Jose Lobos Torres Email & Phone Number

Urbana, Il, Us

Urbana, Il, Us

Philadelphia, Pennsylvania, Us

Champaign, Illinois , Us

Spring 2025

Champaign, Illinois, Us

+ Redesigned toaster heating systems with upgraded nichrome coils, achieving a 20% reduction in average toasting time and a 15% improvement in energy efficiency through enhanced heat distribution and insulation+ Developed and implemented a comprehensive Root Cause Analysis (RCA), utilizing tools such as Fishbone Diagrams to address mechanical, electrical, and user-related issues in toaster designs, improving diagnostic accuracy+ Conducted Failure Mode and Effects Analysis (FMEA) to identify and mitigate risks in toaster components, resulting in improved product reliability+ Created a detailed Bill of Materials (BOM) and performance comparison analysis, optimizing material selection for cost efficiency and durability while improving sustainability metrics

+ Collaborated with a cross-functional team to integrate material science principles into the simulation, ensuring accurate representation of PET's mechanical properties such as thermal stability, strength, and transparency+ Explored FlexSim and other advanced simulation tools, visualizing potential production bottlenecks and making real-time adjustments to improve workflow efficiency+ Conducted comprehensive research on the PET blow molding process, including the preform production, reheat, and blow molding stages, which are critical for manufacturing high-quality, durable bottles+ Presented findings to mentors and peers, providing insights on improving the efficiency of the PET manufacturing process through optimized simulation and material science applications

Champaign, Il, Us

+ Achieved an 89.19% performance score across all evaluation categories, reflecting high-quality mentoring and engagement strategies tailored to enhance student learning outcomes+ Instructed students throughout their academic journey at UIUC, driving an 82% improvement in their knowledge and engagement by providing personalized guidance and resources tailored to their needs+ Mentored 26 engineering students on key professional development topics, such as career competencies, professional communication, and time management+ Guided students through professional communication skills, focusing on elevator pitches, resume building, and networking strategies+ Facilitated discussions on personal development topics such as learning from failure, wellness, and accessing campus resources to support student success

Minneapolis, Mn, Us

+ Developed standard work procedures and walk paths for FAB operations in the LINQII Deposition and Etch areas, resulting in a 20% reduction in cycle time and $368K in annual savings+ Conducted over 200 time observations and conducted detailed motion studies to analyze operator and machine interactions, leading to a balanced workload and minimized bottlenecks across 23 layers of the manufacturing process+ Executed Lean Sigma methodologies to streamline processes, reduce waste, and improve workflow stability, achieving higher maturity levels in workflow operations+ Collaborated closely with cross-functional teams to ensure the successful implementation of Lean Sigma projects, fostering a culture of continuous improvement and operational excellence+ Identified and implemented improvements that resulted in significant cost savings and efficiency gains

Washington, Dc, Us

+ Directed the design and development of innovative ground systems for Mars exploration, optimizing resource allocation and cost-efficiency through rigorous application of industrial engineering principles+ Advised a multidisciplinary team in conducting comprehensive trade studies and economic analysis to optimize material selection and resource allocation for ground and surface systems, ensuring cost-effective solutions and alignment with NASA's strategic goals+ Executed a robust technology development plan and New Technology Report (NTR) for innovative ground system technologies, leveraging Lean Six Sigma methodologies to streamline processes and improve system performance+ Developed a comprehensive proposal for NASA’s Mars mission, focusing on surface system enhancements that streamline operations and minimize resource consumption, aligning with sustainable and economically viable space exploration strategies

Washington, Dc, Us

+ Coordinated with cross-functional teams to develop a resilient supply chain strategy for mission-critical components, optimizing inventory management and ensuring timely availability of resources+ Established process optimization initiatives by streamlining mission planning and logistics management, which enhanced operational efficiencies and reduced potential mission delays+ Directed the Preliminary Design Review (PDR) for a Mars mission, conducting data analysis for hazard identification and risk mitigation to optimize team resources to ensure mission success under a stringent $300M budget+ Formulated Engineering & Scientific requirements and used MATLAB to analyze landing scenarios for a Rover/Lander mission to Mars, employing JMARS for detailed resource mapping to enhance project design and execution

Purchase, New York, Us

+ Gained hands-on experience in real-world supply chain management challenges, leveraging advanced data analytics and generative AI to improve product-to-consumer efficiency within PepsiCo's distribution network+ Collaborated directly with senior leaders and professionals, gaining strategic insights into the Consumer Packaged Goods (CPG) industry, while developing critical skills in project management and cross-functional teamwork+ Collaborated in developmental sessions and mentorship programs, building a strong foundation in PepsiCo's core business functions, including marketing strategies, supply chain logistics, and sustainability efforts, aligning them with broader economic and financial objectives+ Analyzed a challenging case study with a team of six, and presented our findings and strategic recommendations to PepsiCo executives, offering innovative solutions to key business challenges

New York, New York, Us

+ Collaborated with professionals to explore the intersection of finance and engineering, focusing on the role of technology and data analytics in driving decision-making and optimizing business operations within the firm+ Gained valuable insights into the world of finance, technology, and global markets, deepening my understanding of industry trends and strategic approaches through real-world examples and expert guidance+ Drove my learning through hands-on workshops and interactive sessions focused on sustainable investing and digital transformation, significantly enhancing my knowledge of future-oriented financial strategies+ Built a strong skill set crucial for success in the fast-changing finance and technology sectors, focusing on innovation, strategic thinking, and adaptability.

海宁市, 浙江省, Cn

+ Researched and developed a terracotta-based vertical farming project for a sustainable rainwater harvesting system on the ZJUI campus, aimed at reducing water consumption and improving green infrastructure+ Collaborated with professors and local experts to conduct sustainability assessments, including site-specific analysis of agricultural viability and environmental impact, leading to actionable recommendations for system improvements+ Spearheaded the implementation of open-chain gutter systems across campus buildings to optimize rainwater collection, taking into account the campus’s topography and providing practical solutions for irrigation and non-potable water usage+ Conducted cross-cultural research on traditional Chinese methods of water conservation and urban planning, incorporating insights into the rainwater harvesting system while enhancing cultural understanding and project adaptability

+ Championed the integration of circular economy principles into production processes, focusing on enhancing product remanufacturability and recycling, which supported the organizational goal of reducing waste to landfill+ Pioneered the application of sustainable materials management techniques, enhancing environmental performance through comprehensive sustainability assessments and strategic decisions, leading to more sustainable material choices and process improvements+ Spearheaded the analysis and optimization of supply chain efficiencies, utilizing circular business models to enhance sustainability initiatives which significantly reduced carbon footprint and aligned with global environmental compliance standards+ Developed and executed material sustainability frameworks, enhancing lifecycle management and improving material usage efficiency by incorporating industrial engineering methodologies, resulting in a measurable reduction in resource consumption

Rutherford, New Jersey, Us

+ Increased by 23% the performance of over 60 students in exams by providing instruction and guidance, enhancing their understanding of calculus, algebra, arithmetic, geometry, and trigonometry at two different locations+ Enhanced grammar, vocabulary, writing, and reading comprehension skills for over 60 students through tutoring+ Ensured students met academic goals by grading assignments, monitoring progress, and providing valuable feedback+ Implemented systematic approaches to track and analyze individual student progress, applying data-driven optimization techniques to tailor educational strategies and enhance learning outcomes efficiently

Palatine, Il, Us

+ Coordinated multiple comprehensive one-on-one and group tutoring sessions per week, clarifying complex mathematical concepts, and reinforcing the learning process, resulting in a significant 17% improvement in student grades+ Collaborated with the course instructor on assignments, exams, and projects by maintaining a rigorous and fair learning process and providing constructive feedback to students to help them improve their problem-solving skills+ Cooperated closely with the professor to enhance course materials, contributed to the design of instructional resources, and led office hours to address students' inquiries, ensuring a supportive and intellectually stimulating learning environment+ Implemented industrial engineering principles to optimize tutoring session layouts, streamlining content delivery to minimize time-to-comprehension and maximize student engagement and retention

Palatine, Il, Us

+ Achieved a 42% enhancement in PASO's performance by strategically implementing innovative procedures and advanced administrative systems, demonstrating a keen aptitude for process optimization and efficiency+ Operated and prioritized multiple projects and offered exceptional quality clerical support to department personnel+ Updated event calendars, scheduled appointments, answered phone calls, and responded to emails+ Managed, maintained, and updated over 50 student files on a daily basis, demonstrating exceptional organizational skills

Washington, Dc, Us

+ Spearheaded a project exploring the advantages of In-Situ Resource Utilization (ISRU) on the Moon, emphasizing its potential to fuel rockets, fabricate Lunar machine parts, and enhance astronaut safety from solar radiation+ Orchestrated a team project investigating microbial life in Martian lava tube caves, applying industrial engineering methodologies to study biominerals and assess minerals for habitat construction, showcasing adaptability and crucial problem-solving skills in developing efficient and sustainable habitats+ Designed a Lunar rover mission focused on exploring and extracting water molecules on the Moon's surface, optimizing the mission for efficiency in resource exploration and extraction+ Managed comprehensive risk assessments and resource management plans for lunar exploration activities, ensuring strategic alignment with NASA’s mission objectives and sustainability guidelines

Chicago, Il, Us

+ Analyzed, designed, and constructed techniques to engineer and assemble fundamental electronic circuits and schematics, with a focus on their functionality and constituent components + Built and programmed in C++ an autonomous rover and nightlight from concept to prototype in Arduino by integrating mechanical, electrical, and coding aspects to achieve a fully functional prototype+ Achieved 2nd place by presenting my project to engineers, showcasing advanced data science proficiency through in-depth data exploration, impactful visualization, and predictive model development based on authentic Chicago datasets+ Fostered a culture of continuous improvement by initiating a feedback loop with peers and faculty, leading to iterative prototype enhancements and more robust circuit designs

14482 Potsdam, De

+ Collaborated in comparative constitutional studies, examining civic responsibilities outlined in Guatemalan and Colombian constitutions, fostering a deeper appreciation for cultural preservation and societal contributions to justice and social welfare+ Analyzed the socio-political landscape of Guatemala, drawing comparisons with international standards to advocate for progressive national reforms and heightened civic responsibility among youth leaders+ Spearheaded discussions on the impact of leadership in driving socio-economic development, emphasizing the role of young leaders in shaping a future that balances innovation with cultural and environmental stewardship+ Orchestrated collaborative sessions on participatory citizenship, empowering peers to engage in community-driven initiatives and promoting a proactive approach to local and regional challenges

+ Incremented the grade point class average by 12% by reviewing lesson material with students individually or in small groups to help them overcome specific learning challenges and excel academically+ Collaborated proactively with lead teachers to identify and address students' academic challenges, contributing valuable insights and recommendations to enhance Individualized Learning Plans (ILPs)+ Instructed children in reading comprehension, arithmetic, and science with joyful and academic learning strategies+ Developed interactive educational materials and innovative teaching methods tailored to individual learning styles, resulting in increased student engagement and enhanced understanding of core subjects across the curriculum

Bachelor Of Science - Bs, Industrial Engineering

Minor, Business

Student Exchange

Associate Of Science - As, Summa Cum Laude, Industrial Engineering

Associate Of Arts - Aa, Summa Cum Laude, Industrial Engineering

Associate Of General Studies, Summa Cum Laude, Industrial Engineering

Associate Of General Education Core Curriculum, Summa Cum Laude, Industrial Engineering

Associate Of Engineering Science - Magna Cum Laude, Industrial Engineering

Austrian High School Diploma (Reifeprüfungszeugnis) & Guatemala High School Diploma, Science And Letters

Student Exchange

Student Exchange

Student Exchange