This internship involves researching and developing new materials and processes to improve hydrogen generation systems for clean energy applications, including designing experiments, analyzing data, and supporting scale-up efforts in a fast-growing clean energy company.
Key Responsibilities
Design, execute, and document experiments related to materials and processes for fuel manufacturing and system performance.
Scale-up and optimize subsystems within the fuel activation process.
Generate and analyze quality control data for materials and feedstocks.
Develop and improve SOPs and maintain laboratory safety and hygiene protocols.
Invent and test new material compositions and chemical systems.
Identify and address system performance challenges through creative solutions.
Present experimental results and collaborate with technical teams.
Maintain and enhance laboratory experimental and analytical capabilities.
Requirements
Pursuing education in chemical engineering, materials science and engineering, or related fields
Experience in laboratory experiments following best practices and SOPs
Ability to operate bench-scale and prototype-scale reactors
Capability to generate quality control data of materials and improve quality control practices
Experience testing customer-provided and internally developed materials for quality assurance
Ability to document observations in a detailed and careful manner
Skill in synthesizing data to determine trends, correlations, and underlying mechanisms
Ability to present results and conclusions to technical teams
Proficiency in developing and maintaining SOP documentation for experimental procedures and prototype systems
Participation in chemical hygiene and safety protocols and practices
Ability to invent new material compositions and chemical systems
Proactive identification and addressing of challenges in system performance
Design and testing of creative solutions to system challenges
Ability to develop and improve experimental and analytical capabilities of the lab
Experience in executing experiments and scaling up or optimizing subsystems in chemical processes
Experience in chemical, materials, and metallurgical laboratory work
Hands-on laboratory experience with handling hazardous chemicals such as acids, bases, and other reactive substances
Experience with high temperature heat treatments, annealing, and tempering processes
Experience in experimental design and statistical data analysis
Familiarity with apparatus fixture design and assembly
Knowledge of chemical separation and purification processes, solid-liquid separation, and filtration
Experience with hydrogen handling and safety equipment, including fuel cells
Familiarity with software languages such as Python, C++, MATLAB, etc.
Knowledge of sensor integration and data acquisition systems
Understanding of process engineering principles
Experience with electrodeposition, electrochemistry, and corrosion processes
Knowledge of electrochemistry in aqueous, molten salt, and high-temperature environments
Experience with fuel cell or battery chemistry
Experience with fluid and gas handling systems, including safety and compliance
Benefits & Perks
Compensation/salary range (not specified in the posting)
Work schedule: 6-month co-op duration from January to June
Work environment perks: participation in chemical hygiene and safety protocols, opportunity to work on innovative clean energy projects, collaborative team environment
Additional benefits: opportunities for professional development in experimental design, data analysis, and process engineering; involvement in meaningful climate change mitigation efforts; potential for growth within a pioneering clean energy company
Ready to Apply?
Join Found Energy and make an impact in renewable energy