Process Engineering Intern

Nandina REM; Singapore; On-site; SGD 22,320 - 33,480; Full time

Job summary

A company in the circular aviation industry is seeking a Process Engineering Intern to join its Operations team. This role focuses on optimizing the recovery process of carbon fibre from composite materials and managing waste generated from this process. Candidates should be enrolled in or recently completed a degree in Chemical Engineering or related field, with proficiency in data analysis tools like Excel and Python. Strong analytical, communication, and organizational skills are essential. This is an excellent opportunity to gain hands-on experience in a rapidly developing field.

Qualifications

• Enrolled in or recently completed a relevant degree.
• Foundational understanding of the carbon fibre recovery process, particularly solvolysis.
• Proficiency in data analysis tools like Excel and Python.

Responsibilities

• Optimize Solvolysis process for various composite materials.
• Review environmental standards for waste handling.
• Collaborate with teams to understand business needs.

Skills

Data analysis tools (Excel, Python)

Analytical skills

Communication skills

Organizational skills

Education

Degree in Chemical Engineering, Sustainability, or related field

Job description

About the Role

Nandina REM is creating a new circular aviation industry. We are a high-growth start-up in a rapidly developing market of low-emission critical materials for the energy transition. We are seeking an enthusiastic and dedicated Process Engineering Intern to join our Operations team to assist in optimising the recovery process of the carbon fibre from various composite materials including the management of the waste generated from the recovery process. You will also gain exposure to the redeployment process of other materials and components at the end of their life, such as metals, plastics, and textiles.

Please note, candidates must have the legal right to work in their jurisdiction of hire. Nandina REM is unable to sponsor local work visas for this role.

Qualifications Required

• Enrolment in or recent completion of a degree in Chemical Engineering, Sustainability, or a related field.
• Foundational understanding of the carbon fibre recovery process, with a focus on solvolysis.
• Proficiency in data analysis tools (Excel, Python, or equivalent).
• Strong analytical and problem‑solving skills.
• Excellent communication and organisational skills.

Preferred

• Knowledge of the carbon fibre recovery and remanufacturing industry.
• Experience with regulatory requirements for the handling, treatment, and disposal of waste generated from the process.
• Familiarity with Life Cycle Assessment (LCA) methodologies.
• Exposure to risk management and compliance requirements.

Responsibilities

• Optimising Solvolysis process to handle varying composite materials from aircraft, focusing on refining techniques for maximizing carbon fibre recovery from composites.
• Participate in feedback sessions with R&D on Solvolysis process performance and areas for innovation.
• Review environmental standards and regulations specific to recycling and hazardous material handling and develop a preliminary plan for waste minimization, focusing on solvent recovery and resin management.
• Conduct a Lifecycle Analysis (LCA) for the recovered carbon fibre.
• Assist in conducting environmental audit focusing on waste management and disposal compliance with NEA, SCDF, and EPMA standards.
• Collaborate with cross‑functional teams to understand business needs and financial implications.

Learning Outcomes

1. Hands on experience in solvolysis process.
2. Identification of improvement opportunities in the Solvolysis process.
3. Deploy suitable LCA methodology for recovered carbon fibre.
4. Insights into industry trends, emerging technologies, and regulatory requirements.

Nandina REM - cutting 1 gigatonne of greenhouse gas emissions by 2030

Nandina REM produces sustainable materials for industrial supply chains. We do this through reprocessing retired aviation and aerospace assets through our delivery platform. Our methodology of combining deep tech and material science created the world’s first circular carbon fibre that met aviation‑grade specifications.