HIGH PAYING OFFICE JOBS FOR MECHNICAL ENGINEERS Increase in demand of Patent Engineers 2019 - 20 iipta.com Mechanical Engineer Jobs
Have you completed Mechanical Engineering and not being able to decide what to look for after this, read on…..
Description Description Description Description Description Description Description Description iipta.com Mechanical Engineer Jobs
No Physically Strenuous jobs No Workshop jobs No Site inspection No Factory job No Sales or Marketing job
Description Description Description Description Description Description Description Description iipta.com Mechanical Engineer Jobs
100 % Office Jobs Work in innovation and new technology Help R&D team get patents on new tech Find white gaps for new tech development Work with nation and international Patent Offices
Description Description Description Description Description Description Description Description iipta.com Start Career as Mechanical Patent Engineer First step toward an exciting career of mechanical engineering.
Description Description Description Description Description Description Description Description iipta.com Mechanical Patent Engineer
A mechanical patent engineer work on new inventions. He understands novelty, industrial application and non-obvious nature of new inventions to establish patentability.
Description Description Description Description Description Description Description Description iipta.com Who is Mechanical Patent Engineer?
Report Preparation Patent Data Interpretation Tests whether invention is new or not by Analyze patent data to find new gaps in using patent databases technology and create domination in market
Driver for new innovation Patent Registration Gets invention’s disclosures from Helps in patent registration across R&D Teams the world. Work with government offices to get patent rights
Innovation Management Technology Management Makes sure that company’s IP assets Helps company in buying and selling are well safeguarded in multiple of technology. Helps in getting tech countries. Company should be able domination in market.
to trade freely. iipta.com Engineering skills gap
According to research, India will recruit 8.3 lakh people with engineering skills in IP industry from 2019- 2025.
And with only 10,000 people being recruited a year, the sector is falling far short.
As well as reinforcing your chances of good graduate prospects and a decent salary, this also means that if you pursue a mechanical engineering career you’ll be contributing to the India’s well-being and economic growth.
Description Description Description Description Description Description Description Description iipta.com What skills are required to become Patent Engineer?
You also need to be willing to stretch yourself and push your envelope to become the best in the industry by working on yourself and your skill sets gradually.
Description Description Description Description Description Description Description Description iipta.com What skills are required to become Patent Engineer?
80% 60% 75%
Passion for Technology Legal Research Data Interpretation Patent Engineer works reads new Patent Engineer has to conduct research Patents are millions in number. research technology everyday. He should have on online patent databases. He has to has to be carried out for find relevant keen interest in reading invention prepare prior art search reports, freedom results. Data needs to be interpreted disclosures, understanding drawings and to operate market research reports for technically as well as by demographics. prototyping. tech company.
iipta.com What skills are required to become Patent Engineer?
30% 60% 75%
Analytical Thinking Time Management Liasioning and Negotiation Patent is the source of new technology. Patent engineer has to multi tasks Patent engineer works with multiple Every patent is the solution to a problem. between reading, interpreting and doing departments inside office and also Patent data can be used to find better paperwork. So time and project coordinates with patent offices around solutions to existing problem or may be management is very important. the world. So communication is essential problem which is still existing and no key to success. body is trying to solve. This helps in disruptive innovation. iipta.com What skills are required to become Patent Engineer?
You also need to be willing to stretch yourself and push your envelope to become the best in the industry by working on yourself and your skill sets gradually.
Required Skill Set Description
You need to have practical knowledge in the general application, the procedures, Engineering & Technology techniques, tools in order to have a better hold at different aspects of mechanical fields.
Design is one of the most important parts of mechanical engineering. Knowledge of Design design tools, techniques and production of technical blueprints would be an added advantage for any student pursuing mechanical engineering.
Though it is obvious, its importance doesn’t get reduced. Having the knowledge of tools, Mechanical their designs, repairs, utilities and maintenance should be of utter importance for a mechanical engineer.
Knowledge of how production is being done, how quality is being controlled and Production & Processing assured, how to reduce cost by applying effective techniques for specific occasions will help a student become a good engineer along the way. Description Description Description Description Description Description Description Description Math Skills For analysis and designiipta.com of mechanical components, strong math skills is a must. PURSUE LOVE FOR MECHANICS
Patents are source of information on new technology.
Design Patents gives you information Patents gives you idea about new machines. what is about to come in market .
Patent tools What is next can help you compare technology? designs or technology of your competitors.
iipta.com BE THE PART OF INNOVATION
Find better solution to existing problem Patents can help identify white gaps in technology. Cross industry solutions can be applied for faster innovation Find solution to new problems You can get inspiration from other industries who are solving the same or similar problems. Find new problems to solve Patents helps in analyzing trend of technology. For stay ahead of curve, companies need to work on new tech. Find new technology Patent data can be used to find what types of technology are coming in market.
iipta.com PURSUE LOVE FOR MACHINES
16% How to make design 27% improvements? What is next big 24% technology? What new technology or product design is trending?
32% 30% Which design is What new more efficient? machines can we expect in market in future? iipta.com PURSUE CAREER IN NEW TECH
Check inventions are novel or not Help R&D develop After invention is completed, Bring new technology new prototypes establish novel points of the into market Work closely with R&D team and patent and get it registered Once patented, help bring give them relevant patent globally. technology to market. Check documents for technology is free to use or idea generation. not.
iipta.com PURSUE LOVE FOR NEW DESIGN
21% Help create better product design Use patent data to find white gaps in technology . 18% Create Patent Drawings 17% Create patent drawings to be Establish novelty of design Compare the features of submitted with patent designs and establish novel application. and useful features.
23% 27% Global Design Registration Enforce IP of company Work with patent offices and Besides IP Protection, get design registered. enforce IP rights.
iipta.com Top Core Areas Aerodynamics Biomechanics Combustion and Energy Systems Design and Manufacturing Dynamics and Control Vibrations, Acoustics & Fluid-Structure Interaction
Description Description Description Description Description Description Description Description iipta.com Top Core Areas : Aerodynamics
Lot of innovation is being done in areas of Aerodynamics, Fluids, and Thermal Engineering.
Current innovation include boundary layer control, development of computational algorithms for the design and analysis of aerospace vehicles, the study of differential diffusion in a turbulent jet, unsteady aerodynamic studies on wings and airfoils in subsonic and supersonic flows with applications to aero- elastic oscillations control, studies on the next-generation hypersonic air- breathing engines, computational and numerical investigations of compact heat exchangers, and the study of wing tip vortices from fixed and cyclically pitched wings.
Description Description Description Description Description Description Description Description iipta.com Top Core Areas : Biomechanics
The biomechanics, biomaterials and biological materials groups cover a wide range of research topics from cardiovascular engineering, voice production , bio-devices , mechanics of biological materials and bio-inspiration and musculoskeletal biomechanics with a focus on spine.
Description Description Description Description Description Description Description Description iipta.com Top Core Areas : Combustion and Energy Systems
The Combustion and Energy Systems research groups conduct fundamental and applied research on problems in combustion, shock wave physics, heat transfer, and compressible gas dynamics.
Current patent trends involve the combustion of alternative liquid fuels for automotive and aircraft propulsion; super-adiabatic combustion; combustion of solid particles with water for hydrogen production; particle combustion in air and fuel-air mixtures; thermal energy storage systems; loop heat pipes; heat transfer enhancement using microencapsulated, phase-change slurries; porous media; cooling of net-book computers; ultra-compact heat exchangers; optimization of heat transfer devices; fundamental propagation mechanisms of shock waves; detonations and explosions; computational modeling of hypersonic aerodynamics; high-speed propulsion; oblique- detonation combustion for scramjet engines; thermo-acoustics; and combustion noise.
Description Description Description Description Description Description Description Description iipta.com Top Core Areas : Design
The mechanical design groups develop integrated design methods that encompass computational synthesis, multi-scale analysis and selection strategies, and they search for particular applications and industrial sectors.
Research topics range from optimum design methodology to biomimetic design. The former involves multi-objective and multidisciplinary optimization. The latter is applied to structures and hybrid materials (i.e., cellular solids and composite materials) and biomedical devices (i.e., stents and heart valves, robotic mechanical systems and their mechanical components).
Description Description Description Description Description Description Description Description iipta.com Top Core Areas : Manufacturing
The manufacturing and process management researchers focus on various manufacturing processes that occur at the large and micro scale.
These include comminution processes, high-speed grinding, laser assisted machining, metal coating, and micro-machining. Current research projects analyze the effects of wear, fretting and abrasion as well as other thermoelastic and dynamic phenomena. Research also includes the improvement of productivity and cycle time for manufacturing activities, with special emphasis on production planning, concurrent engineering, design with remote partners, and change management
Description Description Description Description Description Description Description Description iipta.com Top Core Areas : Dynamics and Control
The Dynamics and Control groups conduct research on aerospace systems, biomechanical dynamics, dynamics of plates and shells, force control, mechatronics, multibody systems, nonlinear dynamics, robotics, space systems and vibrations.
Description Description Description Description Description Description Description Description iipta.com Top Core Areas : Materials and Structure
The materials and structures group focuses on the development and the optimization of materials, processes, and devices used for operations in extreme environments and special applications.
Activities range from optimizing composite fabrication processes; designing, analysing, fabricating and testing high performance composite structures for aerospace, automotive, consumer products and sports equipment; devising novel designs for materials and structures inspired by nature; developing advanced materials and devices for MEMS used for sensing and energy harvesting; conducting fundamental studies on the mechanics of nanocomposite thin films and the micromechanics of deformation and fracture in biological materials; multiscale analysis; the design and optimization of cellular solids and deployable microstructures; and the process modelling and development of polymer nanocomposites.
Description Description Description Description Description Description Description Description iipta.com Top Core Areas : Vibrations, Acoustics & Fluid-Structure Interaction
This research group conducts experimental, computational, and theoretical research and workshops on topics, such as nonlinear vibrations, nonlinear dynamics of slender structures, fluid-structure interaction, nonlinear rotor dynamics, bladed disks, flow- induced vibrations, thermoacoustic, and biomechanical applications.
Other than the experimental facilities for vibrators and fluid-structure interaction testing, as well as state-of-the-art computational facilities, our primary laboratories have two large water tunnels, wind tunnels, experimental modal analysis system, and laser Doppler vibrometers. As of now, our members are conducting research on the development of new methodologies and applications involved with aerospace, mechanical, biomedical, offshore and nuclear engineering.
Description Description Description Description Description Description Description Description iipta.com Don’t work in workshops
No work on machine and tools No physical work No Machinist Work
No CNC, mills, laths, angle No welding, repairing, Don’t operate on instruments, grinders, torches. working with metal, lasers etc. machines, assembling of fixtures etc.
iipta.com 100 % Office Job
Reading inventions disclosures 25% R&D team sends you invention 23% description. Read and analyse the invention is good for patenting. Working on software Creating search queries and finding relevant prior art from patent database.
Creating Patent Drawings Drawing 2-D patent drawings to make patent examiner understand the parts of machine. Preparing patent application forms Completing legal forms for patent filing. 20% 32%
iipta.com 100 % Office Job
Drafting patent claims 25% Establishing patent rights on novel 23% points.
Report Preparation Prepare novelty, infringement, freedom to operate reports.
Team Work with CTO Work closely with CTO to create market dominance.
Technology Assessment Establishing pricing and legality of 32% technology for selling, buying or 20% licensing. iipta.com What are the tasks required in the job?
Reading pages of inventions, understanding how Reading 27% novel product or process is working.
Analyzing Analyzing patent data to produce graphs, 36% charts etc. for data interpretation.
Team Work Working with team of analyst, lawyers, technical R& D people 21% and government officers.
Writing Completing various legal forms required 45% at various stages of patent filing.
iipta.com What are the job profiles?
Prepares prior art research report to IP Researcher 27% establish novelty.
Prepares technology landscaping and Patent Analyst 36% patent portfolio reports.
Patent Manager Manges patent portfolio of company. Buying, 21% Selling and licensing of technology
Patent Engineer Works with R&D Team to 45%patent new inventions.
iipta.com What is ideal day at job?
IP Protection IP Generation Work on patent database to establish IP Management On daily basis you have to read novelty. Work with patent offices around Managing IP Portfolio of the new invention disclosures. Work the world for patent registration. company by selling, buying or with R&D Team to generate new Coordinate with patent offices for licensing of technology. IP . documentation.
iipta.com What is salary for Mechanical Patent Engineer?
Fresher 2+ Years Experience
3.5 – 5 lac per annum 8 lac per annum As per industry survey 2019 As per industry survey 2019
iipta.com Where are the job opportunities? Tech Companies
Law Firms
IP firms
KPO
iipta.com How can I grow career in this sector? 12 Lac /annum 2+ Experience
6 Lac /annum 10 Lac /annum 6 Lac /annum 2+ Experience 2+ Experience 2+ Experience
4 Lac /annum 3 Lac /annum Fresher Fresher
3 Lac /annum 3 Lac /annum Fresher Fresher
Tech Company KPO Sector iipta.com Law Firm IP Firm Top Tech Companies
Canon Inc BHEL GAIL Samsung Electronics Tata Group Volvo Cars Mitsubishi Electric Corp NHPC Limited Bosch Seiko Epson Corp Ashok Leyland Toyota Daimler AG Kirloskar Group Volkswagen Group Kyocera Corp Thermax Shell Nissan Motors Larsen & Turbro BMW Group BASF GE Microsoft Dakin Ind Ford motors Google Boeing Siemens Adidas
Description Description Description Description Description Description Description Description iipta.com Top KPO Companies
Canon Inc BHEL GAIL Samsung Electronics Tata Group Volvo Cars Mitsubishi Electric Corp NHPC Limited Bosch Seiko Epson Corp Ashok Leyland Toyota Daimler AG Kirloskar Group Volkswagen Group Kyocera Corp Thermax Shell Nissan Motors Larsen & Turbro BMW Group BASF GE Microsoft Dakin Ind Ford motors Google Boeing Siemens Adidas
Description Description Description Description Description Description Description Description iipta.com Top Law Firms
De Penning and De Grover Law S Majumdar & Co Penning Obhan and Associates Singh & Singh Rajasekaran Associates SS Rana and Co DP AHUJA & Co Anand and Anand Ashok Leyland Luthra & Luthra Saikrishna & Associates ZeusIP Advocates Ramfry and Sagar Legasis Kan and Krishme Khaitan & Co Rajeshwari and Associates Khurana and Khurana Lex Orbis Krishna and Saurastri Lall & Sethi Lakshmikumaran and Perfexio Legal Sridharan
Description Description Description Description Description Description Description Description iipta.com Top IP & KPO Firms
Clarivate Analytics Quantify IP Evalueserve Effectual Services Thomson Reuters Intarc Consulting Services Dolcera Aranca Private Limited CPA Global MaxVal IP Clarivolex Stelliax HCL United Lex Accenture Prometheus Patent WNS Global Intepat IP Promax Legal IDS Infotech Phoenix Legal Uflex Limited
Description Description Description Description Description Description Description Description iipta.com What are the career profile in tech companies?
Patent Researcher
7%
18% Patent Analyst
Patent Engineer 36%
12% IP Manager
29% Patent Agent
iipta.com What are the career profile in KPO?
Patent Researcher
7%
18% Patent Analyst
Patent Engineer 36%
12% Patent Proofreader
29% Patent Paralegal
iipta.com What are the career profile in Law Firms?
Legal Associate
7%
18% Patent Analyst
Patent Attorney 36%
12% IP Paralegal
29% Patent Agent
iipta.com Contact Us
7% Indian Institute Of Patent and Trademark 12, First Floor, Hargobind Enclave Karkardooma Delhi -110092 India
iipta.com