Taushif Juneja

Process Engineering graduate (B.Tech, Dharmsinh Desai University) with hands-on experience across refinery operations, greenfield detailed engineering, and process safety. Skilled in preparation of Process Design Packages (PDPs), hydraulic calculations, thermal rating calculations, equipment sizing, and technical documentation for pressure vessels, columns, pumps, and heat exchangers. Proficient in process simulation and engineering software including Aspen HYSYS, Aspen Plus, HTRI, KORF Hydraulics, and Microsoft Excel.

Experienced in HAZOP studies, P&ID development, line sizing, and application of engineering codes and standards (API, ASME, TEMA). Strong analytical, communication, and teamwork skills with willingness to travel for commissioning and startup support; open to pursuing Engineer-in-Training (EIT) certification.

Associate Engineer Trainee - L&T Technology Services (LTTS) – Plant Engineering Division

(2026-07)

• Converted from Engineering Intern to Associate Engineer based on performance and project contribution.
• Support development of Process Design Packages (PDPs) for a 10,000 TPA MEA greenfield project, contributing to detailed engineering and design activities.
• Review Equipment Lists, Line Lists, IPDS and P&IDs for technical accuracy prior to IFD (Issued for Design) release, supporting project schedule and quality standards.
• Apply chemical engineering fundamentals and engineering documentation standards to support cross-functional (process, piping, instrumentation) project execution.

Process Engineering Intern - L&T Technology Services (LTTS) – Plant Engineering Division

(2026-01 - 2026-06)

• Completed a structured 20-module training program covering FEED, DPDT, IFF, IFA, and IFC project phases (Basic through Detailed Engineering).
• Performed hydraulic calculations and pressure-drop analysis using KORF Hydraulics; supported thermal rating calculations for shell-and-tube heat exchangers using HTRI.
• Prepared technical documentation including PFDs, P&IDs, line lists, equipment lists, tie-in lists, and process data sheets.
• Studied engineering codes and standards (API, ASME, TEMA, IS, BIS), PSV sizing methodology, HAZOP/LOPA techniques, and process safety fundamentals.
• Gained working exposure to refinery process systems, utility systems, separator sizing, and storage tank design.

Summer Process Engineering Intern – FCC Unit - Nayara Energy Ltd., Vadinar - Vadinar

(2025-05 - 2025-06)

• Studied end-to-end operation of a 3.7 MMTPA Fluid Catalytic Cracking Unit (FCCU) within a 20 MMTPA refinery.
• Analysed FCCU revamp performance data, quantifying propylene yield improvement from 3.68 wt% to 11.75 wt% and LPG yield improvement from 12.05 wt% to 32.40 wt%.
• Performed material and heat balance calculations and equipment sizing across reactor, regenerator, and fractionation sections.
• Determined catalyst circulation rate of 1,860 MT/hr and catalyst-to-oil ratio of 4.33 through engineering calculations.
• Sized a 400 m³ VGO feed surge drum, including pressure vessel sizing and nozzle reinforcement calculations.
• Interpreted HTRI-generated thermal rating calculations and design output for shell-and-tube heat exchangers.

Bachelor of Technology - Chemical Engineering - Dharmsinh Desai University (2026-05)

Diploma - Chemical Engineering - Gujarat Technological University (GTU) (2023-08)