Rohit Janardan Email & Phone Number

North Sydney, Nsw, Au

Australia

Australia

Australia

• Designing of PCB and analysing for the requirements. Preparation and maintenance of electronic library and technical resource libraries.• Working with CCTV and Access control troubleshooting, installation and bring log data to Control room.• Maintenance of the entire electronic security team of Southern cross. Preparing quotations for electronics projects and following the tenders for feedback.• Selection of security systems for projects from Australia’s leading universities such as TAFE,etc. Checking the installation and working as per sketches.• Assistance on Electronic Product modelling and new product designs (R&D). Assistance on Robots and CCTV wireless Control. Billing the materials.• Updated customers and managed project statuses by effectively communicating with contractors on projects. Efficiently completed orders, resulting in all projects being completed on time and under budget.

Melbourne, Victoria, Australia

• Designing Micro Nano system, fabricating semiconductor substrate (Al & Si), PCB layout and schematic. • Train students in designing microsystem with softwares (CAD, KLAYOUT, ACES), PCB fabrication, designing micro patterns, photolithography, writing the design with MLA, developing, wet-etching, and analysing the result with the theories.• Placing components via pick and place machine and hand soldering both through hole and surface mount components.• Extract with professors and lab manager to use different wafer materials instead of the silicon and GaAs.• Kept classroom focused on academic and intellectual discussions to further students' critical thinking skills as well as understanding of the materials presented.

Melbourne, Australia

Melbourne, Australia

DESIGNING ELECTRO-MIGRATION TEST STRUCTURE FOR ALUMINIUM:1. Designed the electro-migration Test structure for aluminium on glass using K-layout.2. Developed etching, photo-lithography, masking and developed the design on the Aluminium substrate.3. Passing the current between the designed substrate and find the highest current density.4. Identifying the minimum amount of current that can pass through the test structure. PROGNOSIS OF HIV USING MICROFLUDIC:1. Designed the structure for blood flow and printed the design mask on the silicon substrate using Mask-less aligner (MLA). Obtained pre-bake and post-bake exposure. 2. Developed with 1:4 developer solution followed by etching. 3. PDMS solution is formed and dried PDMS layer is cut depending upon the required shape and microfluidic channel is clearly viewed. Further by adding liquid (blood) the flow in the microfluidic is visible.

Melbourne, Victoria, Australia

The impact of the test structure design on the electro-migration lifetime of aluminium interconnect has been tested by passing the current between the aluminium substrate. It was analysed that electromigration failure was significantly influenced by both test structure design and current density. This report comprises of designing the best test structure design so that one could see the electro-migration with the help of microscope. The main objective of this project is to design an electro-migration test structure for Aluminium on glass substrate. The test structure can be designed using K-Layout which gives the .gds file. The gds file can be sent to MLA Mask-less aligner machine which will print the test structure design on the Aluminium substrate. The flow of electron inside the substrate is caused by the high current density. When the current is applied from anode to cathode the electrons must flow in opposite direction. During electro-migration the metal ions moved forcibly due to the electric field. There will be the breakage of current flow between the aluminium pattern. From this observation we are checking how long it can withstand the heat, without breaking the aluminium pattern. Later the amount of current which causes the open circuit must be checked. This will be due to electro-migration current density and temperature are the decaying factor in electro-migration. With electro-migration test structure one can find maximum current density in interconnects and the life time of the test structure by stressing the test structure. Secondly by making difference in current source we are identifying the minimum amount of current that can pass through the test structure. During electromigration hillocks and voids are formed on the surface. Later by applying MTTF science, we quantify the pattern for film of aluminium with different thickness.

Chennai Area, India

Responsibilities:• Asked to create a Quad copter and aircraft prototype which can be controlled via ESP8266 and RC• Asked to create a robot prototype which can climb steps.• Innovated a Smart Riding System for two-wheeler which will indicate accident prone zone before 100m in dashboard, it also give the rider’s driving ability (speed, brake and safety).Achievements:• Live testing of Quad copter and aircraft about the stability and accuracy both in ground and air level with senior staffs.• Tested the Smart riding system by keeping the device on the bike and examined the result through app.

Chennai Area, India

Responsibilities:• I was said to extract the text from the image by using LABVIEW with Vision Assistant Tool• I worked with OCR camera which gives TTL output, the TTL output will be in hex code• I need to convert hex code to image, image to be processed by OCR then the character is send through the serial port• I had hands on experience on zigbee to transfer the stored data to the system.Achievements:• Gave the end result before the timeframe and the end product was tested in factory.

Master'S Degree, Electrical, Electronic And Communications Engineering Technology/Technician

• Thesis: Electro migration test structure. • Completed coursework in Semiconductors Devices, Clean room experience, Chip Fabrication.

2013-2017, Electrical, Electronics And Communications Engineering

Activities and Societies: Volunteer in Rotaract club ,NSS. Love to dirt my hands with electronic gadgets. Love to sketch.• Thesis: Smart E.

Medicine And Science

Leaded school in Sports club(Leadership skill)