Vidit Saini profile photo 1 on Tal

Vidit Saini

Former FM Analyst Intern @Futures First | Data Science | Data Analytics | ML and DL Enthusiast

Ajmer

< 1 year of work experience

AIMonk Labs Private Ltd
May 20262 mosJun 2026

Remote

Futures First
May 20253 mosJul 2025

Bengaluru, Karnataka, India

Naresh Vashisht Centre for Tinkering and Innovation IIT (ISM) Dhanbad
Apr 20253 mosJun 2025

Dhanbad, Jharkhand, India

Apr 20252 mosMay 2025

Dhanbad, Jharkhand, India

Circuit Analysis: Analyzed a 1.6 MTPA dense medium washing circuit producing steel-grade clean coal, documenting water recycling rates of ˜100 gal/ton to optimize resource allocation and reduce operational costs. Washability Testing: Conducted float-sink washability tests across multiple density fractions, establishing yield prediction models at varying cut densities that improved material utilization by 12%. Equipment Mapping: Mapped equipment parameters for hydrocyclones, vibrating screens, and centrifuges, creating operational documentation that enhanced cross-departmental communication on capacity constraints. Waste Evaluation: Evaluated reject disposal processes, providing a cost-benefit analysis of waste management options that informed inventory planning decisions for byproduct utilization.
Tata Steel
Dec 20242 mosJan 2025

Jamshedpur, Jharkhand, India

Decarbonization Research: Contributed to research on sodium-based Direct Reduced Iron (DRI); analyzed reduction reaction at 350-750 ◦C as a coal-free alternative to blast furnaces, supporting emissions and energy calculations for process feasibility. Gangue Separation Processes: Proposed three hydrometallurgical routes - acid neutralization (∼25 ◦C), hydrolysis (∼25 ◦C), and selective precipitation (70-90 ◦C) for impurity removal from products. Sodium Regeneration Analysis: Assessed three regeneration pathways: Thermal decomposition under vacuum (540 ◦C, 10-4 Pa), Downs process (801 ◦C), and Castner process (318 ◦C) for closed-loop sodium recovery. Life Cycle Assessment: Supported LCA across DRI production, gangue separation, and sodium regeneration; quantified CO2, SOx, and NOx emissions to identify process hotspots for sustainability. Progress Reporting: Delivered weekly presentation sessions to the research mentor with full thermodynamic calculations, process flow diagrams, and methodological comparisons. Tech Stack Used: FactSage (thermodynamic modeling), EndNote (reference management), MS Word (technical reports), MS PowerPoint (process flows).

Vidit’s AI Stack

cursor
cursor
opencode
opencode
claudecode
claudecode

Education

Indian Institute of Technology (Indian School of Mines), Dhanbad

Bachelor of Technology- B.Tech, ENGINEERING

Indian Institute of Technology (Indian School of Mines), Dhanbad

20224 yrs2026
All Saints Senior Secondary School, Ajmer

High School Diploma, English, Physics, Chemistry, Mathematics, Physical Education

All Saints Senior Secondary School, Ajmer

20202 yrs2022

Join Vidit and 10k+ other professionals on

Tal Boss

Tal is the app where bosses meet engineers & builders directly, without middlemen

Download Tal Boss

Vidit Saini on Tal

Headline

Former FM Analyst Intern @Futures First | Data Science | Data Analytics | ML and DL Enthusiast

About

I am a recent graduate from IIT (ISM) Dhanbad in Bachelor of Technology (B.Tech), with a major emphasis on data analysis, machine learning, and deep learning. My coursework focused on applying technology and data to tackle real-world issues and produce practical solutions. I believe continuous learning fuels meaningful innovation, and I apply this learning in my work. Having a strong foundation in Data Science and Python, I am trying to broaden my knowledge and am also interested in the energy sector, especially energy markets and their optimization. To level up my coding skills for data science, I regularly participate in LeetCode contests, which helps me strengthen my problem-solving abilities and expand my capacity to think effectively under pressure. I am eager to contribute to meaningful projects in these domains.

Location

Ajmer

AI stack

cursor

opencode

claudecode

Work experience

Machine Learning Engineer Intern at AIMonk Labs Private Ltd, May 2026 - Jun 2026 · 2 mos, Remote

Financial Market Analyst Intern at Futures First, May 2025 - Jul 2025 · 3 mos, Bengaluru, Karnataka, India

Data and Software Technology Intern at Naresh Vashisht Centre for Tinkering and Innovation IIT (ISM) Dhanbad, Apr 2025 - Jun 2025 · 3 mos, Dhanbad, Jharkhand, India

Vocational Operations Trainee at BCCL Moonidih Coal Washery, Apr 2025 - May 2025 · 2 mos, Dhanbad, Jharkhand, India, Circuit Analysis: Analyzed a 1.6 MTPA dense medium washing circuit producing steel-grade clean coal, documenting water recycling rates of ˜100 gal/ton to optimize resource allocation and reduce operational costs. Washability Testing: Conducted float-sink washability tests across multiple density fractions, establishing yield prediction models at varying cut densities that improved material utilization by 12%. Equipment Mapping: Mapped equipment parameters for hydrocyclones, vibrating screens, and centrifuges, creating operational documentation that enhanced cross-departmental communication on capacity constraints. Waste Evaluation: Evaluated reject disposal processes, providing a cost-benefit analysis of waste management options that informed inventory planning decisions for byproduct utilization.

Vocational Trainee – Process Optimization (Metallurgy) at Tata Steel, Dec 2024 - Jan 2025 · 2 mos, Jamshedpur, Jharkhand, India, Decarbonization Research: Contributed to research on sodium-based Direct Reduced Iron (DRI); analyzed reduction reaction at 350-750 ◦C as a coal-free alternative to blast furnaces, supporting emissions and energy calculations for process feasibility. Gangue Separation Processes: Proposed three hydrometallurgical routes - acid neutralization (∼25 ◦C), hydrolysis (∼25 ◦C), and selective precipitation (70-90 ◦C) for impurity removal from products. Sodium Regeneration Analysis: Assessed three regeneration pathways: Thermal decomposition under vacuum (540 ◦C, 10-4 Pa), Downs process (801 ◦C), and Castner process (318 ◦C) for closed-loop sodium recovery. Life Cycle Assessment: Supported LCA across DRI production, gangue separation, and sodium regeneration; quantified CO2, SOx, and NOx emissions to identify process hotspots for sustainability. Progress Reporting: Delivered weekly presentation sessions to the research mentor with full thermodynamic calculations, process flow diagrams, and methodological comparisons. Tech Stack Used: FactSage (thermodynamic modeling), EndNote (reference management), MS Word (technical reports), MS PowerPoint (process flows).

Education

Bachelor of Technology- B.Tech, ENGINEERING, Indian Institute of Technology (Indian School of Mines), Dhanbad

High School Diploma, English, Physics, Chemistry, Mathematics, Physical Education, All Saints Senior Secondary School, Ajmer