Abhishek Shah Alias Sangani

adlggj@r.postjobfree.com

+919********* (Telephone), +44-774******* (WhatsApp) PROFESSIONAL PROFILE

I have received B.Eng. and M.Sc. degree both from the University of Surrey, United Kingdom and I am currently a research engineer in autonomous-vehicle control and simulation of a cyber-physical system group at University of Surrey, working on three EU-funded H2020 TrustVehicle, OBELICS, and Sys2Wheel projects. I have recent three publications along with contribution in a book chapter. I have worked on two heavy-duty vehicles with Ford Otosan, one light commercial vehicle with Tofas-Fiat and three electric race car projects wherein it received the Santander award for the most improved EV. My current research interests lie in electric vehicle powertrain simulation, ECU coding, advanced driver assistance systems, modern vehicle dynamics, and EV/HEV.

EDUCATIONAL QUALIFICATION

2019-2020

MSc. Renewable Energy Systems Engineering

Department of Chemical and Process Engineering

University of Surrey, Guildford, Surrey, United Kingdom Awarded

Merit

2015-2019

BEng. Automotive Engineering

Department of Mechanical Engineering Sciences

University of Surrey, Guildford, Surrey, United Kingdom Awarded

Merit

PUBLICATION

Book Chapter: Published

A. E. Hartavi, A. Shah Alias Sangani, et al., "Reliable Sense-Plan-Act Approaches for TrustVehicles," in Enhanced Trustworthiness and End User Acceptance of Conditionally Automated Vehicles in the Transition Period, Springer, 2021, pp. 69-85. Link

Journal Paper: Under-review

E. Alkan, A. Shah Alias Sangani, et. al, "Drivers of Change: Critical Metrics to Evaluate the Acceptance of the Level 3 Autonomous Vehicles using Accelerated Delphi Technique," IEEE Access, 2021. Conference Paper: Published

A. Shah Alias Sangani et. al, "Commercial Viability Assessment and Planning of Safety-Critical Embedded SW of Electrified Road Vehicles," in SAE WCx Digital Summit, 2021. Link White Paper: Published

A. Shah Alias Sangani, E. Alkan and A. E. Hartavi, "White Paper: Catalogue of Assessment Criteria for Level 3 Autonomous Vehicles," TrustVehicle, 2020Link

A. Shah Alias Sangani and A. E. Hartavi, "White Paper: TrustVehicle-Catalogue of Critical Scenarios," TrustVehicle, 2020 Link

SKILLS

Key Skills

1. e-Powertrain Simulation, dSPACE MAB-II, Control Desk, Model-Based Design and Implementation, Energy Optimisation in EVs, Start-up and Shutdown Sequence Control, Software Costing and Planning for Commercial Viability, Proposal Writing and Presentation Software Skills 2. MATLAB, Simulink, C, SQL, GAMS, Solid Edge, SolidWorks, ANSYS, MS Project, Microsoft Office Industrial Skills Strategic Planning, Marketing, Documentation, Data Management, Project Management Workshop Skills Control of Lathe, Milling and CNC

PROFESSIONAL EXPERIENCE

Researcher, University of Surrey, U.K. 12/2018 – Present H2020 OBELICS:

Project I Development of Energy Optimisation Algorithm for Ford Otosan e-RT

Developed of energy management algorithm for Ford Otosan Electric Refuse Truck considering Safety protocols

Developed of Flexible Safe-Start-up (SSC) and Shutdown Sequence Controller (SDSC)

Developed of failsafe modular torque moderation algorithm against the abrupt additive temperature faults for RWD configuration.

Developed of fault-tolerant torque allocation algorithm against the temperature and communication faults for AWD configuration.

Carried virtual assessment of the functional safety of safety-integrated energy management algorithms for electric refuse trucks via a software fault injection technique. Project II Costing of Safety-Critical Embedded Software (SW)

SW costing using detailed-COCOMO for the manually coded embedded SW for checking the commercial viability

Development using ISO262626 V-cycle and d-COCOMO phases

d-COCOMO cost factors value assignment

Calculation of total effort (PM), development time in (M), productivity, and staff size required Project III Development of a Flexible and Safe by Design Software for an Electric Race Car

Failure Modes and Effect Analysis of the soft-ECU

Exploration of software Probabilistic FMEA using Bayesian network and Fuzzy FMEA

HARA and ASIL rating for the overall design of ECU code and it's application H2020 TrustVehicle:

Project I Critical Metrics to Evaluate the Acceptance of the Level 3 Autonomous Vehicles

Collection of Heavy-Duty AVs metrics for Drivers Expectation, Sensors, Cameras, Human Machine Interface and Vehicle Operations

Implementation of a-Delphi Technique for selection of Key Performance Indicators

Preparation of Catalogue of Assessment Criteria for L3AD vehicles H2020 Sys2Wheel:

Project I Lateral Dynamics Model of Tofas-Fiat Light Commercial Vehicle

Development of high-fidelity lateral dynamic model for implementation of hitch-angle controller

Development of regenerative braking model for FWD LCV Management Experience of all three H2020 funded project:

Wrote 11 proposal on behalf of the University of Surrey for EU H2020 project out of which 4 were funded with a total funding of £1600K

Managing documentation of three EU project: TrustVehicle, OBELICS and Sys2WHEEL

Presentation preparation for General Assemblies of the EU projects

End-to-End Documentation, and Version Management for every task Team SURTES: Industrial Placement 07/2017 – 08/2018 Managing Director of two Formula Student team of University of Surrey

Managing and resource allocation of 45 members of Team SURTES which participated in Formula Student UK by manufacturing two electric race cars; each participating in Static and Dynamic events.

Only member to manage budget of £100,000 funded by the University of Surrey, out which £28K were saved and rolled to next year’s manufacturing.

Allocation of budget on manufacturing and purchasing components especially the lightweight connectors and HV components

Interface management between team members and suppliers

Leading marketing team for attracting investors; received extra funding of £33K for the year; highest in the history of Team SURTES

High Voltage Wiring and Costing, Traction Control Code and Implementation on dSPACE MAB-II

Designing components for HV e-powertrain components on Solid Edge; and stress analysis on Ansys

Manufacturing of over 500+ components on Lathe, Milling and CNC ACHIVEMENTS & AWARDS

Received Mercedes AMG: Best High Voltage Powertrain for Electrics Vehicles for Team SURTES

Received IMechE: Most Efficient Electric Car and Best UK Electric Car 2019 Award for Team SURTES

Received Santander University funding of £5000 for best electric vehicle design and implementation for Team SURTES

Received award for undertaking year-long Professional Training Year Award

Received 3rd place in Design, Manufacture and Evaluate (DME) competition at University of Surrey ROLES, RESPONSIBILITY AND MEMBERSHIPS

Course Representative – BEng. Automotive engineering

Responsible for representing the views of the cohort about the modules to the "Student Staff Liaison Committee"

(SSLC).

Acting as a validation rep on review panels accessing students' views on corresponding subjects and reporting to the students union.

Member of: IMECHE, MECHSOC, INDIAN STUDENT ASSOCIATION & FORMULA STUDENT EXTRACURRICULAR ACTIVITIES & INTERESTS

Highly enthusiast and fond of trekking and therefore, participated in YOUREKA Camp in lower Shivalik held at

"SITLAKHET" and “Junga” (Himachal Pradesh).

Highly interested in playing cricket for which I have participated in University of Surrey’s team

Interested in playing chess and table tennis

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