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  • About
  • Vision & Mission
  • Syllabus
  • Resource and Facilities
  • Staff
  • Events
  • Project
  • Toppers
  • Photo Gallery


Production Engineering is a specialized branch of Mechanical Engineering, in which an integrated exposure to design and manufacturing of Products & Components as well as Services at optimum cost & quality are given wide thrust and coverage. It ensures an all-encompassing and enriching focus on all the basic areas of Mechanical Engineering along with a strong exposure to various Management practices & techniques, Economics, Costing, Finance & Accounts, HR, Marketing and Systems oriented subjects. Production Engineering can also be identified with the modern techno commercial and customer centric aspects of business models & practices.   

The syllabus of Production Engineering in University of Mumbai has a full time six months Inplant training cum Project in various industries such as L & T, Godrej, Siemens, Volkswagen and Mahindra & Mahindra, etc. This training is prescribed for students in the VII Semester (Final Year) of their curriculum, making it a sandwich type of course. This exposure to the industry during the period of six months ensures that a student gets an exposure to practical and live working practices of the industry. This is a unique feature available only in the Production Engineering curriculum at the graduate level courses of University of Mumbai, thereby ensuring that the students have a 6 months of practical experience before they pass out of under graduation studies.   

For MBA aspirants particularly, Production Engineering is a very pertinent course to pursue at the under graduate level. This exposure also enhances the managerial skills and decision making skills of the students, making them industry ready.  Regular visits to the industries and monitoring of the students’ performance by the faculty members also form a key component of the implant training.

Production Engineering graduates have ample employment opportunities in areas such as core manufacturing, product design and development, quality assurance, marketing, systems engineering, tool design, planning and operations, maintenance and servicing, production software development, customer technical services cells, entrepreneurship and training and development. Our students are usually placed in the companies like Mahindra and Mahindra, Larson &Tubro, Godrej & Boyce, J. P. Morgan, TCS etc...

About the Department:

  • Production Engineering Department of Dwarkadas J. Sanghvi College of Engineering was set up in 1994, the year in which the institute was established. The department has 14 full time well qualified faculty and 9 Non-Teaching staff.
  • All the laboratories are fully air-conditioned and are equipped with latest instruments and high end experimental setups, lab records, lab manuals, User manuals, journals etc.  Relevant software’s are installed on all the desktops in laboratories.
  • The department runs four professional student chapters viz. SAE, ISME, RAS and ISHRAE which help to enhance the skills of the student and add value in the process of acquiring knowledge.
  • Course offered - B.E. Production Engineering. Intake – 60 Students.


To develop competent and socially sensitive technopreneurs for manufacturing and allied service sector.



To strive for academic excellence in engineering and manufacturing technology, by fostering innovative learning processes.

To establish state of the art infrastructure in order to create technopreneurs to cater to the demands of industry.

To drive and achieve technical and professional competency by curricular, co-curricular and extracurricular interaction with industry, allied professional societies and other nodal agencies.

To mould the students as responsible and outstanding technical professionals with excellent personality traits and high ethical standards capable of facing challenges of the industry and society at large.


Program Educational Objectives (PEOs)

  1. Impart fundamental concepts of engineering and production technology, inculcate analytical and application skills, orient to research methodologies and prepare graduates to tackle complex engineering problems.
  2. Give exposure to principles and aspects pertaining to various management sciences, develop inter-disciplinary skills and instil an urge for knowledge enhancement.
  3. Provide opportunities to acquire practical exposure through industry interaction.
  4. Instil various soft skills and personality traits.
  5. Bring awareness about professional ethics, social obligations, green expectations / sustainable development and mould graduates to pursue successful technical and professional career.


Program specific outcomes (PSOs).

  1. Candidates will be able to integrate issues related to design, manufacturing processes, tooling and assembly to resolve troubleshooting in manufacturing and achieve manufacturing effectiveness.
  2. Candidates will develop competency in analyzing and improvising of manufacturing systems, operations and automation to achieve productivity enhancement.
  3. Candidates will be able to explore various aspects pertaining to quality and bring about quality improvements through various tools and approaches in statistics, quality, reliability and experimental engineering.
  4. Candidates will be able to apply appropriate managerial approaches in relevant areas of manufacturing to achieve continuous improvement.
  5. Candidates will be able to function effectively as a member or leader of a technical team in an ongoing manufacturing scenario or even in a changing perspective.



  • Applied Mathematics - III
  • Strength of Materials
  • Manufacturing Engineering - I
  • Fluid Mechanics and Fluid Power
  • Computer Aided Machine Drawing
  • Data Base Information Retrieval System
  • Workshop Practice - III



  • Applied Mathematics - IV
  • Theory of Machines
  • Manufacturing Engineering - II
  • Electrical and Electronics Engineering
  • Applied Thermodynamics
  • Materials Technology
  • Workshop Practice - IV



  • Computer Aided Design and Finite Element Analysis
  • Metrology and Instrumentation
  • Design of Jigs and Fixtures
  • Machining Science and Technology
  • Engineering Design
  • Thermal Engineering
  • Business Communication and Ethics



  • Process Engineering and Tooling
  • Design of Press Tool and Metal Joining
  • Operations Research
  • Mould and Metal Forming Technology
  • Production and Operations Management
  • Machine Tool Design 



  •  Industrial Training and Project



  • Automation and Control Engineering
  • Computer Aided Manufacturing
  • Engineering Economics, Finance, Accounting and Costing
  • Total Quality Strategy
  • Industrial relations and Human Resource Management
  • Elective-I 

Department has well equipped laboratories for various subjects as per recommendations of University of Mumbai. All the laboratories are fully air-conditioned & are equipped with latest instruments and high end experimental setups, lab records, lab manuals, User manuals, journals etc.

Relevant softwares are installed on all the desktops in laboratories. Computers, laptops, printers, scanners, internet and intranet facilities are available in lab for the students. Students and faculty have easy access to all the facilities in the department throughout the year.

The department has an excellent infrastructure facility that includes laboratories like

  • Theory of Machines.
  • Material Science.
  • Metrology and Instrumentation.
  • Automation and Controls.
  • CAD/CAM.
  • Fluid Mechanics.
  • Thermal Engineering.
  • Engineering Mechanics.
  • Strength of Materials.
  • Workshops.
  • Drawing halls.



The computational facilities available with department include:

  • Total no of Computer: 63
  • LAN connected computers with internet facility
  • 6 Laptops
  • Two WAN points
  • 1 Network Printer
  • 2 Laser Printer
  • 1 Dot – matrix printers
  • 1 Plotter


Departmental laboratories also have high end and recent softwares as under :


  • Auto Cad
  • Pro-E
  • UG - NX 6
  • Festo Fluid SIM
  • Dr. Hari VasudevanDr. Hari Vasudevan
    Professor and Head of the Dept. of Production Engg.
  • Prof. E. NarayananProf. E. NarayananMentor Professor (Adhoc)
  • Prof. R. S. KhavekarProf. R. S. KhavekarAssociate Professor & TPO
  • Prof. Naresh C. DeshpandeProf. Naresh C.
    Assistant Professor
  • Prof. Sandeep R. VaityProf. Sandeep
    R. Vaity
    Assistant Professor
  • Prof.(Mrs.) Meeta N. GandhiProf.(Mrs.) Meeta
    N. Gandhi
    Assistant Professor
  • Prof. Avadhut A. SamantProf. Avadhut
    A. Samant
    Assistant Professor
  • Prof. Sandip H. ManeProf. Sandip H.
    Assistant Professor
  • Prof. Mehul S. PrajapatiProf. Mehul S.
    Assistant Professor
  • Prof.(Mrs.) Trupti MarkoseProf.(Mrs.) Trupti
    Assistant Professor
  • Prof. Amit A. ChaudhariProf. Amit A.
    Assistant Professor
  • Prof. Pradeep S. YadavProf. Sanket D.
    Assistant Professor
  • Prof. Dhananjay S ShuklaProf. Dhananjay
    S. Shukla
    Assistant Professor
  • Prof. Rane Amruta ArvindProf. Rane
    Amruta Arvind
    Assistant Professor (Adhoc)
  • Dr. Hari VasudevanDr. Hari Vasudevan
    Professor and Head of the Dept. of Production Engg.
  • Prof. E. NarayananProf. E. NarayananMentor Professor (Adhoc)
  • Prof. R. S. KhavekarProf. R. S. KhavekarAssociate Professor & TPO
  • Prof. Naresh C. DeshpandeProf. Naresh C.
    Assistant Professor
  • Prof. Sandeep R. VaityProf. Sandeep
    R. Vaity
    Assistant Professor
  • Prof.(Mrs.) Meeta N. GandhiProf.(Mrs.) Meeta
    N. Gandhi
    Assistant Professor
  • Prof. Avadhut A. SamantProf. Avadhut
    A. Samant
    Assistant Professor
  • Prof. Sandip H. ManeProf. Sandip H.
    Assistant Professor
  • Prof. Mehul S. PrajapatiProf. Mehul S.
    Assistant Professor
  • Prof.(Mrs.) Trupti MarkoseProf.(Mrs.) Trupti
    Assistant Professor
  • Prof. Amit A. ChaudhariProf. Amit A.
    Assistant Professor
  • Prof. Pradeep S. YadavProf. Sanket D.
    Assistant Professor
  • Prof. Dhananjay S ShuklaProf. Dhananjay
    S. Shukla
    Assistant Professor
  • Prof. Rane Amruta ArvindProf. Rane
    Amruta Arvind
    Assistant Professor (Adhoc)


1. Participated in Formula Student Germany an International Race Car Design Competition conducted by SAE International in July – August 2014 at Hockenheimring, Germany. 


2. Participated in BAJA Student India – National Level Off-road Racing Competition conducted by SAE India in collaboration with TATA Motors in January 2015. 


3. D J Sanghvi College of Engineering’s “Robotics and Automation Society (RAS)”, participated in Robocon India 2015 held by MIT, Pune from 3rd March to 7th March. The Asia-Pacific Robot Contest (ABU Robocon) is an Asian Oceanian College robot competition in which a robot or a set of robots are given a task to complete within a given time frame. The theme for year 2015 was “ROBOMINTON: BADMINTON ROBO-GAME”. This 17 year, the country level competition was held at Balewadi Stadium by MIT, Pune. Our college participated in this competition for the first time so our main intention was to create awareness about this competition which would give a good technical exposure 


4. DJS Skylark is the official Aero Design Team of D. J. Sanghvi college of Engineering under SAE student’s chapter. The team wanted to design an aircraft credible enough to be able to compete at an international level with the best teams in the world The team represented our college on an international level by participating in the SAE Aero Design East competition which was held this year at Lakeland, Florida from 13th March to 15th March 2015 and it stood 17th worldwide and 2nd in India in our category.


5. Seminar-cum-Project Competition "Expanding Horizons in Manufacturing Sector" -


Date:- 16,17th MARCH 2015


Organized by:- ISME (Jointly organized by Production & Mechanical Department.) 




D.J.Sanghvi College of Engineering is organized a 2 day Seminar-cum-Project Competition "Expanding Horizons in Manufacturing Sector" having theme "Make in India". Seminar sessions were organized on the following Topics:


-Manufacturing Sector:- Ongoing scenario/Emerging technology

-Rapid prototyping & Rapid Tooling.

-Innovations in Energy conservation.

-New Age Materials 

-CAE solutions for Manufacturing

-Product life cycle Assessment.


Experts from leading manufacturing Industries & technical institutes of repute like IIT, Bombay, Imagnerium, CADD Center etc. delivered interesting sessions on above topic.  Around 28 teams participated in this competition of which 11 were from our own college (5 from Production Department & 6 from Mechanical Department).  The students enthusiastically explained their projects. After evaluating all Projects for 2 days 3 prizes were declared of which 3rd prize was bagged by Team from Mechanical department of our college. In all participants enjoyed the theme as well arrangement done for event. 


3D Printing Workshop


Date:- 27,28th February 2015


Organized by:- ISME




Conducted by:- 3D Ware


An introductory workshop on ‘3D Printing and additive manufacturing technology’ was conducted by ISME on 27,28th February 2015. Various topics covered under the workshop were:-


1)            The 3rd Revolution


2)            The 3d Opportunity and additive manufacturing


3)            The technical aspects and introduction to Online communities


Students from Mechanical and Production Engineering Departments from 3rd and 2nd year attended this workshop. Around 84 students registered. Also, Hands-on experience was given to the participants and actual 3D machines were brought. Students were given the opportunity to print actual 3D models.

Industrial Visits

1.            Visit to Prijay Heat Exchangers dated 28th August 2014 by experienced professional’s from Himalayan Cool Services.


2.            Industrial Visit to Godrej and Boyce Ltd.


                Date: - 26th February 2015


                Place: - ‘Godrej and Boyce’ Ltd.


                Conducted by: - Production Department, DJSCE


                Faculty In charge: - Prof. Sanket Parab


An industrial visit was conducted for 2nd and 3rd year students from Production Engineering Department on 26th February 2015 to ‘Godrej and Boyce’ Ltd. (Vikhroli-west).The students got an opportunity to visit plant 7 (Godrej tooling division).Various types of dies and press tools used in various automobile companies were shown to the students. Also, a corporate presentation and safety briefing by Godrej Tooling Business was given. Main intention of the I.V was to orient students so that they will get clear insight of Industry so that it will be easier for them when to adapt to company environment when they do implant Training. The students also visited the Corporate Showroom in which various products manufactured by the company were displayed.


3.            Industrial Visit to Amtek Forging and Volkswagen, Chakan


                Date: - 9th April 2015


                Place: - Chakan, Pune


                Conducted by: - Production Department, DJSCE


                Faculty In charge: - Prof. R.S.Khavekar, Prof. Sanket Parab


An industrial visit was conducted for 3rd year students from Production Engineering Department on 9th April 2015 to ‘Amtek Forging’ and ‘Volkswagen’ at Chakan, Pune. A total number of 35 students visited the companies. The students first visited the forging company wherein they got an opportunity to actually see the forging process which is related to a subject in present semester i.e. MMFT and various material handling systems of the company. Later, the students visited the Volkswagen plant in which they visited the assembly line of the Volkswagen cars and also saw the car manufacturing processes step by step of cars like polo, vento & rapid.  Students also got opportunity to see fully automated welding section of plant.  The questions of the students were also answered by one of the official at the plant.





Guest Lectures

1.            Talk on “3D printing, a New Tool to Unlock Fragile Ideas” on 19th September, 2014 by Dr. Guruprasad Rao (Director-Technology & Operations at Imaginarium India Pvt Ltd,) Research Scholar at Indian Institute of Technology, Bombay.


2.            Seminar on Career Opportunities Abroad September’ 2014 by Ms. Purvi Tantia from Ace Consultancy.


3.            L&T Technical Lecture Series


Date: - 29th , 30th January

Organized by: - ISME


Conducted by: - L & T Switch Gear.

A technical lecture series on New Product Design Process was conducted by L&T in our college on 29th and 30th January 2015 under two student chapters of our college- ISME (Indian society of manufacturing engineers) and SAE (society of automotive engineers) .Many managers, senior deputy managers and the Principal of L&T Institute Of Technology visited our college and interacted with our students and also shared their work which they had done as employees of the well renowned company.

Students from second, third and fourth years from Mechanical, Production and Electronics Engineering branches took part in the event.

On the first day i.e. 29th January, a film on L&T was showed to the students along with address given by Mr. Ashok Basak (IAS,CEO SVKM) and Mr. Bharat Sanghvi (Trustee,SVKM,  Chairman Governing council DJSCE).


Lectures on the following topic were given:-

29th Jan:

1) Product design life cycle and Q&A by Mr. Amit Chaturvedi   , Assistant General Manager, L&T

2) Precision tooling required for EAIC product design and Q&A by Mr. Kiran Waghle, Assistant General Manager, L&T

3) DFSS and Q&A by Mr. Ashish Malick, Deputy General Manager, L&T

4) Manufacturing in EAIC and Q&A by Mr.Vinod Mahindrakar, Sr. Deputy General Manager, L&T


30th Jan:

1) Challenges on implementing international standards and testing the products by Mr.M C Dave, Ex Deputy General Manager, L&T

2) Embedded system design and its application in EAIC by Mr. Vishal Sinha, Manager, embedded design and development, L&T

Also, on the second day, a competition was held in which 21 teams took part. The teams consisted of students from mechanical, production and electronics branches of our college. The students were given a challenge to design an ‘Energy efficient smart home’. The students applied their technical knowledge and designed various smart homes and one team was declared as the winner. The winning team was given prizes from L&T and also was given a chance to do an internship come project training in L&T.


4.            An invited talk on “Engineering Capabilities in Process Equipment Management” by Mr Alex Tellis of M/s Godrej and Boyce Ltd. Vikhroli was conducted on 4th February 2015.


5.            An invited talk on “Engineering Capabilities in Process Equipment Management” by Mr Alex Tellis of M/s Godrej and Boyce Ltd. Vikhroli was conducted on 4th February 2015.


6.            An Invited talk on “Solar energy” by Ankit Barasia, Director-Solar Inertia was conducted on 11th February 2015.


7.            A Guest lecture was held on “Jet Propulsion Engine” by Mr F A Shaikh of Air India on 2nd March 2015.


8.            A Guest lecture was held on “Piping” by M/s Suvidya Institute of Technology, Santacruz on 13th March 2015.


Value added Programs

1. Solid Works Modelling Software Training conducted between August 2014 and December 2014 in premises of Production Engineering Department, by CADD Centre Mumbai.


2. Workshop on assembly and disassembly of air-conditioner 9th August’2014. ANSYS software training. From September’14 –December’14 by CADD Centre.


3. German Language classes conducted between January 2015 and May 2015 in the premises of Production Engineering Department, by Mrs. Ujwal Anil a language consultant.




Date of Commencement: - 7th February 2015

Organized by:- ISME


Conducted by:- CADD CENTER , ANDHERI


Keeping in view the fierce competition the students have to face in outside world & need for skill expertise. ISME has organized 60 hours training session on ANSYS in collaboration with CADD Centre. 2 hours slot is kept empty on last three days of week so that student can easily complete this VAP course during college hours also student get this courses at discounted rates. 15 students registered for this VAP course.


5. Workshop on assembly and working of Refrigerators by M/s Himalaya Cool Services on 9th February 2015. The Workshop was conducted by industry professionals with more than 15 years of experience. It included live demonstration of the assembly and working of a domestic refrigerator. The speakers also showed the working of an industry-level compressor assembly.

The list of projects undertaken by B.E. students (2015-16)

1.      Truss structure extension and process optimizations for new car variant

2.      Process optimization and fool-proofing to accommodate parts and processes of a new car variant

3.      Rudder Fabrication

4.      Tongue and groove ring storage rack fabrication

5.      Intricacies in Fabrication with Titanium

6.      Green Supply chain management in logistics

7.      Implementation of 5S in Inventory Control

8.      Material management through vendor development and evaluation & design improvements in capsule                  guide and slide valve.

9.      Material Handling Equipment

10.   Vendor Rationalization-Increasing cost efficiency and reducting lead time & improvements in tablet                       compression machine

11.  Design Modification of Interchangeable Jig

12.  Productivity improvement and development of fire resisting safes

13.  Fixture Design of PQR plates storage for ease of material handling

14.  Value Engineering and Development of Padlocks

15.  Process Improvement In Safe Assembly Line

16.  Reduction in Defects of Safe Deposit & Vertibolt Cartridge using QM Methodology

17.  Design Modification of Fixtures for Screw Plug Heat Exchangers

18.  Design of assembly and inspection fixture for capsule manufacturing and printing machine

19.  Productivity and Safety Improvement on Safe Assembly Line

20.  Measurement system analysis

21.  Initialization and Maintenance of PTFE plant

22.  Lead time reduction and Design Improvements using Lean Manufacturing methods

23.  Understanding Product Structure

24.  Product improvement for Eliminating warranty complaints of 7lever round  pad lock and Removal of in                 process rework of Brass Pad Lock

25.  Process Improvement of Multipurpose Furniture Bolt for enhanced quality

26.  Kaizen in locking solutions and systems division of godrej

27.  Implementation of first pillar of TPM, JH-step5

28.   Design and Fabrication of Cages for Portable Ovens, Flux Holding Attachment in SAW Welding & Inventory          Control of DPT Materials

29.  Design Enhancement of Key Bitting Fixture

30.  Prototyping of Electronically Controlled Powerpack for Defense Tracked Vehicle


The list of projects undertaken by B.E. students (2014-15)

1.      Pressure Vessel fabrication aspects and design.

2.      Development of Tools.

3.      Replacement of cellulose material for scrapes and lead time reduction by designing template for base                 plate in Tablet compressing Machine.

4.      Modification of frame welding fixture.

5.      Cost reduction in manufacturing of Hatch Ring and foundation plate for UVLM.

6.      Quality aspects of tube to tubesheet welding and weld time optimisation.

7.      Raw material inventory cost reduction using dynamic buffer management system

8.      Implementation of total productive maintenance pillar (Preventive Maintenance) in maintenance                     department.

9.      Design of (1) New press tool for Bending C-Handle (2) Painting fixture for C-Handle and actuating                    plate.

10.    A) Streamlining Project Management Tracking System for OEM Projects. B) Time study of Muffler end              Spining Machine.

11.  A) Bill of material validation. B) Preparation of Route sheet for various jobs.

12.  Reduction in Reshoot Spots in Radiography Testing of Tube to Tube Sheet Joints by Improving Location            System.

13.  In-house product development.

14.  A) Failure Mode Identification and Preparation of Quality Assurance Matrix for 1.2L NGNA Engine. B)                Identification of Leakage for 273 MPFI Engine.

15.  Implementation of theory of constraints for productivity improvement

16.  A) Vehicle Tracking system using RFID Technology B) Extension of Light Canopy for quality check. C)               Management of inventory levels of Rework parts by Set Up of Logistic Warehouse.

17.  A) Implementation of T.P.M. pillar-preventive maintenance. B) Line Balancing of Lock assembly.

18.  Inspection and Quality enhancement of submerge arc welding process and inventory control DPT                     Material

19.  Productivity Improvement by Manpower and Wastage reduction.

20.  Performance enhacement of Fuel Fired Furnace.

21.  Design of Fixture to improve productivity in handling of shroud shell assembly.

22.  Lean Practices to Improve Productivity in IVCB

23.  Design of wiremesh punching table and turn table fixture.

24.  Refractory design and Procurement for waste heat Boiler.

25.  Inventory Optimisation through lead time reduction at vendor end.

26.  Cost Reduction through Quality Improvement and Supply Chain Management.

27.  TPM Stabilisation and Process Improvement

28.  Rejection Control and Lead time reduction in Encapsulation and HCM Division.

29.  Plant space utilization, Devendorising of upholstory and RFID in Interiao Department.

30.  Inmplementation of first Pillar of TPM, Jishu Hozen-Step-5

31.  Reduction in time requirement in Baffle Assembly and Ultrasonic Thickness Meter Calibration

32.  Cost and Lead time reduction of spares in Interio department.

33.  Optimisation of Production Line through Valve Stream Mapping for Safe Deposit Plate and 3KS                         Petroleum Body

34.  Productivity Improvements in Machining of Middle Segment of Polar Satellite Launching Vehicle.

35.  Productivity Improvement by Reducing Lead Time in Assembly of Machine Tablet compresing machine.

36.  New product introduction, lead time reduction and quality improvement of spares in interio department.




The list of projects undertaken by B.E. students (2013-14)

1. Product improvement through innovative design.

2. Prouctivity Improvement in Switchgear assembly line.

3. Development and modification of moulded case circuit breakers.

4. E-Solutions for SLDC- a. Minimizing Response time with the customer. b. Selection of components. c. Weight omputation. 

5. Improvement of censafe Assembly line.

6. Increase in productivity of Inner Body Cell Unit.

7. Analysis & improvement of Record Protecting Equipment Manufacturing.

8. Cost optimization of plastics and copper parts of air circcuit breaker.

9. Implementation of Six Sigma ans Product development of LED well glass & Glass ring.

10. Lead time reduction through value stream mapping of AF90T machine.

11. Productivity improvement of AF90T machine assembly line.

12. Standardization of AC Air Compressors (1- 1.5 T).

13. Optimization of Chassis Assembly line and quality evaluation.

14. Process improvements & Kaizen implementation in press shop.

15. Root cause analysis for ovality in wind tunnel nozzle sections.

16. Introduction of TPM culture in securities solutions division.

17. TPM Stabilization & Process Improvement.

18. Design of painting fixture and material handling trolley for traction motor assembly shop.

19. Development and testing of thermo-magnetic release.

20. Design and development of rotor assembly of switch disconnectors.

21. Improvement in shot blasting process through modified screw conveyor design.

22. Cost reduction of 2L mortise lock & good padlock designing.

23. Geometric modelling and analysis of methanol wash column using  pv-elite software.

24. Process improvement of robotic stud welding.

25. Eradicating Oil leakage through exhaust manifold of two cylinder engines.

26. Welding Optimization & resource management.

27. Project Planning & expediting of gasifier reactor.

28. Inventory Control & planning of electrical system equipments (ESE) & Modification of packaging standards for ESE.

29. Inventory management of drilling and turning inserts & Enhancing overall equipment efficiency of vertical lathe machine

30. Time study and analysis of SPF line

31. Efficiency Enhancement of hardware procurement & streamlining of plating details.

32. Cost & Time Reduction using CPM-PERT for base welded feet

33. Trouble shooting and parametric optimization of tube to tube sheet welding.

34. Manufacturing sequencing and fabrication cycle time estimation of residence vessel.

35. Enhancing orbital tube welding efficiency in heat exchangers & Development of inventory layout for electro welding strips.

36. Exploring implementation of hot wire TIG welding for better results & Development of ESSC fixture to overcome the use of FCAW.

37. Cost reduction of balancing ring & manufacturing feasibility of shaft by upset forging.

38. Optimization of assembly line of 35B5 product and material management using ERP system.

The list of projects undertaken by B.E. students (2012-13)

1. Fabrication and Chemical Cleaning of Sodium-Air Heat Exchanger.

2. Development of LCA Machine.

3. Development of Special Purpose Machine.

4. Defects, Troubleshooting & Quality Improvement of Safes. Time Study of Safe Assembly Workstations.

5. Design Aspects of Hydrotest Saddle Supports.  Design Aspects of Long seam welding Fixture.

6. Value Stream Mapping. Defect Analysis. Overall Equipment Effectiveness.

7. Total Productive Maintenance and Heat distortion Control.

8. Standardization of Air Compressors.

9. Value Engineering of Circuit Breaker Packaging.

10. Lead Time Reduction & Zero based costing analysis.

11. Value stream Mapping of Astro Lock.

12. Value Engineering of contact in circuit breaker.

13. Elimination of black soot emission from low-velocity gas burners.

14. Process Improvement on RPE line.

15. Re- Engineering of Ultra Mortise & Disc Padlock.

16. Value stream mapping.

17. Work breakdown structure for LP feedwater heater & design of fixture for DSS shells.

18. Improvement in the moulded case circuit breakers.

19. Manufacturing planning of external riser. Alternate lifting method for replacement of STLX.

20. Supply Chain management of primary tar separator.

21. Development in circuit breakers.

22. Fixture design and modifications in die.

23. Strategic Product Improvement.

The list of projects undertaken by B.E. students (2011-12)

1. Reduction in defect FRCD not resetting in all electrical air circuit breakers, C-Power.

2. PFMEA of crank shaft assembly.

3. Design of roller assembly fixture.

4. Implementation of 5s.

5. Gauge design for DN4 shop.

6. Development of TOTT manual.

7. Design of an assembly fixture for the switchgear.

8. Cost reduction and alternate materials.

9. Improvement of set up time on CNC hydrofold machine.

10. Implementation of total productive maintenance in fabrication department.

11. Value stream mapping of ACB CPower Charging handle.

12. Implementation of TPM.

13. Optimization of MAST planning and resource utilization.

Year 2014-15



SEM: VIII / MAY’ 2015


Sr. No.

Seat No.

Name of the Student





Shah Harshil D.





Nayak Rohan R.





Pandya Ronak N.





Sharma Tanvi H.





Purohit Hiral R.





Phadke Onkar R.





Kansara Raunak R.





Kagalwala Mustansir T.





Jain Aryan T.





Aurora Namrata M.




YEAR 2013-14


Dani Siddharth D. 813 73.90 DISTINCTION
Chatterjee Arijeet S. 806 73.27 DISTINCTION
Sanghavi Kushal Raju 798 72.54 DISTINCTION
Patel Sagar Devraj 785 71.36 DISTINCTION
Maheshwari Nikhilesh A. 773 70.27 DISTINCTION
Devnani Pranay Sunil 763 69.36 FIRST CLASS
Shah Neel Rajesh 762 69.27 FIRST CLASS
Rajwani Alifiya Amin 756 68.72 FIRST CLASS
Sanghvi Arpit Girish 740 67.27 FIRST CLASS
Shah Ashutosh Akshay 733 66.63 FIRST CLASS


YEAR 2012-13


Agrawal Shivam Pawankumar 837 76.09 DISTINCTION
Kumar Sujal Ashwin 821 74.63 DISTINCTION
Shah krunal Rajnikant 810 73.63 DISTINCTION
Doshi Siddh Dhiren 801 72.81 DISTINCTION
Sanghvi Vijay S. 791 71.90 DISTINCTION
Mehta Shail N. 782 71.09 DISTINCTION
Shah Smith S. 776 70.54 DISTINCTION
Shah Samkit N. 763 69.63 FIRST CLASS
Luthria Kshitij J.  761 69.18 FIRST CLASS
Kulkarni Nihal A. 760 69.09 FIRST CLASS


YEAR: 2011-12