Dr. Muhammad Khalid Pervaiz is working as the CEO of this company. He received his MBBS from King Edward Medical College and also worked as the director of Aitemad Hospital from 1999 to 2010. He is a pediatric and cardiology physician, and he practices in a private clinic named the Aitemad Clinic. He has more than 45 years of medical experience.

Professor Dr. Mehdi Khan is the co-founder and chief technology officer of "Upplysning Robotics." Dr. Mehdi Khan has been awarded a doctorate in engineering with a specialisation in IC design by the University of Science and Technology of China. During his doctoral studies in China, he also got a scholarship to work as a visiting scholar at the National University of Singapore in Singapore for 6 months (Dr. Mehdi Khan did not go to Singapore for some reason) and has over 3 years of experience with cleanroom nanofabrication for micro-nano device design characterization, mems sensors, THz receivers like antennas, couplers, HEB mixers, 2D transistors, and passive component device modeling. Also, work on RFIC/MMIC and ASIC chip tapeout from foundries is available for nodes ranging from 180 nm to the lowest nodes using different foundries. During his PhD, Dr. Mehdi worked in a Chinese Silicon Valley company as the CTO (President) of Anhui Transilica Microelectronics Co. Ltd., where he worked on ASIC/Analogue design and IP integration, including IP processors, WiFi, and BLE, among other things, to develop an MCU, as well as designing projects such as RFIC, MMIC, and a custom-designed MCU for driveless smart cars in a specific city. The world's 7th largest fibre optics manufacturer, Hengtong Group, acquired the ATM. Dr. Mehdi started working on the same project at the new company in Suzhou, China, as vice president of engineering. Secondly, Dr. Mehdi graduated from Chalmers University of Technology in Sweden with a master's degree in electrical engineering with a specialisation in biomedical and radio astronomy. Dr. Mehdi Khan took admission in the biomedical engineering programme, in which he joined the company Medfied Diagnostics AB and learned about breast cancer detection and stroke detection in the company, which also involved designing an ECG and testing it on humans. In addition, Dr. Mehdi also took courses in anatomy, physiology, and biomaterials. Dr. Mehdi took a second programme at Chalmers University of Technology in wireless and photonics engineering. During his second master's degree in wireless and photonics engineering, he concentrated on IC design and THz circuits and worked in a cleanroom for THz devices designed for healthcare and radio astronomy. Dr. Mehdi Khan conducts research for THz devices in a cleanroom for the NASA joint laboratory, the Jet Propulsion Laboratory, and Sweden's Onsala Space Observatory. Dr. Mehdi Khan also worked for Ericsson on a master's programme project on the transceiver using USRP. Further, Dr. Mehdi went to England for a BSc in computer science at the University of Bedfordshire, Luton, UK, and has taken some courses in computer science like programmeming, data structure, psychology, and English language in the bachelor ogram. Dr. Mehdi Khan left the UK, transferred credits from UK university courses to Pakistan University, and joined the university in Pakistan to complete his bachelor's degree in electrical and electronics engineering. Moreover, he worked on digital stethoscopes during and after his undergraduate degree in Pakistan as a biomedical engineer at Aitemad Hospital. And, as of now, Dr. Mehdi Khan is working as a senior consultant in total artificial heart design at Upplysning Robotics and at the Heart Organ Transplant Institute abroad. He is working with a cardiac physician and surgeon on total artificial heart design and transplantation. Dr. Mehdi is also developing a digital stethoscope with noise cancellation, an amplifier, Bluetooth, and the ability to connect with mobile devices and do AI DL to detect heart arrhythmias automatically and guide doctors heart sounds. Dr. Mehdi is a patron of the International Society of Medical, Electronics, and Mechanical Circulatory Support and has also worked as a patron for the Journal of Medical, Electronics, and Mechanical Circulatory Support. In addition, he is the co-founder of the Aitemad Advanced Cardiovascular Research and Development Hospital for artificial heart transplants, along with medical doctors in Pakistan .

When I came to Valley Cardiac Surgery after completing an extensive training in heart surgery at UCLA in cardiothoracic surgery (adult and pediatric transplant, robotics, minimally invasive, mechanical devices, and all traditional heart procedures), I had fallen in love with California and was given the opportunity to come to Fresno and actually do heart surgery. I quickly went from graduate fellow to partner and then became the managing partner as our practice grew. During this time, I played a pivotal role in creating all new programs in the Central Valley (TAVR, lung nodule, off-pump CABG, high-risk cardiac surgery, minimally invasive CABG, mechanical circulatory support program (LVAD, ECMO)) and continued to develop, evolve, and innovate better techniques in minimally invasive heart surgery.?32 billion is the cost of heart failure in the US alone. We can curb that cost and benefit the patient through a faster recovery. Recovery and risk are often decreased if we can do these complex heart surgeries in a minimally invasive way. Innovation and experience are keys to better results for our patients. Returning to a normal life faster also helps combat depression and the financial hardship that can result from being out of work for a long time. With our commitment to the community, we believe in understanding all aspects that have an impact on our patients' heart conditions. We currently do 19 different minimally invasive heart surgeries at VCS. While some believe that complex heart surgery cannot be done minimally invasively, we humbly disagree. We founded AIMHS, the American Institute of Minimally Invasive Heart Surgery. Our intention with AIMHS is to educate heart surgeons globally on how to perform heart surgery minimally invasively because the benefits to patients, their families, and society are enormous and heart surgery has evolved.