ISHAN BATHAM

Result-oriented Chemical Engineer with a fresh Master's in Professional Engineering from Monash University, equipped with a demonstrated track record of 3 years focused on streamlining processes and overseeing efficient production. A proactive and resourceful problem-solver with a strong passion for sustainability, I am committed to utilizing my technical proficiency and leadership acumen to foster innovation and enhance operational efficiency in a dynamic work environment. Dedicated to making substantial contributions towards a company's strategic objectives, I am eager to advance my skills and nurture ongoing professional development. Ready to deliver impactful solutions that contribute to the success of your team.

• CHEMICAL PROCESS INTERN (Internship), CORVINA FOODS, MELBOURNE, AUSTRALIA, 07/2023, 10/2023, Assisted Quality Assurance Manager and supervisor in process improvement, ensuring a smooth work environment transition., Acquired knowledge of company rules, regulations, dress code, and safety gear during a detailed induction session., Gained hands-on experience in chocolate product manufacturing, covering raw material selection, production methods, equipment maintenance, quality control, and packaging procedures., Collaborated with seasoned colleagues to troubleshoot operational issues, refining systematic problem-solving approaches., Developed a comprehensive understanding of the food manufacturing industry and honed Chemical Process Engineering skills.
• MARKETING TEAM MEMBER (Internship Student Club), MONASH CARBON CAPTURE & CONVERSION, 03/2023, 09/2023, Acted as a team player in planning strategies and executing the team's success and promoting the team's tasks to make MC3 the biggest and most successful student team., Conducting weekly meetings and agendas using tools like Notion and Slack., Planning and execution for the requested event and promotion activity., Social media marketing, Research and analysis of the best-performing strategy for the promotion., Photoshoot/video shoot and advertisement.

• GREEN ACETIC ACID PRODUCTION (DESIGN PROJECT), 08/2023, 10/2023, Led a team at Monash University in a design project addressing sustainability challenges in chemical manufacturing., Pioneered an environmentally friendly acetic acid production method, achieving a 94% conversion rate., Innovated by sourcing biomass-derived methanol and utilizing electrolysis-sourced H2 to create a greenhouse gas-neutral process., Emphasized broader sustainability impact, exploring renewable energy for individual process power.
• SYNTHESIS OF NEW IONIC LIQUID FOR DIRECT AIR CAPTURE OF CO2, 08/2023, 10/2023, Spearheaded a groundbreaking project addressing rising CO2 emissions' impact on climate change., Focused on developing robust carbon capture and storage technologies for DAC, aligning with Paris Agreement goals., Conducted screening of ionic liquids, evaluated impregnation effects, and characterized materials., Played a pivotal role in equilibrium and kinetics analysis, MiniDAC testing, and sensitivity analysis.
• CAES (COMPRESSED AIR ENERGY STORAGE SYSTEMS), 07/2022, 11/2022, Conducted a comprehensive study on CAES subsystems, emphasizing advancements in air compression., Explored the potential of axial or centrifugal compressors for improved performance., Investigated air storage requirements and proposed solutions for enhanced efficiency., Emphasized the promising development potential of CAES as a large-scale energy storage technology.
• HYDROGEN VS ELECTRIC VEHICLES, 07/2022, 11/2022, Investigated the feasibility of hydrogen-based infrastructure for future automotive systems., Explored the concept of achieving zero net emissions by 2050 through green hydrogen production., Examined the efficiency of hydrogen production technologies and the renewable methods involved., Emphasized the need for a dual-tech approach, considering both hydrogen and electric vehicles.
• NANOCELLULOSE CRYSTAL PRODUCTION FROM HARDWOOD KRAFT PULP, 07/2022, 11/2022, Led a project focusing on cost-effective cellulose nanocrystal production through hydrolysis., Achieved a yield of 50-60% using sulphuric acid, with potential increases through optimized washing., Recommended acid hydrolysis for economic benefits compared to enzymatic and mechanical methods.

• Mr. Gujarat finalist in (2012)
• Secured the 100% foreign studies scholarship of MP Government India for Post graduate studies

• Leadership: Served as the team player for the Monash Carbon Capture initiative during my Master's program. Led a diverse team of students in research and executing activities for promotion, facilitating meetings and ensuring effective collaboration.
• Volunteer Experience: Volunteered at local community centers, assisting in organizing events and raising awareness about sustainable living practices. Also served as a mentor for underprivileged children, helping them with their studies and personal development.
• Modelling: Taken part in the Mr. Gujarat Competition for modelling in India and made it to top 5 and learned a lot about personality development and management.