Chemical Engineering Intern
Ricardo
Total years of experience :3 years, 5 Months
Outline:
Ensured the effective operation of manufacturing processes and that process operating methods are continually developed / improved to ensure that technological advancements can be realised by the business.
Key Responsibilities:
• Researched and developed novel manufacturing processes to reduce production time.
• Determined corrective actions for maintenance when equipment failed or required repairs.
• Developed processes based on critical needs, preset efficiency standards and cost reduction measures.
• Evaluated production activities and provided suggestions for quality improvements and cost control.
• Collaborated with finance department to produce return on investment (ROI) and cost of failure estimates for potential projects.
• Prepared standard operating procedures (SOPs) documents for incoming personnel.
• Evaluated project proposals for potential environmental impact, reporting findings to both employer and appropriate regulatory agencies.
• Designed Process Flow Diagram (PFD) and Process and Instrument Drawing (P&ID) for corporate training manuals.
Key Achievements:
• Corrected inefficiencies in a proposed design specification which resulted in the successful tender of a 2-year contract.
Outline:
Revised existing technology so that it requires less human interaction, and they monitor the performance of the changes they make. Often designed entirely new technology to automate a system.
Key Responsibilities:
• Collaborated with systems engineers and customers to determine machine requirements and develop specifications for user interface, machine functions and quality control to deliver reliable automation systems.
• Trained developers and quality assurance team members in automation programs and processes.
• Generated process models illustrating automation engineering progress, specifications, and details.
• Inspected and assembled components and consumable parts.
Key Achievements:
• Implemented process improvements which increased efficiency by 4%
Outline:
Charity organisation that sought to make learning accessible for those who came from underrepresented backgrounds. Volunteers to assist students reach 4 / C grades and above in their Maths GCSE.
Key Responsibilities:
• Supported students with helpful study habits and exam strategies.
• Explained maths concepts in caring and encouraging environment to help kids thrive and learn.
• Tutored 6 students per week in private sessions using detailed lesson plans.
• Collaborated with parents and teachers to cultivate solid support system for academic goal achievement.
• Developed and implemented individualised lesson plans for each student, tailored to their individual needs.
• Developed and implemented creative activities to engage students and enhance comprehension and focus.
• Encouraged students to explore new study and calculation methods to promote accountability and
• accommodation of individual needs.
Key Achievements:
• Successfully ensured 100% GCSE pass grades of C and above for all 24 students I tutored over the course of 2 years.
During my Advanced Chemical Engineering studies at the University of Edinburgh, I excelled in complex projects, showcasing a deep understanding of theoretical concepts. My achievements include designing innovative process models, optimising chemical reactions for efficiency, and implementing sustainable solutions. I successfully navigated challenging research on novel materials, earning accolades for my contributions to advancements in environmental sustainability. Additionally, I collaborated on intricate team projects, demonstrating effective communication and problem-solving skills. My academic journey reflects a commitment to excellence, a passion for innovation, and a drive for addressing real-world challenges in chemical engineering. One notable project involved the design and implementation of a hydrogen plant aiming to produce 30,000 tonnes per annum. The challenging task required comprehensive research, meticulous process optimization, and consideration of sustainability factors. My team and I successfully developed a robust plan, incorporating cutting-edge technologies for hydrogen production. The project not only demonstrated my technical prowess in chemical engineering but also underscored my commitment to addressing global energy needs with innovative and environmentally friendly solutions.
During my Bachelor's in Chemical Engineering at the University of Hull, I honed a diverse skill set. Serving as the Afro and Caribbean Society president and class representative for two years, I effectively bridged communication between students and the heads of chemical engineering. This role sharpened my leadership, communication, and problem-solving skills. One standout project involved collaboratively designing a mono vinyl chloride plant, showcasing expertise in process engineering, reaction kinetics, and materials science. This experience emphasised my ability to integrate theoretical knowledge into practical solutions and fostered teamwork and effective project management within a technical, chemical engineering context.