Aniket Modi Email & Phone Number

Bengaluru, KA, IN

Bengaluru, Karnataka, India

Bengaluru, Karnataka, India

• As part of the HaulSuite business unit of Optym, we envision creating automation and optimization SaaS products in every aspect of the LTL Trucking business in the US. These products will serve the need in planning.
• Manage the development lifecycle of multiple products
• Work with CEO and Business unit head in defining the direction of products, development roadmap, and progress for the team
• Brainstorm and enhance the optimization algorithms in all the products
• Guide the team in addressing the optimization needs of new customers
• Guide the development leads of each product on defining timelines, elaborating features, and enhancing leadership skills

Bengaluru, Karnataka, India

• Product: DriverPlanDriverPlan is a planning tool that generates optimized driver schedules for the LTL Trucking industry in the US. The tool allows users to optimize and modify solutions using an interface for a.
• Defined timelines, designed features in multiple layers, and delivered as per the industry needs
• Managed a team of 10+ developers
• Designed and built a rule-based heuristic for trailer scheduling
• Assisted in designing and building the candidate generation and MIP models for driver schedule optimization
• Algorithms: MIP, K-shortest path, Enumeration using DFS, Candidate Pruning, Heuristic improvement modes(https://haulsuite.com/driverplan/)

Bengaluru Area, India

• Product: Commercial Scheduler for Trans Maldivian Airways Commercial Scheduler is a planning tool that generates an optimized schedule for Trans Maldivian Airways. The tool schedules the passengers between Male airport.
• Delivered a clean-sheet optimization and incremental optimization within 7 months
• Lead the development of the Mixed Integer Program (MIP) and heuristic algorithms required for the tool
• Designed and implemented multiple algorithms which improved the solution quality and code runtime
• Worked with team to analyze data and perform studies to develop algorithms
• Guided team members on the design and development of multiple features

Bengaluru Area, India

• HaulPLAN, Multiple ClientsRole: Product DeveloperDriver scheduling is one of the complex pieces in LTL network planning. We are researching to build a tool that will assist the planners in building driver schedule.
• Communicated with multiple LTL carriers to understand the need and current process of planning
• Formulated the problem and assisted in building the MIP model
• Designed and developed an optimization engine that will cover business constraints and gives flexibility to user to undergo various studies
• Model is under refinement based on the feedback obtained from carriers.HaulPLAN, Advisor
• Guiding team in building new features in the current product

Gainesville, Florida Area

• HaulMAX, Client: New PennHaulMAX is the real-time optimization tool for linehaul portion of the LTL industry. The product will generate the routing and scheduling for freight and define the driver bids given real time.
• Leading a team of 8 consisting members from Optym’s US and India office.
• Communicate with clients on timely basis on the requirements, timelines and the progress.
• Define the vision for the product and design the features required for real time execution.
• Work with the team to design and develop components of the tool.
• Work with the team to analyze data and perform studies to develop algorithms.

Gainesville, Florida Area

• HaulPLAN, Clients: Averitt, Estes (September 2016 – December 2016) HaulPLAN is a product to optimize the linehaul route and schedule for LTL carriers. As part of pilot projects, HaulPLAN underwent enhancements to suit.
• Analyzed the business of the clients and came up with model configurations to meet the requirements.
• Performed various studies to show the potential savings using HaulPLAN product.
• Developed and tested two modules to enhance scheduling model of HaulPLAN. HaulPLAN, Clients: ABF, SAIA, YRCF (January 2016 – December 2016) HaulPLAN creates an optimized linehaul plan based on historic shipment volumes.
• Documented the requirements and laid out the development plan for clients.
• Designed and lead the development of various capabilities in HaulPLAN.

Gainesville, Florida Area

• HaulPLAN creates an optimized linehaul plan based on historic shipment volumes and customer service commitments. This web-based decision support system determines the number of loads to make each day to make each day.
• Understanding Business requirements for optimization, simulation and advanced analytics in trucking industry.
• Modeling business problems, designing and developing algorithms for these problems.
• Implementing designed algorithms using C#, SQL.
• Reviewing the code written by peers and ensure the quality of the code.
• Understanding and maintaining SQL scripts and complex queries.

Austin, Texas Area

• Supplementary Course for Differential and Integral Calculus [Sept’13-Dec’13]
• Supplementary Course for Physics 1 (Mechanics) [Jan’14-May’14]
• Course instructor for the class of around 20 freshmen students each class
• Responsible for weekly teaching and problem solving sessions
• Responsible for creating problem sets to enhance the problem solving skills of students
• Secured average overall rating of 4.75/5

Rosharon, Texas

• Planning Metrics and Business Reports (DHT and Subsea division)
• Weekly and monthly reports are created from the data available on the ERP system
• Data is huge and creating any particular report is very time consuming
• Created an excel based algorithms(VBA) to combine various data files to obtain required planning reports
• Estimated annual man-hour saving is 390hrs/year (NVA time) O-ring Failure Detection in Down-hole Testing Tools
• Leakage failures were observed in Down-hole testing tools and cause of failure was unclear

Master Of Science, Operations Research And Industrial Engineering

Bachelor Of Technology, Mechanical Engineering

Extra courses in Operations Research and Industrial Engineering Key Courses: Probabilistic Models, Industrial Scheduling, Introduction to.