is essential.

The "Real-World Impact" Promise: Your strategic insights will directly accelerate the adoption of groundbreaking heat recovery systems. You will be instrumental in:

• German Market Consulting: Providing strategic consulting to industrial partners in Germany, guiding them through the integration of Sorption Technologies' modular heat recovery systems.
• Technical Solution Design: Collaborating with Sorption Technologies' R&D team to tailor solutions that meet specific client needs, focusing on low-maintenance, sustainable, and cost-efficient designs.
• Project Management Support: Assisting in the planning and execution of client projects, ensuring seamless integration and optimal performance of heat recovery systems.
• Market Research & Analysis: Conducting in-depth analysis of the German industrial sector to identify new opportunities and refine market entry strategies for Sorption Technologies.
• Stakeholder Engagement: Building and maintaining strong relationships with key decision-makers within German industrial companies.

The "Paradise & Purpose" Lifestyle: Work from our inspiring campus in Bali, where your professional drive is fueled by a profound sense of purpose and a vibrant international community. Experience a unique blend of intense work and unparalleled personal well-being. Beyond your impactful role, you'll enjoy cultural immersion, stunning natural beauty, and a lifestyle that redefines work-life balance. This is where you connect with a global network while contributing to a greener future.

The "Meritocratic Ascent" Pathway: Your strategic contributions and impact will define your trajectory. Exceptional performance can lead to significant responsibilities and growth opportunities within Sorption Technologies or the broader EX Venture ecosystem. We believe in empowering those who drive meaningful change.

Important Note: This is an unpaid internship (4-6 months) based exclusively in Bali, Indonesia. Relocation is required, and we are looking for candidates who can start ASAP. This experience offers a unique blend of professional growth and cultural immersion.

Call to Action: If you're ready to consult on the future of sustainable industry from paradise, and you have a strong connection to the German market, your journey starts here. Apply now and help Sorption Technologies transform industrial efficiency.